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Order Pra/261/2017, Of 17 March, By Which Certain Professional Qualifications Of The Professional Family Transportation And Maintenance Of Vehicles And Energy And Water, Listed In The National Catalogue Of Professional Qualifications Are Updated...

Original Language Title: Orden PRA/261/2017, de 17 de marzo, por la que se actualizan determinadas cualificaciones profesionales de la familia profesional Transporte y Mantenimiento de Vehículos y Energía y Agua, recogidas en el Catálogo Nacional de Cualificaciones Profesi...

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TEXT

The Organic Law of 19 June, of Qualifications and Vocational Training, aims at the organisation of an integral system of vocational training, qualifications and accreditation, which will respond effectively and transparency of social and economic demands through the various forms of training. To this end, it creates the National System of Qualifications and Vocational Training, defining it in Article 2.1 as the set of instruments and actions necessary to promote and develop the integration of vocational training offerings, through the National Catalogue of Professional Qualifications, as well as the evaluation and accreditation of the corresponding professional skills, in order to promote the professional and social development of the people and cover the needs of the production system.

The National Catalogue of Professional Qualifications, as set out in Article 7.1, is designed to facilitate the integrated nature and adequacy of vocational training and the labour market, as well as training throughout life, the mobility of workers and the unity of the labour market. This catalogue consists of the qualifications identified in the production system and the training associated with them, which is organised in training modules.

Article 5.3 of the Organic Law of 19 June, gives the National Qualifications Institute the responsibility to define, develop and maintain the National Catalogue of Professional Qualifications, in its quality of technical organ of support to the General Council of Vocational Training, whose regulatory development is set out in Article 9.2 of Royal Decree 1128/2003 of 5 September, which regulates the National Catalogue of Qualifications Professionals, in accordance with Article 9.4, the obligation to maintain permanently updated by its periodic review which, in any case, shall be carried out within a period of not more than five years from the date of inclusion of the qualification in the catalogue.

Therefore, this order is issued in application of Royal Decree 817/2014 of 26 September 2014 laying down specific aspects of professional qualifications for the purposes of which it is amended, Article 7.3 of the Organic Law of 19 June, on qualifications and vocational training, is to be adopted and adopted.

Thus, in this order, five professional qualifications of the professional family Transport and Maintenance of Vehicles, which have an age in the Catalogue, are updated, as a complete replacement of their annexes. National of Professional Qualifications of more than five years, to which the Royal Decree 817/2014 applies, of September 26. In addition, certain professional qualifications are partially modified by the replacement of certain cross-cutting competence units and their associated training modules, including up-to-date professional qualifications. listed in the attachments of this order.

In the process of drafting this order, the Autonomous Communities have been consulted and the General Council of Vocational Training and the State School Council have issued a report.

Under the joint proposal of the Minister for Education, Culture and Sport and the Minister for Employment and Social Security, I have:

Article 1. Object and scope of application.

This order aims to update certain professional qualifications corresponding to the professional families Transport and Maintenance of Vehicles, and Energy and Water, in application of Royal Decree 817/2014, of 26 September, which sets out the specific aspects of professional qualifications for the purposes of which Article 7.3 of the Organic Law of 19 June 2002 on the application of Article 7.3 of the Organic Law of 19 June 2002 is applied. qualifications and vocational training.

The professional qualifications updated by this procedure are valid and apply throughout the national territory, and do not constitute a regulation of professional practice.

Article 2. Modification of certain professional qualifications of the professional family Transport and Maintenance of Vehicles established by Royal Decree 295/2004 of 20 February, establishing certain professional qualifications included in the national catalogue of professional qualifications, as well as their corresponding training modules which are incorporated into the modular vocational training catalogue.

As set out in the unique additional provision of Royal Decree 295/2004 of 20 February 2004, the updating of professional qualifications, the specifications of which are contained in Annexes XLIV, is appropriate. XLV and XLVI of the aforementioned royal decree:

One. A new wording is given to Annex XLIV, Professional Qualification "Vehicle Painting". Level 2. TMV044_2, which is listed as Annex I to this order.

Two. A new wording is given to Annex XLV, Professional Qualification "Maintenance of vehicle body structures". Level 2. TMV045_2, which is listed as Annex II to this order.

Three. A new wording is given to Annex XLVI, Professional Qualification "Maintenance of non-structural elements of vehicle bodies". Level 2. TMV046_2, which is listed as Annex III of this order.

Article 3. Modification of certain professional qualifications of the professional family Transport and Maintenance of Vehicles established by Royal Decree 1228/2006 of 27 October, supplementing the national catalogue of qualifications (i) vocational training, in the form of certain vocational qualifications, as well as their corresponding training modules which are incorporated into the modular vocational training catalogue.

As set out in the unique additional provision of Royal Decree 1228/2006 of 27 October, the updating of professional qualifications, the specifications of which are contained in the Annexes CXCIV, is appropriate. CXCV and CXCVI of the aforementioned royal decree:

One. A new wording is given to Annex CXCIV, Professional Qualification "Auxiliary vehicle body maintenance operations". Level 1. TMV194_1, which is listed as Annex IV to this order.

Two. A new wording is given to the Annex CXCV, Professional Qualification "Auxiliary operations of maintenance in electromechanical vehicles". Level 1. TMV195_1, which is listed as Annex V of this order.

Three. The professional qualification established as " Annex CXCVI: Beautification and decoration of vehicle surfaces is partially modified. Level 2. TMV196_2 ", respectively, the unit of competence" UC0123_2: to perform the beautification of surfaces "and the associated training module" MF0123_2: Beautification of surfaces. (270 h) "by the unit of competence" UC0123_2: To perform the beautification of surfaces "and the associated training module" MF0123_2: Beautification of surfaces. (240 h) ", corresponding to Annex I" Vehicle painting. Level 2. TMV044_2 " of this order, also modifying the total duration of the training associated with the qualification from 540 hours to 510 hours.

Article 4. Amendment of a professional qualification established by Royal Decree 1225/2010 of 1 October, supplementing the National Catalogue of Professional Qualifications, by establishing five professional qualifications for the Professional Family Transport and Maintenance of Vehicles.

As set out in Royal Decree 1225/2010's single additional provision of 1 October 2010, the professional qualification is updated, the specifications of which are set out in Annex CDLIII of the Quoted royal decree:

The professional qualification established as " Annex CDLIII: auxiliary operations for the maintenance of sports and recreational craft systems and equipment is partially modified. Level 1. TMV453_1 'replacing, respectively, the' UC0620_1 'competition unit:' Perform basic machining operations 'and the associated training module' MF0620_1: Basic mechanised (60 h) 'by the' UC0620_1 ' competition unit: Basic machining "and the associated training module" MF0620_1: Basic mechanics (90 h) ", corresponding to Annex IV" Auxiliary vehicle body maintenance operations. Level 1. TMV194_1 " of this order, also modifying the total duration of the training associated with the qualification from 360 hours to 390 hours.

Article 5. Modification of a professional qualification of the professional family Energy and Water established by Royal Decree 1038/2011 of 15 July, supplementing the National Catalogue of Professional Qualifications, by establishing certain professional qualifications of the professional families Maritim-Pesquera, Energy and Water, Glass and Ceramic; Textile, Clothing and Skin, and Commerce and Marketing.

As set out in the single additional provision of Royal Decree 1038/2011 of 15 July, the updating of the professional qualification, the specifications of which are set out in Annex DCXX of the abovementioned Regulation, is applicable. royal decree:

The professional qualification established as " Annex DCXX: Basic operations in the assembly and maintenance of renewable energy installations is partially modified. Level 1. ENA620_1 "replacing, respectively, the" UC0620_1: Perform basic machining operations "and the associated training module" MF0620_1: Basic Mechanized (60 h) "by the competition unit" UC0620_1: Perform operations of Basic machining "and the associated training module" MF0620_1: Basic mechanics (90 h) ", corresponding to Annex IV" Auxiliary vehicle body maintenance operations. Level 1. TMV194_1 " of this order, also modifying the total duration of the training associated with the qualification from 390 hours to 420 hours.

Final disposition first. Competence title.

This order is dictated by the powers conferred on the State by Article 149.1.1. and the 30th of the Constitution, on the regulation of the basic conditions that guarantee the equality of all Spaniards in the exercise of rights and in the fulfilment of constitutional duties, and for the regulation of the conditions for obtaining, issuing and approval of academic and professional qualifications.

Final disposition second. Entry into force.

This order shall enter into force on the day following that of its publication in the "Official State Gazette".

Madrid, March 17, 2017. -Government Vice President and Minister of the Presidency and for Territorial Administrations, Soraya Saenz de Santamaria Anton.

ANNEX I

PROFESSIONAL QUALIFICATION: VEHICLE PAINTING

Professional Family: Transportation and Maintenance of Vehicles

Level: 2

Code: TMV044_2

General Competition

Protect, prepare and paint metal and synthetic surfaces in vehicles, applying the techniques and procedures required in each case, achieving the required quality in safety conditions.

Competition Units

UC0122_2: Perform vehicle surface preparation, protection, and equalization.

UC0123_2: Perform the beautification of surfaces.

Professional Environment

Professional Scope

Develops its professional activity in the area of maintenance and repair dedicated to vehicles, in entities of public or private nature, in large, medium, small and micro-enterprises. as an outsider, irrespective of its legal form. It develops its activity, depending on its case, functional and/or hierarchically of a superior. You may have staff in your position at times, for seasons or in a stable way. The principles of universal accessibility and universal design or design for all people are applied in the development of their professional activity according to the applicable regulations.

Productive Sectors

It is located in the automotive production sector in the subsectors of maintenance and repair of motor vehicles and motorcycles, of railway rolling stock and of naval and aeronautical maintenance.

Relevant Occupations and Jobs

The terms of the following relationship of occupations and jobs are used with a generic and omnicomprensivo character of women and men.

Vehicle painters, in general.

Boat painters.

Rail rolling stock painters.

Aircraft Painters.

Associated Training (450 hours)

Training Modules

MF0122_2: Preparing surfaces (210 hours).

MF0123_2: Surface beautification (240 hours).

Competition Unit 1: Perform vehicle surface preparation, protection and equalization

Level: 2

Code: UC0122_2

Professional realizations and realization criteria:

RP 1: Apply anti-corrosive or surface-adhesion treatments to be prepared according to procedures established by vehicle manufacturers and products, complying with the regulations applicable to the protection of occupational hazards and the protection of the environment.

CR 1.1 The necessary materials and equipment are selected from the information obtained from the technical documentation (type of abrasive, granulometry, aerographic guns, personal protective equipment -glasses of protection, chemical protection gloves, working mono, mask-, among others).

CR 1.2 The surface is sanded and/or decap (physical or chemical pickling) as set by the manufacturer of the products.

CR 1.3 The areas that will not be dealt with are covered (paper, plastic film, among others) by checking that they are protected.

CR 1.4 Cleaning and degreasing is performed at different stages of the process using the products according to the type of support and according to the manufacturer's indications.

CR 1.5 Equipment and facilities (guns, cabin, among others) are prepared by regulating the working parameters (air pressure, cabin temperature, among others).

CR 1.6 The application of anti-corrosive or adhesion products, which replace the original electrocking, is carried out in compliance with the working parameters (overlay of layers, range, range, distance and speed). application) and verifying the quality of the finish (the thickness of the layer is the one required by the manufacturer).

CR 1.7 The basic maintenance operations of the facilities, equipment and work tools used are performed according to the technical specifications, preserving their functionality.

CR 1.8 Waste is stored in compliance with applicable environmental regulations.

RP 2: Perform the application of masillas to obtain the leveling of the surface, complying with the applicable regulations for the protection of occupational hazards and environmental protection.

CR 2.1 The surface is sanded and ungreased according to the manufacturer's indications.

CR 2.2 The masillas are selected according to the surface to be treated (polyester masillas, with metallic particles, with glass fiber, among others).

CR 2.3 The mixture of the products is performed with respect to the ratios of the catalysts (by weight or volume) according to the product's indications and taking into account the ambient temperature.

CR 2.4 The putty is applied either by spatula (superimposing the layers to obtain the prescribed thicknesses and a uniform surface) either with a gun, depending on the type of support, the extension of the surface to treat and the required thickness.

CR 2.5 The sanding processes of the putty are performed using the abrasive according to the quality finish required for the application of the final layers.

CR 2.6 The basic maintenance operations of the facilities, equipment and working tools used are performed according to the technical specifications, preserving their functionality.

CR 2.7 Waste is stored in compliance with applicable environmental regulations.

RP 3: Perform the application of gear to obtain a uniform surface, complying with applicable regulations for the protection of occupational hazards and environmental protection.

CR 3.1 Individual protective equipment (mask, self-contained filtration equipment, chemical protection gloves-nitrile, latex or vinyl-, work mono, among others) are selected using all the job process.

CR 3.2 The products are selected according to the manufacturer's technical specifications and the thickness of the surface to match (standard, high-thickness, ultra-high thickness) preparing according to the rules of the proportionality or weight according to the technical specifications of the product and taking into account the colour of the rigging according to the colour of the finish to be applied.

CR 3.3 The aerographic equipment is selected according to the product to be applied and its working parameters (pressure and flow) are adjusted.

CR 3.4 The commissioning of the paint booth is done by adjusting the required aspiration, air pressure, temperature and humidity parameters.

CR 3.5 The application of the devices is carried out according to the technical specifications of the product manufacturer (number of layers, thicknesses, evaporation time, among others).

CR 3.6 The rig sanding processes are performed until the required finish is obtained, verifying that the geometric and dimensional shapes have been restored to the surface.

CR 3.7 The basic maintenance operations of the facilities, the equipment and the tools used are performed according to the technical specifications, preserving their functionality.

CR 3.8 Waste is stored in compliance with applicable environmental regulations.

Professional context:

Production media:

Personal protective equipment (protective goggles, hearing plugs or helmets, chemical protection gloves-nitrile, latex or vinyl-, work monkey, mask-against particles, against vapours and gases, mixed-) and collectives. Abrasive, rotary, vibratory and roto-orbital livers. Manual sanding systems. Aspiration plants. Aspirational planes. Painted cabin/oven. Infrared-drying equipment. Endothermic drying plates. Mixers. Electronic balance. Machine for washing guns. Aircrafts. Degreasing and cleaning products. Products for the masquerade (Paper, plastic film, mocking, masking film, masking liquid). Colators for the filtering of paint and removal of impurities. Fund painting products. Anti-corrosive products. Equipment for the application of anti-corrosive products. Assemblies or elements of metal materials (capes, fins, doors, complete bodies). Assemblies or elements of plastic materials (fins, parolages, gates, spoilers, mouldings, mirrors, etc.).

Products and results:

Anticorrosive or Adherence Treatments applied. Level surfaces. Metal or plastic surfaces, new or repaired, matched, not absorbent and uniform, without the presence of irregularities.

Information used or generated:

Manufacturer's technical manuals. Equipment handling manuals. Technical sheets. Technical manuals for products (FT). Product Safety Data Sheets (FDS). Work orders of the workshop head or section manager. Information on paper and on computer support. Regulations applicable to the prevention of occupational risks and environmental protection. Applicable rules on emissions of volatile organic compounds (VOCs). Specific bibliography.

Competition Unit 2: Perform surface beautification

Level: 2

Code: UC0123_2

Professional realizations and realization criteria:

RP 1: Perform the masking of the vehicle surfaces to protect the areas that are not to be treated, meeting quality criteria in the finish.

CR 1.1 The areas that are not to be sprayed are detected by determining the method of masking (partial, total, among others) and the products to be used (papers, plastic film and body tape, mocking, between other).

CR 1.2 The areas to be covered are protected by paying special attention to the separation line between the protected zone and the exposed zone.

CR 1.3 Hard access or protection zones (such as anagrams, moldings, among others) are protected with tape for moldings or masking liquids.

CR 1.4 The areas that are not to be treated are verified to be protected.

RP 2: Obtain the appropriate color to apply it in the finishing paint, taking into account the composition and color matching techniques, complying with the applicable regulations for the protection of occupational risks and protection of the environment environment.

CR 2.1 The color to be reproduced is identified using the color code of the vehicle manufacturer, the color card and variants or the spectrophotometer, cleaning and polishing the measurement zone before contrasting the color. color.

CR 2.2 Individual protective equipment (protective goggles, chemical protective gloves, paint-work mono-mask, gas mask and vapours, among others) are selected in use throughout the entire period. job process.

CR 2.3 The product mix (basic, additive, activator, diluent, among others) is performed according to the proportions established by the product manufacturer.

CR 2.4 The color obtained is tested on test pieces respecting the application criteria (speed, application pressure, distance to the support, peak of fluid at the gun, among others) with which the final repair by means of spectrophotometer with the original colour to avoid differences between the colour achieved in the test piece and the colour to be applied to the vehicle.

CR 2.5 The basic maintenance operations of the facilities, the equipment and the tools used are carried out according to the technical specifications, preserving their functionality.

CR 2.6 Waste is stored in compliance with applicable environmental regulations.

RP 3: Perform the operations of application of finishing paints to perform the beautification of surfaces, obtaining the required quality and complying with the applicable regulations in the protection of occupational risks and environmental protection.

CR 3.1 Individual protective equipment (protective goggles, chemical protection gloves, working mono, stand-alone equipment for filtration, mask against particles, gases and vapours, among others) are selected used throughout the entire work process.

CR 3.2 The area to be painted is checked by observing that it is clean and degreased.

CR 3.3 Aerographic equipment is selected based on the product to be applied and its working parameters (pressure and flow) are adjusted.

CR 3.4 The commissioning of the paint booth is done by adjusting the required aspiration, air pressure, temperature and humidity parameters.

CR 3.5 The paint is applied according to the technical specifications of the manufacturer of the product (the application time between layers, amplitude of the fan, homogeneity of the load, distance from the gun to the surface, application speed).

CR 3.6 The color equalization of the painted area with respect to the adjacent zones is achieved by applying the techniques of blurring and pulverization, among others.

CR 3.7 The basic maintenance operations of the facilities, the equipment and the tools used are carried out according to the technical specifications and preserving their functionality.

CR 3.8 Waste is stored in compliance with applicable environmental regulations.

RP 4: Identify the damages and defects that paint can present for correction by following the techniques of the processes according to the defect presented, applying the quality throughout the process and complying with the rules applicable to the protection of occupational risks and environmental protection.

CR 4.1 Individual protective equipment (protective goggles, chemical protection gloves, working mono, stand-alone equipment for filtration, mask against particles, gases and vapours, among others) are selected used throughout the entire work process.

CR 4.2 Damage and defects (orange, quarteated, unhung, boiled, among others) are visually identified.

CR 4.3 The masked is done by protecting the areas that are not going to be treated.

CR 4.4 The required correction process (polishing and brightening, dilution of the paint, among others) is selected according to the defect to be corrected.

CR 4.5 The damage or defect is removed using the selected tools and products, depending on the chosen process and verifying that the required final quality is reached.

CR 4.6 The basic maintenance operations of the facilities, equipment and work tools used are performed according to the technical specifications, preserving their functionality.

CR 4.7 Waste is stored in compliance with applicable environmental regulations.

Professional context:

Production media:

Personal protective equipment (protective goggles, hearing plugs or helmets, chemical protection gloves-nitrile, latex or vinyl-, work mono, self-contained filtration equipment, mask-against particles, counter gases and vapours, mixed-among others). Aspiration plants. Aspirational planes. Painted cabin/oven. Infrared-drying equipment. Endothermic drying plates. Mixers. Electronic balance. Spectrophotometer. Machine for washing guns. Aircrafts. Degreasing and cleaning products. Products for the masquerade (Paper, plastic film, mocking, masking film, masking liquid). Colators for the filtering of paint and removal of impurities. Fund painting products. Protective anti-graffiti lacquers. Metal material assemblies or assemblies. Plastic materials assemblies or assemblies.

Products and results:

Metallic and plastic surfaces, sanded, clean, degreased and matched and masked ready for later repainting. Preparation, dosage and handling of paint products and varnishes to be applied. Obtaining a quality finish by reproducing the original finish.

Information used or generated:

Manufacturer's technical manuals. Equipment handling manuals. Technical data sheets (FT). Technical manuals for the products. Product safety data sheets to be used (FDS). Color cards. Work orders of the workshop head or section manager. Information on paper and on computer support. Regulations applicable to the prevention of occupational risks and environmental protection. Applicable rules on emissions of volatile organic compounds (VOCs). Specific bibliography.

Forming Module 1: Preparing surfaces

Level: 2

Code: MF0122_2

UC Associate: Perform Vehicle Surface Preparation, Protection, and Equation

Duration: 210 hours

Assessment Capabilities and Criteria:

C1: Analyze the surface preparation processes, in order to select the appropriate method based on the type of support.

CE1.1 Explain different surface preparation methods depending on the nature of the support (metallic or plastic).

CE1.2 Identify the facilities, equipment and tools used in the preparation of surfaces describing their types and characteristics as well as their use and maintenance.

CE1.3 Associate occupational hazards to the painting workshop and the use of personal protective equipment (protective goggles, hearing plugs or helmets, chemical protection gloves-nitrile, latex or vinyl-, mono- work, autonomous filtration equipment, mask-against particles, gas and vapours, mixed-) and collective (eye wash, among others).

CE1.4 Know the applicable regulations relating to the treatment and storage of waste generated in the painting workshop.

CE1.5 In a practical scenario of preparing surfaces of different material (metal, plastic) to select the method of preparation to be applied:

-Identify affected areas and items by analyzing the treatment they need.

-Interpret the technical documentation, depending on the type of support and the equipment to be used.

-Identify pieces that require printing, rigging, or sealing, among others, relating the equipment to be used based on the application zone.

-Identify the areas that you need by selecting the type of putty based on the place and support.

-Select the preparation method according to requirements.

C2: Apply conditioning processes and anti-corrosive surface treatments according to manufacturers ' recommendations.

CE2.1 Describe the phenomena of corrosion in metal materials, relating them to the most widely used anti-corrosive treatments.

CE2.2 Interpret the technical documentation provided by the manufacturer of the products used in the preparation of surfaces to proceed to their selection according to the nature of the support and the needs of protection and adherence.

CE2.3 In a practical case of conditioning and application of anti-corrosive treatments according to the type of surface to provide protection and adherence:

-Select the required materials and equipment according to the technical documentation.

-Select the individual protection equipment required for the products to be applied.

-Run decapate (chemical or physical) techniques on surfaces as set by the manufacturer.

-Apply cleaning and degreasing procedures of the areas to be treated using the products according to the type of support and recommendations of the manufacturers.

-Prepare the computers and installations to use by regulating the job parameters.

-Perform anticorrosive element replacement operations on metal surfaces while respecting the work parameters.

-Verify the quality of the finish by checking that the thickness of the layer is the one indicated by the manufacturer.

-Store the generated waste according to applicable regulations specifications.

C3: Apply the products used for surface preparation, ensuring the correct isolation between the successive layers.

CE3.1 Interpret the technical documentation provided by the manufacturer of the products used in preparation of surfaces by selecting the masillas and rigging according to the type of support.

CE3.2 Describe the products used in the preparation and matching of surfaces; their types and characteristics depending on the type of work surface.

CE3.3 Describe the methods used in matching surfaces according to the type of support, the surface area to be treated, and the thickness required.

CE3.4 In a practical case of preparation of surfaces of different nature by applying the products according to the manufacturer's specifications:

-Select the masillas, primers, or rigging based on the work substrates.

-Select the necessary aircrafts and individual protection equipment in relation to the products to be applied.

-Apply procedures for preparing mixtures of adhesion products (plastic supports) according to the technical specifications of the product.

-Get mixtures of primers or masillas taking into account the type of surface on which it is to be applied and the thickness required.

-Apply wenage procedures as indicated by the product manufacturer (thicknesses, layers, drying time).

-Perform rigging preparation according to the type of media taking into account the technical specifications of the product manufacturer.

-Run the rigging application processes according to the technical specifications of the product manufacturer (number of layers, thickness and evaporation time.

-Perform sanding operations by taking into account the selection of the abrasive, the product to be sanded, and the trim level.

-Store the generated waste according to applicable regulations specifications.

Capabilities whose acquisition must be completed in a real work environment:

C2 with respect to CE2.3; C3 with respect to CE3.4.

Other capabilities:

Finish the job based on criteria of suitability, speed, economy and effectiveness.

Maintain the work area with the degree of order and cleanliness required by the organization.

Adapt to organization, organizational and technological changes as well as new situations or contexts.

Interpret and execute work instructions.

Respect internal organization procedures and rules.

Contents:

1. Painting processes

Painted in original fabrication. OEM Painted.

Painted in repair; repainted.

2. Characteristics and composition of the preparation products

Composition of the paintings.

Products for preparation, protection and equalization of surfaces (anti-corrosive products; mono-component primers (1K), bi-components (2K); filler masillas; filling-in, insulating devices; additives, hardeners that are added in the mixtures, among others).

3. Technical painting information

Pictograms. Technical tabs.

4. Corrosion in metal and non-metallic structures

The phenomenon of corrosion. Corrosion testing.

Causes of corrosion. Classification of corrosion. Prevention of corrosion.

Anti-corrosive protection.

Anti-corrosive protection in repair: processes, products and equipment. Preparation of surfaces. Treatment of metallic coatings. Non-metallic coating treatments. Products and tools.

5. Equipment for the preparation and matching of surfaces

Facilities and services in the preparation zone.

Equipment and tools for sanding: sanding cleats; sanders (tipos; hardness of supports; sanding diameter). Abrasive employees in repair. Sanding guides.

Products and tools to mask: products to cover surfaces; useful for the masking of the contour; film, tapes and masks to mask; liquid protector.

Application equipment: spatulas for the application of putty; aerographic guns; application cabins; auxiliary equipment.

Equipment for cleaning.

Equipment for the drying of products: drying by infrared radiation; drying by UV; drying by endothermic plates; drying by convection.

6. Surface preparation and matching processes

Steel part painting processes: new part; repaired part; part with surface damage.

Aluminum part painting processes: new piece; repaired piece; surface repainted.

Painted plastic parts: painted plastic plastics (rigid and flexible); painted of expanded plastics (soft foams); painted of thermosetting plastics.

7. Standards for the prevention of occupational and environmental risks

Risks of the painting workshop.

Prevention and collective protection. Ergonomics in the workplace.

Individual Protection Equipment (EPIs).

Signage and security at the workshop. Security data tokens (FDS).

Environmental management. Regulations on emissions of volatile organic compounds (VOCs).

Training context parameters:

Spaces and installations:

The spaces and facilities will provide a response, in the form of a classroom, a workshop, a workshop of practices, a laboratory or a singular space, to the training needs, according to the Professional Context established in the Unit Partner competence, taking into account applicable regulations of the productive sector, prevention of occupational risks, occupational health, universal accessibility, universal design or design for all persons and environmental protection.

Professional profile of trainer or trainer:

1. Domain of knowledge and techniques related to the preparation, protection and equalisation of the vehicle surface, which shall be accredited by the following two forms:

-Level 1 academic training (Spanish Framework of Qualifications for Higher Education) or other higher level education related to the professional field.

-Professional experience of a minimum of 3 years in the field of competencies related to this training module.

2. Accredited pedagogical competence in accordance with what is established by the competent administrations.

Forming Module 2: Surface beautification

Level: 2

Code: MF0123_2

Associated with UC: Perform the beautification of surfaces

Duration: 240 hours

Assessment Capabilities and Criteria:

C1: Apply masking methods, determining equipment and materials that are necessary for protection of areas that are not to be painted.

CE1.1 Explain the various methods of masking, differentiating them.

CE1.2 Explain the materials, tools, and tools used in the masking by relating them to their place of application.

CE1.3 In a practical case of selection of protective materials based on the surface to be masked:

-Identify the zones to be protected by justifying the selection of the various products for the protection products.

-Run masquerading methods: partial, total, interior, exterior, crystals, among others, with different products such as: paper, fundas, plastic film, teasing, tapes, masking film, masking liquid, templates, among others, protecting identified areas.

C2: Formulate the correct mixtures of paints, catalyst and diluent, among others, according to specifications given by the paint manufacturers.

CE2.1 Explain the properties of the various types of finishing (paints and varnishes) according to their composition.

CE2.2 Explain the distribution of colors in a chromatic circle by relating it to the elaboration of color mixes.

CE2.3 Explain the methods of obtaining colors by mixing from basic colors.

CE2.4 In a practical case of searching for a color by following the paint manufacturer's documentation:

-Identify the color code according to the technical documentation of the vehicle manufacturer and the paint manufacturer.

-Interpret the technical documentation provided by the paint manufacturers by analyzing the characteristics of the products.

-Select the different products (basic colors, catalysts, diluents) based on the type of mixture to be used.

-Select the individual protection equipment required in relation to the products to be manipulated.

-Mix products according to the rules of proportionality or weight, handling the electronic and mixing scales.

-Check the color setting, carrying out the necessary tests in the chromatic chamber and respecting the same application patterns in the application of test pieces as well as in the final application in the vehicle itself.

C3: Apply the different surface beautification processes, determining which methods should be used.

CE3.1 Explain the various surface beautification processes relating to the different base types and coating materials.

CE3.2 In a practical scenario of selecting the method of applying a finishing painting according to the type of surface to be painted:

-Identify the type of finish painting of a vehicle (monolayer, bilayer or tricap) based on the technical documentation of the vehicle manufacturer and the paint manufacturer.

-Identify the different types of coating of the support on which it is to be painted as well as its behavior and application technique depending on the nature of the support (metallic, plastic).

-Choose individual protection equipment, tools, and equipment in relation to the products to be manipulated.

CE3.3 In a practical case of application of finishing paint to a vehicle obtaining the quality stipulated by the manufacturer:

-Select individual protection equipment in relation to the products to be manipulated.

-Perform equipment adjustment and regulation (product flow, fan size and air intake pressure) depending on the type of paint to be applied (monolayer, bilayer, or tricap).

-Adjust the operating parameters of the paint booth according to technical specifications or requirements.

-Apply the paint with gun keeping the distance constant to the application surface, superimposing the fans and leaving the appropriate time between the different layers.

-Verify the quality of the finish by checking that the work done does not present any of the typical defects in the painting operations (neglect, orange skin, dirt and color differences among others).

-Treat generated waste according to applicable regulations specifications.

-Apply basic preventive maintenance of installations and equipment according to technical specifications.

C4: Correct the damage that a finishing paint can present according to the type of defect presented.

CE4.1 Describe the different paint defects (orange skin, hanging, quarteated, among others) analyzing their characteristics.

CE4.2 Explain the correction processes to be applied based on the type of damage detected.

CE4.3 In a practical case of repairing damage on a finishing paint by identifying the defect presented (orange skin, hanging, quarteated, among others):

-Identify the defect detected visually.

-Determine the correction process to be applied based on the type of damage detected.

-Select the required individual protection equipment and use them correctly in relation to the products to be manipulated.

-Remove the defect by operating with the selected tools and products following the established processes.

-Verify that the final quality stipulated by manufacturer's specifications is reached.

-Treat generated waste according to applicable regulations specifications.

-Apply basic preventive maintenance of installations and equipment according to technical specifications.

Capabilities whose acquisition must be completed in a real work environment:

C3 with respect to CE3.3; C4 with respect to CE4.3.

Other capabilities:

Finish the job based on criteria of suitability, speed, economy and effectiveness.

Maintain the work area with the degree of order and cleanliness required by the organization.

Adapt to organization, organizational and technological changes as well as new situations or contexts.

Interpret and execute work instructions.

Respect internal organization procedures and rules.

Contents:

1. Repair paints

Composition and nature.

Preparation and surface matching products.

Finishing paintings.

2. Painted tools and equipment

Equipment for the generation, distribution and regulation of compressed air. Compressors.

Products and tools to mask: products to cover surfaces; useful for the masking of the contour; film, tapes and masks to mask; liquid protector.

abrasive and sanding equipment.

Application teams.

Drying equipment.

Auxiliary equipment used in the paint zone.

3. Repair-painted processes

Painted process: mono-component (1K), bi-component (2K), etc.

Process of painting with water-based products.

Aluminium parts painting process.

Painted processes in plastic parts.

Partial Painted Process.

Complete vehicle painting process.

Large-surface painting process.

Pictograms.

4. Colorimetry

Elementary principles of colorimetry.

The color on the bodywork.

Color adjustment with spectrophotometer.

Practical guidelines for mixing and matching colors.

5. Blurring techniques

Blurred with 2K paint in full part.

Partial blurring with 2K paint in one piece.

Color diffused in bilayer finishes.

Color Blurred in Tricapa Finishes.

Full varnish blurring in bilayer and tricap finishes.

Partial varnish blurring in bilayer and tricap finishes.

Blurred in the same piece to be repaired.

Blurring on the adjacent part or parts.

6. Paint defects

Defects and damages of paint due to improper application technique.

Paint defects due to other causes.

Damage and aggressions in painting by external factors.

7. Customization techniques

Franking Techniques.

New generation finishes: liquids or film.

8. Standards for the prevention of occupational and environmental risks

Risks of the painting workshop.

Prevention and collective protection. Security data sheets. Ergonomics in the workplace.

Individual Protection Equipment (EPIs).

Signage and security at the workshop.

Environmental management. Regulations on emissions of volatile organic compounds (VOCs).

Training context parameters:

Spaces and installations:

The spaces and facilities will provide a response, in the form of a classroom, a workshop, a workshop of practices, a laboratory or a singular space, to the training needs, according to the Professional Context established in the Unit Partner competence, taking into account applicable regulations of the productive sector, prevention of occupational risks, occupational health, universal accessibility, universal design or design for all persons and environmental protection.

Professional profile of trainer or trainer:

1. Domain of knowledge and techniques related to the beautification of surfaces, which will be accredited by the following two forms:

-Level 1 academic training (Spanish Framework of Qualifications for Higher Education) or other higher level education related to the professional field.

-Professional experience of a minimum of 3 years in the field of competencies related to this training module.

2. Accredited pedagogical competence in accordance with what is established by the competent administrations.

ANNEX II

PROFESSIONAL QUALIFICATION: MAINTENANCE OF VEHICLE BODY STRUCTURES

Professional Family: Transportation and Maintenance of Vehicles

Level: 2

Code: TMV045_2

General Competition

Perform the repair of fixed and structural vehicle elements and vehicle reforms, adjusting to established procedures and times, achieving the required quality and safety conditions.

Competition Units

UC0124_2: Replace fixed elements of the vehicle fully or partially

UC0125_2: Repair vehicle structure

UC0126_2: Performing metal elements and importance reforms

Professional Environment

Professional Scope

Develops its professional activity in the area of maintenance and repair dedicated to the repair of structures, in entities of public and private nature, in large, medium, small and micro-enterprises. as an outsider, irrespective of its legal form. It develops its activity, depending on its case, functional and/or hierarchically of a superior. You may have staff in your position at times, for seasons or in a stable way. The principles of universal accessibility and universal design or design for all people are applied in the development of their professional activity according to the applicable regulations.

Productive Sectors

It is located in the automotive production sector, in the subsector related to the maintenance and repair of motor vehicles and motorcycles.

Relevant Occupations and Jobs

The terms of the following relationship of occupations and jobs are used with a generic and omnicomprensivo character of women and men.

Car structure repairers, agricultural machinery and public works, heavy vehicles, motorcycles, railway equipment and aircraft

Chatracks of large optional vehicle, equipment, and tools transformations

Metal element repairers

Industrial chainks

Associated Training (540 hours)

Training Modules

MF0124_2: Fixed items (180 hours)

MF0125_2: Vehicle structural elements (210 hours)

MF0126_2: Conformed of metal elements (150 hours)

Competition Unit 1: Replace fixed elements of the vehicle in whole or in part

Level: 2

Code: UC0124_2

Professional realizations and realization criteria:

RP 1: Perform partial or total disassembly of damaged structural fixed elements of the bodywork for replacement according to the manufacturer's specifications and complying with applicable risk protection regulations work and protection of the environment.

CR 1.1 The delimitation or layout of the part to be disassembled is in accordance with the manufacturer's recommendations, according to the existing damage.

CR 1.2 The machines or tools to be used are selected based on the operation to be performed.

CR 1.3 Individual protective equipment (mechanical protective gloves, safety glasses, mask, plugs or helmets, safety footwear, among others) are selected using the entire process of job.

CR 1.4 Accessories, cables, and pipes close to the work area are removed by preventing any of these items from deteriorating.

CR 1.5 The cut or unsewn operation is executed according to the procedure established by the manufacturer without the element or elements to which the dismounted part is attached to suffer any damage or deterioration.

CR 1.6 The basic maintenance operations of the facilities, equipment and work tools used are performed according to the technical specifications, preserving their functionality.

RP 2: Prepare the replacement part for assembly by presenting it according to the parts given by the manufacturer and preparing the union area in the body according to the manufacturer's specifications and complying with the applicable regulations for the prevention of occupational risks and environmental protection.

CR 2.1 Individual protective equipment (mechanical protective gloves, safety glasses, mask, plugs or helmets, safety footwear, among others) are selected using the entire process of job.

CR 2.2 The profiling of the join zones is performed according to the job process.

CR 2.3 The cleaning of the join zones is done by removing the debris from the unmount and profiling operations.

CR 2.4 The fixing of the piece for subsequent attachment is performed according to the original cotas using the equipment of measure or control of the bench, if any.

CR 2.5 Anti-corrosive or watertight protection, if applicable, by following the manufacturer's standards.

CR 2.6 The preparation of the join type is done by adjusting the characteristics of strength, coating, among others.

CR 2.7 The basic maintenance operations of the facilities, the equipment and the tools used are performed according to the technical specifications, preserving their functionality.

RP 3: Run the attachment of the part on the bodywork for replacement by applying the welding techniques specified by the manufacturer and complying with the applicable regulations for the prevention of occupational hazards and protection environmental.

CR 3.1 Individual protective equipment (mandil, polains, sleeves, welding gloves, soldering, safety footwear, among others) are selected using throughout the entire working process.

CR 3.2 The choice of the machine to execute the welding and the input material and deoxidants is in accordance with the characteristics of the process and the materials to be attached.

CR 3.3 Point welding is performed by regulating the intensity and time according to the type of attachment.

CR 3.4 Semi-automatic welding is applied by adjusting the intensity, pressure of the gas and the speed of the wire to be made.

CR 3.5 The electric arc welding is executed by selecting the intensity and the electrode according to the type of union to be performed.

CR 3.6 Welding is executed in compliance with the technical specifications defined by the manufacturer, obtaining the required binding characteristics.

CR 3.7 The final dimensions of the structure, frame, or cabin are verified to be those reflected in the manufacturer's control sheets with a final measurement with the unit of measure or control of the bench, if any.

CR 3.8 The basic maintenance operations of the facilities, the equipment and the tools used are performed according to the technical specifications, preserving their functionality.

RP 4: Realize the replacement part to the structure for restitution by riveting and pasting compliance with applicable labor risk prevention and environmental protection regulations.

CR 4.1 Individual protective equipment (protective gloves, safety glasses, mask, safety footwear, among others) are selected using the entire work process.

CR 4.2 The surfaces to be joined are prepared according to the manufacturer's indications, drilling and grinding (aluminium with silicate abrasive or nickel chrome wire brush; steel with sandpaper or stainless steel brush) and cleaning them with solvent.

CR 4.3 The adhesive is prepared by following the manufacturer's instructions (preheating and reactivation) by applying it, with spatula or pistol, in a homogeneous manner and with the thickness indicated by the manufacturer.

CR 4.4 The fixation of the piece for subsequent attachment is performed according to the original cotas using the measuring or control equipment of the bench, if any.

CR 4.5 The surfaces to be attached are positioned by securing the contact and immobilizing the assembly with the pressure devices (presillas, jaws, suction cups, among others) established by the manufacturer.

CR 4.6 The selected rivets, if applicable, are applied by checking that they are the ones indicated by the manufacturer for the specific binding that is performed and verifying their application through visual inspection.

CR 4.7 The final dimensions of the structure, frame, or cabin are verified to be reflected in the manufacturer's control tabs with a final measurement.

CR 4.8 The sealant is applied at the seams of the pieces together if necessary.

CR 4.9 The basic maintenance operations of the facilities, the equipment and the tools used are performed according to the technical specifications, preserving their functionality.

CR 4.10 The waste is stored in compliance with the applicable environmental regulations.

Professional context:

Production media:

Electric Arc Welding Equipment, electrical welding equipment by points, electric welding equipment with semi-automatic gas, rivets (electric and pneumatic), induction heating equipment, cutting edge, Pneumatic or electric cuts, alternative saw, circular saw, profiler, plasma cutting machine. Structural adhesives (bicomponent polyurethane, epoxy resins, acrylics, modified silenes, among others). Adhesive application guns (pneumatic, electric, among others), spatulas. Chapista tools (hammers, limes of passing, tases, levers, tranches, mallets, among others). Sets or elements of metal materials (fins, capers, doors, ceilings, structures, among others). Equipment and tools for agricultural machinery and public works. Personal protective equipment (protective gloves, safety goggles, mask, safety footwear, mandil, polains, sleeves, welding gloves, soldering cards), among others.

Products and results:

Fixed elements of the structure of a disassembled vehicle. Spare parts prepared for assembly. Parts joined by welding according to structural cuts. Parts joined by glue and riveted according to structural cuts.

Information used or generated:

Manufacturer's technical manuals. Management manuals for the different teams. Work orders of the workshop head or section manager. Computer media. Applicable rules for the prevention of occupational risks and environmental protection. Specific bibliography.

Competition Unit 2: Repair the structure of the vehicle

Level: 2

Code: UC0125_2

Professional realizations and realization criteria:

RP 1: Make a prior diagnosis to delimit the damaged areas of the vehicle, frame or cab structure and select the repair process according to the vehicle manufacturer's specifications and comply with the applicable rules for the prevention of occupational risks and environmental protection.

CR 1.1 Individual protective equipment (mechanical protective gloves, safety goggles, safety shoes, among others) are selected using the entire work process.

CR 1.2 The damaged zone is identified by visual recognition.

CR 1.3 The elements that prevent or hinder the diagnosis are unmounted by following the manufacturer's documentation.

CR 1.4 The deformed areas are bounded using measurement and control equipment (varas compas, level gages, electronic measurement systems, among others) and by comparing the parameters obtained in the measurement with the established by the manufacturer.

CR 1.5 The repair plan is selected from the diagnostic obtained by determining the elements to be replaced or formed.

CR 1.6 The basic maintenance operations of the equipment and the tools used are carried out according to the technical specifications and preserving their functionality.

RP 2: Positioning the vehicle, frame or cabin in bathed to diagnose the extent of the damage by following specifications of the manufacturer of the bench complying with the applicable labour risk prevention and environmental protection.

CR 2.1 Individual protective equipment (mechanical protective gloves, safety goggles, safety shoes, among others) are selected using the entire work process.

CR 2.2 The necessary mooring tools are placed on the bench according to the specifications of the manufacturer of the bench.

CR 2.3 The selection of the anchor points of the structure to the bench is made according to the specifications of the manufacturer of the bench depending on the location of the damage.

CR 2.4 The anchor tools are placed in the damaged body and, if necessary, disassemble those elements of the body that make it difficult.

CR 2.5 The positioning and mooring of the body, frame or cab on the bench is performed according to the manufacturer's specifications.

CR 2.6 The measurement equipment is mounted on the bench, focusing on the deformed body to be measured.

CR 2.7 The measurement of the deformed structure is performed on the control points established by the manufacturer.

CR 2.8 The damage diagnosis is performed by comparing the data of the cotas obtained in the measurement with the cotas established by the manufacturer, determining the location of the shots and setbacks on the structure.

RP 3: Retrieve the cotas in the vehicle structure to restore its original state, complying with applicable regulations on the prevention of occupational hazards and environmental protection.

CR 3.1 Individual protective equipment (mechanical protective gloves, safety goggles, safety shoes, among others) are selected using the entire working process.

CR 3.2 The placement of the "stretchers" (shots and hiccups) is performed according to the diagnosis obtained in the measurement, determining their position and meaning.

CR 3.3 The stretch of the structure is performed with the traction equipment (cats, squats, towers) until the control points of the body, frame or cabin defined in the repair plan recover their cotes. originals.

CR 3.4 The dimensions of the control points are checked with the measurement and control equipment of the own bench throughout the entire stretch process.

CR 3.5 Repair or replacement of damaged structural parts is performed according to the manufacturer's specifications.

CR 3.6 Specific templates are used by securing the framing with all adjacent pieces.

CR 3.7 The final dimensions of the structure, frame, or cabin are verified to be those reflected in the manufacturer's control tabs with a final measure recovering the active and passive safety conditions.

CR 3.8 The basic maintenance operations of the equipment and the tools and tools used are carried out in accordance with the technical specifications and preserving their functionality.

Professional context:

Production media:

Mooring banks, mini-banks, positive control systems, universal measurement systems (system of calibers, universal tools, optical systems, level gauges, electronic systems), pressure cats (hydraulic, tyres, mechanics), shooting towers, traction or thrust squads, fixing tools, jaws, tensioners, chains, slings. Chapista tools (hammers, limes of passing, tases, levers, tranches, mallets, among others). Tools for aluminium foil (aluminium, teflon or nylon hammers, wooden tases, wood, rubber or nylon nylon, among others). Personal protective equipment (mechanical protective gloves, safety glasses, mask, stoppers or helmets, safety footwear). Computer and computer media. Metal body structures of vehicles, motorcycles, racks, cabins.

Products and results:

Previous diagnosis made. Diagnosis of damage of a structure (body, frame, cabin, among others) made in bench. Stretch process done in bench.

Information used or generated:

Vehicle manufacturer's technical manuals. Bench chips. Management manuals for the different teams. Work orders of the Head of Workshop or section manager. Computer media. Applicable rules for the prevention of occupational risks and environmental protection. Specific bibliography.

Competition Unit 3: Perform the shaping of metallic elements and important reforms

Level: 2

Code: UC0126_2

Professional realizations and realization criteria:

RP 1: Repair structural metal elements of a damaged body to recover the original technical functionality according to established processes of shaping compliance with applicable risk protection regulations work and protection of the environment.

CR 1.1 The diagnosis of damage in the part to be repaired is done by means of different diagnostic techniques (visual recognition, tact, sanding, shape comb, among others) determining the type of damage.

CR 1.2 The technical documentation is selected and interpreted by determining the parameters for the process development according to the morphology of the damage, the accessibility of the part and the type of material (steel and aluminum).

CR 1.3 Required tools, materials, auxiliary media, and personal protective equipment are selected according to the defined work process.

CR 1.4 The process of forming (deabolishment, veneer, sheet, traction) is performed according to the selected working procedure.

CR 1.5 The item reference points are checked against the measurement and/or control teams of the bench throughout the entire shaping process.

CR 1.6 The shaping process is considered complete when the damaged part recovers its original shape, checking its framing with the adjacent pieces and obtaining the measurements and tolerances given by the manufacturer. for the reference points of the same.

CR 1.7 The characteristics of the material are respected during the development of the shaping processes.

CR 1.8 The basic maintenance operations of the facilities, the equipment and the tools used are carried out according to the technical specifications and preserving their functionality.

RP 2: Carry out vehicle reforms to incorporate or modify any features affecting its structure, following technical specifications and complying with the compliance regulations required for the refurbished vehicle and the applicable rules for the protection of occupational risks, environmental protection and technical security.

CR 2.1 Individual protection machines, tools, and equipment are selected according to the operations to be performed.

CR 2.2 Reform process (total or partial replacement of the rack or self-supporting structure when the replaced part affects the frame number, transformations that modify the length of the front overhang and/or rear, modification, incorporation or removal of elements on the exterior of the vehicle, inter alia) is carried out according to the type of vehicle and the elements to be transformed according to the specifications reflected in the plans, Drawings and schemes, in compliance with the regulations of the vehicle manufacturers and the elements to be incorporated as well as the regulatory acts applicable to each type of reform.

CR 2.3 Items that prevent or hinder the development of the job are unmounted by following the manufacturer's documentation.

CR 2.4 The operations of replacement, modification or assembly of the elements involved in the reform (frame or self-supporting structure, front defenses, faldons, among others), are carried out following the indications of the project documentation, if any, of the schemes of the transformation design or of the sketches and schemes of the manufacturers ' manuals (hole drill in the frame, location of the new reinforcement points, among others).

CR 2.5 The attachment of the components (welded joints, bolted joints, attached joints, among others) is performed according to the project documentation, if any, or according to the instructions of the vehicle manufacturer's manual and the equipment.

CR 2.6 The reforms carried out are verified by checking that they meet the functionality characteristics and that no fundamental element of the vehicle is modified if it has not been detailed in the project.

CR 2.7 The basic maintenance operations of the facilities, the equipment and the tools used are carried out according to the technical specifications and preserving their functionality.

RP 3: Carry out reforms to incorporate or modify any features affecting the interior fittings of vehicles, following technical specifications and complying with applicable risk protection regulations work, environmental protection and technical security.

CR 3.1 The reform process (installation of wheelchair access ramps, installation of guides on the floor of the vehicle for the holding of wheelchairs, installation of automatic lifting platforms, between (a) is done on the basis of the type of vehicle and the elements to be processed, in accordance with specifications reflected in the drawings, drawings and schemes, in compliance with the manufacturer's regulations and the regulatory acts applicable to each type of vehicle; reform.

CR 3.2 Individual protection machines, tools, and equipment to be used are selected based on the operations to be performed.

CR 3.3 The elements that prevent or hinder the development of the work are unmounted by following the manufacturer's documentation.

CR 3.4 The execution of the operations of the process (reinforcement of the anchoring areas, presentation of the elements to be installed, among others) is carried out following the indications of the documentation of the project, if any, of the schemas of the transformation design or according to the instructions in the vehicle manufacturer's manual and the equipment to be incorporated.

CR 3.5 The anchorage of the parts or components that are incorporated into the vehicle is executed with respect to the form and the system of attachment (bolted joints, stuck, among others) indicated in the project documentation, if necessary or according to the instructions in the vehicle manufacturer's manual and equipment.

CR 3.6 The reforms made are verified by checking that they meet the functionality characteristics and that no fundamental element of the vehicle is modified if it has not been detailed in the project.

CR 3.7 The basic maintenance operations of the facilities, the equipment and the tools used are carried out according to the technical specifications and preserving their functionality.

Professional context:

Production media:

Profilers, debarter, heat point application machine, graphite electrodes, inertia hammers. Welding equipment. Chapista-specific tools (hammers, passing-on limes, tases, sinks, levers, tases, strokes, among others). Specific tools for aluminium veneer (Teflon or nylon hammers, wooden tases, wooden mashes, nylon rubber or nylon, among others). Personal protective equipment (mechanical protective gloves, safety goggles, mask, stoppers or helmets, safety footwear, among others). Assemblies or elements of metal or aluminium metal materials (ceilings, sides, larks, etc.). Complete vehicles.

Products and results:

Shaped of structural metal elements realized. Modified or reformed vehicle structures. Interior fittings of the modified or reformed vehicle.

Information used or generated:

Manufacturer's technical manuals, with partial drawings where original cotes are given. Sketches and vehicle reform schemes. Documentation of the technical project of vehicle reforms. Management manuals for the different teams. Work orders of the Head of Workshop or section manager. Computer media. Applicable rules for the prevention of occupational risks and environmental protection. Specific bibliography.

Forming Module 1: Fixed Elements

Level: 2

Code: MF0124_2

Associated with UC: Replace fixed elements of the vehicle in whole or in part

Duration: 180 hours

Assessment Capabilities and Criteria:

C1: Analyze the union type of the different fixed elements of a structure by selecting the tools and methods to be used in the separation.

CE1.1 Describe the cutting of the elements that make up a body, frame, and cabin or equipment, relating the function that each of them meets.

CE1.2 Describe the types of union used in vehicle structures (spot welding, riveting, laser welding cords, mixed joints with adhesives, among others) relating them to their characteristics.

CE1.3 Relating metal element separation procedures to employee join types.

CE1.4 Describe the types of adhesives and the different application techniques by linking them to their use in fixed-element joins.

CE1.5 Explain the operation of the different machines and tools used to remove points and cords of adhesive and welding describing their types and characteristics as well as their use and maintenance.

CE1.6 Explain the operation of the different machines used in the cutting operations on sheet metal describing their types and characteristics as well as their use and maintenance.

CE1.7 In a scenario of repair of a damaged body or frame that involves replacement of parts (full or partial sections) by selecting the cutting equipment according to the existing damage and the manufacturer's specifications:

-Identify the element to be replaced, relating it to the type of join used.

-Choose the element repair method (total or partial replacement) according to the manufacturer's specifications.

-Perform the layout of the cut that allows its execution according to manufacturer's specifications.

-Choose the cutting method, selecting the most suitable cutting equipment.

CE1.8 In a scenario of repair of a damaged bodywork involving the replacement (complete or partial section) of a fixed fixed structural element by welding:

-Select the individual protection machines, tools, and equipment to be used according to the defined work method.

-Remove welding points with spunds.

-Remove welding points with pneumatic or manual cutting.

-Make the cut using the selected equipment (alternate saw, circular, among others).

-Verify that the cut operations performed conform to the manufacturer's specifications.

-Perform basic maintenance of facilities and equipment used.

C2: Plan the replacement part assembly by organizing the join zones according to the manufacturer's specifications.

CE2.1 Describe the element framing process by explaining the different tuning techniques.

CE2.2 Apply the replacement parts position according to the parts given by the manufacturer and check its alignment with the adjacent elements.

CE2.3 In a scenario of replacing a structural fixed element according to the employee join system:

-Determine the necessary spare parts and assembly methods according to the manufacturer's technical specifications or requirements.

-Select the necessary tools, tools, and personal protective equipment according to the work to be performed.

-Pasing the join zones according to the work process.

-Clean the join zones by removing the debris from the unmount and profiling operations.

-Prepare the join to perform by applying the anti-corrosive or watertight protection if necessary.

-Set the piece for subsequent attachment according to the original bounds, using the bathing measure equipment.

-Verify that replacement of parts saves technical specifications in terms of assembly methods and anti-corrosive protection.

C3: Apply the different pieces ' union techniques according to the original cotas and select the equipment according to their characteristics.

CE3.1 Apply joints for welds on test pieces with different welding equipment by regulating the equipment according to the material of the support (steel or aluminium) and the characteristics of the joints to be made (material, location, among others).

CE3.2 In a practical case of total or partial replacement of a structural element to the bodywork by welding bonding:

-Select the welding equipment based on the type of joint to be performed (resistance by points, electric by arc and continuous thread under protective and soft gas).

-Select individual protective equipment (mandil, polains, sleeves, welding gloves, soldering, safety footwear, among others) using them throughout the entire work process.

-Regular the selected equipment parameters (intensity, electrode, speed, gas pressure, among others) based on the characteristics of the junction to be made (material, location, among others).

-Position the surfaces to be joined by securing the contact and fixing them according to the original bounds, using the measurement equipment of the bench.

-Check that the obtained welds meet the specifications of a standard solder (resistance, melting edges among others).

-Verify that the service elements return the functional characteristics specified by the required manufacturer or needs.

-Apply the basic maintenance of facilities and equipment used.

CE3.3 In a convenient junction execution scenario for replacing a structural element by riveting and pasting:

-Prepare the surfaces to join, drilling and grinding, as indicated by the vehicle manufacturer.

-Prepare the adhesive according to product indications, applying it with the thickness indicated by the manufacturer.

-Position the surfaces to be joined by securing the contact and fixing them according to the original bounds, using the measurement equipment of the bench.

-Quiesce the join zone with pressure devices (suction cups, jaws, among others).

-Apply the selected rivets by checking that they are the ones indicated by the manufacturer.

-Validate by visual inspection that the obtained remaghy joins meet the specifications of a standard riveting (alignment of rivet heads, penetration, among others).

-Verify that the riveted and pasted elements return the functional characteristics specified by the manufacturer and/or required needs.

-Apply maintenance of installations and equipment according to technical specifications.

Capabilities whose acquisition must be completed in a real work environment:

C2 with respect to CE2.3; C3 with respect to CE3.2 and CE3.3.

Other capabilities:

Finish the job based on criteria of suitability, speed, economy and effectiveness.

Maintain the work area with order and cleanup.

Adapt to organization, organizational and technological changes as well as new situations or contexts.

Interpret and execute work instructions.

Respect internal organization procedures and rules.

Contents:

1. Metal materials used in vehicle bodies

Elements that make up the cutting of a body.

Composition and properties of ferric alloys.

Special ones: High strength or high elastic limit.

Composition and properties of aluminium and other lightweight alloys used in vehicle bodies.

Variation of properties by thermal treatments.

2. Types of fixed joins

Types of joints in steel and aluminum (spot welding, riveting, laser welding cords, mixed joins with adhesives, among others).

Adhesives in the car. Characteristics of the attached joins.

Separation features and procedures.

Preparing junctions.

3. Item cutting and cutting operations

Graphical Representation: Croquized and Bounded.

Simbology used by manufacturers for body repair processes.

Taladry and point milling.

Plotting and preparing the cut.

Tools for making the cut (cutting, alternate saw, circular saw, chisel, among others).

4. Welding methods

Prints and deoxidants used in welding processes.

Input materials used with the various welding methods.

Characteristics of the gases used in the welding processes.

welding procedures. Function, characteristics and use of the equipment: electrical welding by resistance points, electric arc welding with coated electrode, continuous yarn welding under protective gas (MIG/MAG), TIG welding, soft welding.

5. Replacing fixed elements by pasting and riveting

Riveting and pasting techniques to replace non-structural fixed elements.

Fixed item replacement processes by pasting and riveting.

6. Standards for the prevention of occupational and environmental risks

Risks in the body area.

Safety signage at the workshop.

Prevention and collective protection.

Personal protection equipment.

Waste Management.

Training context parameters:

Spaces and installations:

The spaces and facilities will provide a response, in the form of a classroom, a workshop, a workshop of practices, a laboratory or a singular space, to the training needs, according to the Professional Context established in the Unit Partner competence, taking into account applicable regulations of the productive sector, prevention of occupational risks, occupational health, universal accessibility, universal design or design for all persons and environmental protection.

Professional profile of trainer or trainer:

1. Domain of knowledge and techniques related to the replacement of fixed elements of the vehicle in whole or in part, which shall be accredited by one of the following two forms:

-Level 1 academic training (Spanish Framework of Qualifications for Higher Education) or other higher level education related to the professional field.

-Professional experience of a minimum of 3 years in the field of competencies related to this training module.

2. Accredited pedagogical competence in accordance with what is established by the competent administrations.

Forming Module 2: Vehicle Structural Elements

Level: 2

Code: MF0125_2

Associate to UC: Repair the structure of the vehicle

Duration: 210 hours

Assessment Capabilities and Criteria:

C1: Analyze the deformations and damage that the structure of a vehicle may suffer based on the type of collision.

CE1.1 Define the deformations that may suffer the structure of a vehicle, frame, or cabin when subjected to different types of loads.

CE1.2 Explain the concepts of "security room" and "programmed deformation" relating to the effects of collisions.

CE1.3 Explain the types of collisions (frontal, lateral, rear, among others) in the structures and the damages produced (direct, indirect) depending on the collision received and the transmission of damage to a body.

CE1.4 Explain damage diagnosis methods and equipment, relating them to the deformations to be controlled.

CE1.5 Analyze the forces systems that cause deformations on the structures of the vehicles relating to the repair processes.

CE1.6 Determine the parameters to be checked in the vehicle structure, interpreting the technical documentation of vehicle manufacturers and benches.

CE1.7 In a practical scenario of making a diagnosis of a damaged real vehicle, rack or cab:

-Identify deformed zones by visual analysis.

-Identify the reference points according to the technical tabs of the vehicle manufacturers and benches.

-Unmount items that can prevent or hinder the diagnosis of repair by following the intended process.

-Apply the measures of the identified points with the measurement and control equipment (varas, level gages, electronic measurement systems, among others).

-Tridimensionally accommodate deformed zones.

-Relate the data obtained in the measurement process with those provided by the technical documentation and diagnose the damage suffered.

C2: Operate with equipment and auxiliary stretch aids by restoring the deformed structure to its original bounds.

CE2.1 Explain the tools and equipment for stretching into universal and positive control benches by relating them to the function they perform.

CE2.2 Explain the forces systems and their application to the vector shot in recovery of deformations.

CE2.3 In a practical assumption of the return of the cotes to deformed structures (body, frame, cabin, among others) positioned in the bench:

-Determine the points of application of the "shots" and "setbacks", taking into account the shaping of the structure to be achieved.

-Determine the tools and equipment to be used depending on the extent of the effort to be made and the anchor point of the vehicle and the bench.

-Make shots and setbacks in the structure until you can square the actual measurements with those contemplated in the manufacturer's control tabs by checking with the measurement team the progress of the process.

-Check with a final measurement of the conformed structure.

-Apply the rules of use for operations performed taking into account established security rules.

C3: Operate with equipment and auxiliary stretch aids by performing measurements and returning the structure to their original cotas.

CE3.1 Describe the tools and equipment for stretching into universal and positive control benches by relating them to the function they perform.

CE3.2 Apply the structure stretching process according to different types of seats and damages.

CE3.3 In a practical case of a deformed structure with a front stroke positioned on the bench:

-Determine the tools and equipment to be used depending on the extent of the effort to be made and the shape of the anchor of the tool to the vehicle and the bench.

-Identify the reference points to measure the bounds according to the technical tabs.

-Carry out the structure of the structure on the bench, using the stretching equipment.

-Comment on the expected end result and the causes of the expected outcome.

CE3.4 Develop the process over time, with quality and compliance with safety and health standards.

Capabilities whose acquisition must be completed in a real work environment:

C1 with respect to CE1.7; C2 with respect to CE2.3; C3 with respect to CE3.3.

Other capabilities:

Finish the job based on criteria of suitability, speed, economy and effectiveness.

Maintain the work area with order and cleanup.

Adapt to organization, organizational and technological changes as well as new situations or contexts.

Interpret and execute work instructions.

Respect internal organization procedures and rules.

Communicate effectively with the right people at every moment, respecting the channels established in the organization.

Contents:

1. Bodies employed in vehicles

Body types: self-supporting, independent rack, agricultural, motorcycles, and scooters. Features.

Materials used in the manufacture of bodies. Properties.

The security room. Modular body composition.

Active and passive security. Scheduled deformation zones.

2. Deformation of the structures. Collision theory

Types of loads (traction, compression, torsion, shear).

Deformations of a structure (body, frame) when subjected to loads (loss of level, bending, compression, torsion, lateral deviation, romoboidal deviation).

Theory of collision. Behaviour of a structure (self-supporting bodywork, motorcycles and scooters).

Forces involved in a collision. Types of damage (direct, indirect). Scheduled deformation.

Two-dimensional forces systems: composition and decomposition. Resulting and resulting moments.

3. Technical documentation of vehicle structures

Graphical Representation: Symbology and Normalization. Bounded.

The manufacturer's symbology. Interpretation.

Simbology of the vehicle manufacturer. Interpretation.

4. Benches

Foundation of the benches.

Types of seats: positive control, universal.

Fastening Systems: Banks, mini-banks, anchor jaws. Features.

Measurement systems: positive control, universal (mechanical, optical, electronic). Features.

Stretched systems: Traction equipment (cats, squats, shooting towers). Stretch tools (jaws, chains, slings, among others). Features.

Handling of the bench. Positioning and anchoring procedures.

Identifying reference points in structures.

Managing measurement equipment.

Performing diagnosis using measurement equipment.

5. Repair processes. Stretch

Basic stretching principles.

Shooting and Setback Anchor Techniques.

Shooting techniques based on the banked used. Determination of the directions of "shots" and positioned of the stretchers. Execution of "shots" and "hiccups".

Process of forming a damaged body (with side blow, with a front blow, with a rear stroke, among others).

Process of forming a damaged frame (loss of level, torsion, lateral deviation, romboidal deviation).

6. Standards for the prevention of occupational and environmental risks

Risks in the body area.

Safety signage at the workshop.

Prevention and collective protection.

Personal protection equipment.

Waste Management.

Training context parameters:

Spaces and installations:

The spaces and facilities will provide a response, in the form of a classroom, a workshop, a workshop of practices, a laboratory or a singular space, to the training needs, according to the Professional Context established in the Unit Partner competence, taking into account applicable regulations of the productive sector, prevention of occupational risks, occupational health, universal accessibility, universal design or design for all persons and environmental protection.

Professional profile of trainer or trainer:

1. Domain of knowledge and techniques related to the repair of the vehicle structure, which shall be accredited by one of the following two forms:

-Level 1 academic training (Spanish Framework of Qualifications for Higher Education) or other higher level education related to the professional field.

-Professional experience of a minimum of 3 years in the field of competencies related to this training module.

2. Accredited pedagogical competence in accordance with what is established by the competent administrations.

Forming Module 3: Conformed of Metal Elements

Level: 2

Code: MF0126_2

Associate with UC: Perform the shaping of metallic elements and important reforms

Duration: 150 hours

Assessment Capabilities and Criteria:

C1: Analyze the repair process and the types of deformation that the metal elements can undergo, selecting the repair systems, the equipment and the necessary tools to recover the shape and function original.

CE1.1 Describe the types of steel, smelters and light alloys, most used in vehicle manufacturing, relating to their characteristics.

CE1.2 Describe the diagnostic techniques used in the repair of metal elements (visual, touch, sanding, among others) explaining their work process.

CE1.3 Explain the various operations that comprise the repair process (deabolishment, veneer repass, sheet metal, traction) relating to the types of deformation to be applied to.

CE1.4 In a scenario of repair of a deformed structural metal element (stringer) according to manufacturer's specifications:

-Detect the warped zone by assessing the extent of the damage to be repaired.

-Select the repair system to use based on the type of damage identified.

-Determine measures, parameters to be used in the repair according to the manufacturer's documentation.

-Determine the individual protection materials, tools, and equipment to be used based on the selected repair method.

CE1.5 In a practical case of repair of a deformed structural metal element (anchoring of mechanical components-fixing buffer, fixing box-) according to the manufacturer's specifications:

-Detect the warped zone by assessing the extent of the damage to be repaired.

-Select the repair system to use based on the type of damage identified.

-Determine measures, parameters to be used in the repair according to the manufacturer's documentation.

-Determine the individual protection materials, tools, and equipment to be used based on the selected repair method.

C2: Operate with the necessary equipment and tools to form metal elements and return them to the original shapes and bounds.

CE2.1 In a practical case of shaping metallic elements of the structure by recovering the original forms and cotes (in different places of the stringer, crossbar and corner areas):

-Select the individual protection tools and equipment to be used depending on the damage situation to repair.

-Repair dents with hammer and tas and suffer.

-Conform dents with inertia hammer.

-Verify that the item has recovered the original shapes and bounds according to manufacturer's specifications.

CE2.2 In a practical scenario of repairing a deformed structural metal element (sill) recovering the original shapes and bounds:

-Select the individual protection tools and equipment to be used depending on the damage situation to be repaired.

-Repair the existing deformation with the selected equipment (hammer and tas, inertia hammer, among others).

-Verify that the item has recovered the original shapes and bounds according to manufacturer's specifications.

CE2.3 In a practical scenario of repairing a deformed structural metal element (anchoring zone of mechanical components-fixing damping, fixing box address-) recovering the original forms and bounds:

-Select the individual protection tools and equipment to be used depending on the damage situation to repair.

-Repair the existing deformation with the selected equipment (hammer, inertia hammer, tranches, among others).

-Verify that the item has recovered the original shapes and bounds according to the manufacturer's specifications.

C3: Apply vehicle reforms by operating with the necessary equipment and media and following technical specifications.

CE3.1 Describe the cutting of the elements that make up a body, frame, and cabin or equipment, relating the function that each of them meets.

CE3.2 Interpret technical documentation by following the plans, drawings and schemes of the manufacturer of the optional equipment and the reform project relating to the implementation of the vehicle reform.

CE3.3 In a practical scenario of transformation or modification of a structure (defenses, alarms, transformations that modify the length of the front and/or rear overhang, among others) following specifications techniques:

-Select and interpret the technical documentation, drawings and drawings that affect the optional transformation or equipment, interpreting the technical data.

-Select the individual protection tools and equipment to be used depending on the damage situation to repair.

-Perform the dismounts of the required elements by following the technical documentation.

-Apply the necessary operations to perform the proposed variation or replacement, following technical specifications and checking that no fundamental element of the vehicle that is not detailed in the project has been altered by the reform.

-Verify that the performed transformation or mount brings together the required functionality and security features and meets the client requests.

CE3.4 In a practical case of modification of the interior conditioning of a vehicle (installation of guides on the floor of the vehicle for the attachment of wheelchairs, increase/reduction of seats of seats, among others) following technical specifications:

-Select and interpret the technical documentation, drawings and drawings that affect the optional transformation or equipment, interpreting the technical data.

-Select the individual protection tools and equipment to be used depending on the damage situation to repair.

-Perform the dismounts of the required elements by following the technical documentation.

-Apply the necessary operations to perform the proposed variation or replacement, following technical specifications and checking that no fundamental element of the vehicle that is not detailed in the project has been altered by the reform.

-Verify that the performed transformation or mount brings together the required functionality and security features and meets the client requests.

Capabilities whose acquisition must be completed in a real work environment:

C2 complete; C3 with respect to CE3.3 and CE3.4.

Other capabilities:

Finish the job based on criteria of suitability, speed, economy and effectiveness.

Maintain the work area with order and cleanup.

Adapt to organization, organizational and technological changes as well as new situations or contexts.

Interpret and execute work instructions.

Respect internal organization procedures and rules.

Communicate effectively with the right people at every moment, respecting the channels established in the organization.

Contents:

1. Materials used in the construction of bodies

Elements that make up the cutting of a body.

Composition and properties of ferric alloys. Special steels: high-strength or high-strength elastic.

Composition and properties of aluminium and other lightweight alloys used in vehicle bodies.

Variation of properties by thermal treatments.

Active and passive security.

2. Graphical representation

Symbology. Standardisation. Flat. Croquis. Bounded.

Interpretation of drawings and sketches from the manufacturer of accessories or projects.

Dismantling elements for mounting accessories.

3. Techniques used in the diagnosis of metal element repair

By sanding, visual, and touch.

Parameter check: Holguras, symmetry, among others.

4. Steel and aluminium deabolishment techniques

Suffered. Tools. Work process.

Hit. Tools. Work process.

Stated and collected (cold and hot). Tools. Work process.

5. Concepts of methods and techniques involved in repair processes.

Using inertia hammers.

Shaped of metal elements with hammers, sinks and tases.

Removing heat and cold stresses.

6. Safety and occupational health regulations applicable in vehicle repair shops

Risks in the body area.

Safety signage at the workshop.

Prevention and collective protection.

Personal protection equipment.

Waste Management.

Maintenance of installations. Compressed air. Ventilation systems.

Training context parameters:

Spaces and installations:

The spaces and facilities will provide a response, in the form of a classroom, a workshop, a workshop of practices, a laboratory or a singular space, to the training needs, according to the Professional Context established in the Unit Partner competence, taking into account applicable regulations of the productive sector, prevention of occupational risks, occupational health, universal accessibility, universal design or design for all persons and environmental protection.

Professional profile of trainer or trainer:

1. Domain of knowledge and techniques related to the realization of the shaping of metallic elements and important reforms, which will be accredited by one of the following two forms:

-Level 1 academic training (Spanish Framework of Qualifications for Higher Education) or other higher level education related to the professional field.

-Professional experience of a minimum of 3 years in the field of competencies related to this training module.

2. Accredited pedagogical competence in accordance with what is established by the competent administrations.

ANNEX III

PROFESSIONAL QUALIFICATION: MAINTENANCE OF NON-STRUCTURAL VEHICLE BODY ELEMENTS

Professional Family: Transportation and Maintenance of Vehicles

Level: 2

Code: TMV046_2

General Competition

Perform the maintenance of removable and fixed non-structural elements, metallic and synthetic, of the body of the vehicle, adjusting to established procedures and times, achieving the required quality and security conditions.

Competition Units

UC0127_2: Replace and/or repair removable elements of a vehicle

UC0128_2: Perform metal and synthetic element repair

UC0129_2: Replace and/or repair non-structural fixed elements of the vehicle in whole or in part

Professional Environment

Professional Scope

Develops its professional activity in the area of maintenance and repair dedicated/or to the repair of non-structural elements, in entities of public and private nature, in large, medium, small and micro-enterprises self-employed and self-employed, irrespective of their legal form. It develops its activity, depending on its case, functional and/or hierarchically of a superior. You may have staff in your position at times, for seasons or in a stable way. The principles of universal accessibility, universal design or design for all people according to applicable regulations apply in the development of their professional activity.

Productive Sectors

It is located in the automotive production sector, in the subsectors of maintenance and repair of motor vehicles and motorcycles, railway rolling stock and aeronautical maintenance.

Relevant Occupations and Jobs

The terms of the following relationship of occupations and jobs are used with a generic and omnicomprensivo character of women and men.

Charinks repairers of removable and conformed elements of metal and synthetic materials of automobiles, machinery of public and agricultural works, heavy vehicles, motorcycles and railway and aeronautical equipment

Moon/Glass Installers in Vehicles

Mounters on automotive assembly lines

Associated Training (510 hours)

Training Modules

MF0127_2: Amovible Elements (180 hours)

MF0128_2: Metal and synthetic elements (180 hours)

MF0129_2: Non-structural fixed elements (150 hours)

Competition Unit 1: Replace and/or repair removable elements of a vehicle

Level: 2

Code: UC0127_2

Professional realizations and realization criteria:

RP 1: Unmount, mount, repair and, where appropriate, replace removable, accessory and guarnid elements with bolted, glued or rimated joints, according to the manufacturer's specifications and in compliance with applicable regulations prevention of occupational risks and environmental protection, with the prescribed quality.

CR 1.1 The elements to be replaced or repaired (door, bonnet, moons, dens, among others) are indicated by determining the type of join to be separated.

CR 1.2 Individual protection machines, tools, and equipment are selected according to the operations to be performed.

CR 1.3 The unmount or unsewn operation is performed according to procedure (threaded joins, rivets, pastes, among others) using the selected tools.

CR 1.4 The removable element to be mounted (repaired or replaced) is positioned in the vehicle by attaching it to the structure of the body with respect to the fixing systems and the holguras established by the manufacturer, maintaining the homogeneity of the assembly.

CR 1.5 The machining operation, for threaded or riveted bonding, is executed in compliance with the specifications required according to their subsequent use.

CR 1.6 The union of components (bolted, rimaged, pasted, among others) is done by selecting the products (screws, rivets, adhesive, among others) depending on the materials to be joined and the the efforts to be taken, applying the procedure laid down by the vehicle manufacturer.

CR 1.7 The quality of the repair is verified by checking that the replaced element meets the manufacturer's prescribed operating characteristics.

CR 1.8 The basic maintenance operations of the facilities, the equipment and the tools used are carried out according to the technical specifications and preserving their functionality.

RP 2: Unmount, mount and, where appropriate, replace simple elements of electrical installations, affected or interfering in the process of repair of the bodywork, ensuring the total operability of the installation and its correct operation.

CR 2.1 The mechanisms or elements to be disassembled or disconnected (lighting system, maneuver, signalling, among others) are identified by ensuring that they are the minimum necessary to carry out repairs.

CR 2.2 Individual protection machines, tools, and equipment are selected according to the operations to be performed.

CR 2.3 The disassemblies and assemblies of the elements that interfere (lighting system, maneuver, signalling, among others) are carried out according to the technical specifications of the manufacturer.

CR 2.4 Adjustments and adjustments are made in accordance with the manufacturer's specifications.

CR 2.5 The quality of the repair is verified by checking that the mounted electrical element (s) return the operating characteristics to the affected installations.

CR 2.6 The basic maintenance operations of the facilities, the equipment and the tools used are carried out according to the technical specifications and preserving their functionality.

RP 3: Unmount, mount and, where appropriate, replace mechanical, hydraulic or simple pneumatic elements of different vehicle systems, affected or interfering in the body repair process, controls and reglages necessary to ensure the operation of the systems.

CR 3.1 The mechanisms or elements to be dismantled (windscreen wipers, air conditioning, steering, suspension, exhaust, etc.) are identified by ensuring that they are the minimum necessary to carry out the repairs to the bodywork.

CR 3.2 Individual protection machines, tools, and equipment are selected according to the operations to be performed.

CR 3.3 Disassemblies and assemblies of the elements (cooling elements, wheels, steering, admission, among others) are carried out according to the technical specifications of the manufacturer.

CR 3.4 The quality of the repair is verified by checking that the electrical element (s) mounted (mechanical, hydraulic or pneumatic) return the operating characteristics to the affected installations.

CR 3.5 The reglages performed (geometry of the address, among others) are in accordance with the current rules.

CR 3.6 The basic maintenance operations of the facilities, the equipment and the tools used are carried out according to the technical specifications and preserving their functionality.

CR 3.7 Waste is stored in compliance with applicable environmental regulations.

Professional context:

Production media:

Taladoring, pneumatic machine for cutting putty, machine for filling, riveting, stapler, air conditioning equipment. Equipment for the setting of headlamps. Lunges disassembly equipment (windy, cutting useful-piano rope, blades, cutting machine-adhesive application gun (manual, pneumatic), pads). Lunges repair equipment. Tool team of the chapista. Manual tool equipment for electromechanical. Equipment for the adjustment of steering gear. Balancer. Extractors (from springs, from kneecap, among others). Movable elements of a vehicle (bonnet, front and rear flaps, doors, parolers, mirrors, moons, elements of guarnade) Full vehicles. Simple body elements of the systems: lighting, manoeuvring and signalling. Cooling system. Intake system, exhaust. Steering system. Suspension system. Wheels and tires. Disassembly, assembly and replacement of: Equipment and tools of agricultural machinery and public works. Personal protective equipment (protective gloves, safety glasses, mask, stoppers or helmets, safety footwear).

Products and results:

Removable elements, accessories and guarnishes (affected or interfering in the repair of the structure) disassembled and mounted or replaced upon completion of the repair. Mechanical, hydraulic, pneumatic or electrical elements (affected or interfering in a repair) backed out, adjusted and regulated at the end of a repair.

Information used or generated:

Manufacturer's technical manuals. Management manuals for the different teams. Work orders of the workshop head or section manager. Computer media. Applicable rules for the prevention of occupational risks and environmental protection. Applicable bibliography.

Competition Unit 2: Perform metal and synthetic element repair

Level: 2

Code: UC0128_2

Professional realizations and realization criteria:

RP 1: Repair damaged non-structural metallic elements by recovering their original form according to established processes of shaping and complying with applicable regulations for the protection of occupational risks and protection of the environment environment.

CR 1.1 The diagnosis of the part to be repaired is performed using diagnostic techniques (visual recognition, tact, sanding, shape comb, among others) determining the type of damage.

CR 1.2 The technical documentation is selected and interpreted by determining the parameters for the process development according to the morphology of the damage, the accessibility of the part and the type of material (steel and aluminum).

CR 1.3 Required tools, materials, auxiliary media, and personal protective equipment are selected according to the defined work process.

CR 1.4 The process of forming (deabolishment, repassing of sheet, sheet, traction) is carried out according to the selected working procedure until the cotas given by the manufacturer are obtained.

CR 1.5 The shaping process is considered complete when the surface recovers its original shape, checking the framing with adjacent pieces and obtaining the measurements and tolerances given by the manufacturer.

CR 1.6 The characteristics of the material are respected during the development of the shaping processes.

CR 1.7 The basic maintenance operations of the facilities, the equipment and the tools used are carried out according to the technical specifications and preserving their functionality.

RP 2: Repair thermoplastic synthetic materials using the appropriate techniques for damage and material of the piece and in compliance with applicable regulations for the protection of occupational hazards and environmental protection.

CR 2.1 The part to be repaired is identified by the corresponding characteristic code by selecting the repair process based on the type, magnitude and location of the damage.

CR 2.2 The tools, materials and auxiliary media and individual protective equipment are prepared according to the selected repair process.

CR 2.3 The area to be repaired is prepared (removing paint, cleaning, machining and conditioning, depending on the damage) with the selected materials and equipment.

CR 2.4 The shaping of heat and pressure deformations is done so that the work piece recovers the original shape.

CR 2.5 The repair by welding by heat and plastic injection rod (with or without internal reinforcements) or by chemical welding is done so that the piece regains its original shape on the visible face of the piece as indicated by the manufacturer.

CR 2.6 The repair with adhesives and fillers is performed according to the repair processes indicated by the manufacturer so that the part recovers the original visible form.

CR 2.7 The different sanding phases are applied at all times to the needs of the repair process followed.

CR 2.8 The basic maintenance operations of the facilities, the equipment and the tools used are carried out according to the technical specifications and preserving their functionality.

RP 3: Conform or repair thermostable synthetic materials and composite materials of vehicle body elements, using appropriate techniques for damage and material of the part and in compliance with the regulations applicable to the protection of occupational hazards and the protection of the environment.

CR 3.1 The part to be repaired is identified by the corresponding characteristic code (thermosetting plastics and their composite materials: fiberglass, carbon fibre and other synthetic fibres, between other).

CR 3.2 Required materials, equipment and tools are prepared according to the repair process to be followed.

CR 3.3 The drawing and making of templates, preparation and setting of the part is performed according to the selected repair process.

CR 3.4 The area to be repaired is prepared (cleaning, machining and conditioning, depending on the damage) with the selected materials and equipment.

CR 3.5 The conformation of heat deformations in flexible or semi-rigid thermosetting plastic materials (on-board boards, paragolpes, among others) is performed in such a way that the original form is recovered.

CR 3.6 The repair of thermostable composite materials is made with adhesives and contribution fibers (glass, carbon, synthetic, among others) according to the repair processes given by the manufacturer to obtain the piece regains its original shape and dimensions.

CR 3.7 The basic maintenance operations of the facilities, the equipment and the tools used are carried out according to the technical specifications and preserving their functionality.

Professional context:

Production media:

Profilers, disbarters, machine for applying heat points with electrode. Multi-function deabolishment equipment. Hot air blowers (decapors), drills, milling machines, adhesives for application of adhesives. Chapista-specific tools (tases, sinks, hammers, levers, bodywork limes and picar lime). Assemblies or elements of metal materials (fins, doors, ceilings, among others). Assemblies or elements of plastic materials or composite materials (capo, paragolpes, among others). Complete vehicles. Personal protective equipment (protective gloves, safety glasses, mask, stoppers or helmets, safety footwear).

Products and results:

Repaired non-structural metallic elements recovered their original shape. Thermoplastic synthetic materials of repaired vehicle body elements. Thermostable synthetic materials and composite materials of vehicle body elements formed or repaired.

Information used or generated:

Manufacturer's technical manuals. Management manuals for the different teams. Work orders of the workshop head or section manager. Computer media. Applicable rules for the prevention of occupational risks and environmental protection. Applicable bibliography.

Competition Unit 3: Replace and/or repair non-structural fixed elements of the vehicle in whole or in part

Level: 2

Code: UC0129_2

Professional realizations and realization criteria:

RP 1: Perform partial or total disassembly of damaged non-structural fixed elements of the bodywork for replacement according to the manufacturer's specifications and complying with the standards of occupational risk prevention and applicable environmental.

CR 1.1 The cutting zones and the process of joining the parts to be replaced are determined according to the vehicle manufacturer's specifications.

CR 1.2 The individual protection machines, tools, and equipment to be used are selected based on the operations to be performed.

CR 1.3 The delimitation or layout of the part to be disassembled is in accordance with the manufacturer's recommendations, according to existing damage.

CR 1.4 The cut or unsewn operation is executed according to the procedure established by the manufacturer without the element or elements adjacent to the dismounted part suffering any damage or deterioration.

CR 1.5 The basic maintenance operations of the facilities, the equipment and the tools used are carried out according to the technical specifications and preserving their functionality.

RP 2: Prepare the replacement part for assembly by presenting it according to the parts given by the manufacturer and preparing the union area in the body according to the manufacturer's specifications.

CR 2.1 Individual protective equipment (mechanical protective gloves, safety glasses, mask, plugs or helmets, safety footwear) are selected using the entire working process.

CR 2.2 The choice of tools to execute the preparation of the junction zone is in accordance with the characteristics of the process and the materials to be joined.

CR 2.3 The profiling of the join zones is performed according to the job process.

CR 2.4 The cleaning of the junction zones is done by removing the waste from the unmount and profiling operations.

CR 2.5 The fixing of the piece for subsequent attachment is performed according to the original bounds.

CR 2.6 Anti-corrosive or tightness protection, if applicable, is performed according to the manufacturer's standards.

CR 2.7 The preparation of the type of attachment is consistent with the characteristics of resistance, coating, among others.

CR 2.8 The basic maintenance operations of the facilities, equipment and work tools used are performed according to the technical specifications, preserving their functionality.

RP 3: Run the junction of the part on the bodywork for replacement by applying the welding techniques specified by the manufacturer and complying with the standards of prevention of occupational and environmental risks applicable.

CR 3.1 Individual protective equipment (mandil, polains, sleeves, welding gloves, soldering, safety footwear, among others) are selected using throughout the entire working process.

CR 3.2 The choice of the machine to execute the welding and the input material and deoxidants is in accordance with the characteristics of the process and the materials to be attached.

CR 3.3 Point welding is performed by regulating the intensity, time, sharpening, and alignment of electrodes according to the type of attachment.

CR 3.4 Semi-automatic welding is performed by adjusting the intensity, gas pressure and the wire speed are suitable for binding.

CR 3.5 Electrical welding is executed by selecting the intensity and the electrode according to the type of join to be performed.

CR 3.6 Welding is executed in compliance with the technical specifications defined by the manufacturer, obtaining the required binding characteristics.

CR 3.7 The framing of the replaced part with the adjacent parts is checked by the manufacturer's defined measures and tolerances.

CR 3.8 The basic maintenance operations of the facilities, the equipment and the tools used are performed according to the technical specifications, preserving their functionality.

RP 4: Realize the replacement part to the structure for restitution by riveting and pasting compliance with applicable labor and environmental risk prevention standards.

CR 4.1 Individual protective equipment (protective gloves, safety glasses, mask, safety footwear, among others) are selected using the entire work process.

CR 4.2 The surfaces to be joined are prepared according to the manufacturer's indications, drilling and grinding (aluminium with silicate abrasive or nickel chrome wire brush; steel with sandpaper or stainless steel brush) and cleaning them with solvent.

CR 4.3 The adhesive is prepared by following the manufacturer's instructions (preheating and reactivation) by applying it, with spatula or pistol, in a homogeneous manner and with the thickness indicated by the manufacturer.

CR 4.4 The surfaces to be attached are positioned by securing their contact and immobilizing the assembly with the pressure devices (presillas, jaws, suction cups, among others) established by the manufacturer.

CR 4.5 The selected rivets (blind, self-piercing, among others) are applied by checking that they are the ones indicated by the manufacturer for the specific binding that is performed and verifying their application through inspection visual.

CR 4.6 The sealant is applied at the seams of the pieces together if necessary.

CR 4.7 The fitting of the replaced part with the adjacent parts is checked by the manufacturer's defined measures and tolerances.

CR 4.8 The basic maintenance operations of the facilities, equipment and work tools used are performed according to the technical specifications, preserving their functionality.

CR 4.9 Waste is stored in compliance with applicable environmental regulations.

Professional context:

Production media:

Electrical Welding by points, electric welding equipment with semi-automatic gas (continuous thread), cutting-edge, pneumatic or electric cuts, alternative saw, circular saw, profiler, rivets (electric and (b) Tools of the track (hammers, limes of passing, tases, levers, tranches, mallets, among others). Tools for aluminium foil (aluminium, teflon or nylon hammers, wooden tases, wood, rubber or nylon nylon, among others). Adhesives (bicomponent polyurethane, epoxy resins, acrylics, modified silenes, among others). Adhesive application guns (pneumatic, electric, among others), spatulas. Personal protective equipment (protective gloves, safety goggles, mask, safety footwear, mandil, polains, sleeves, welding gloves, soldering cards, among others). Assemblies or elements of non-structural metal materials (fins, capes, doors, roofs, sides, etc.), on which welded, riveted and glued joints are made. Complete vehicles.

Products and results:

Non-structural fixed elements damaged from the bodywork, partially or completely dismantled. Spare parts positioned for mounting. Parts joined by welding. Pieces joined together by pasting and riveting.

Information used or generated:

Manufacturer's technical manuals, with partial drawings where original cotas are reflected. Sketches and transformations schemes. Management manuals for the different teams. Work orders of the Head of Workshop or section manager. Computer media. Applicable rules for the prevention of occupational risks and environmental protection. Applicable bibliography.

Forming Module 1: Unmovable Elements

Level: 2

Code: MF0127_2

Associated with UC: Replace and/or repair removable elements of a vehicle

Duration: 180 hours

Assessment Capabilities and Criteria:

C1: Analyze the different types of joins of the removable elements, accessories and guarnities, determining the methods, equipment, and means required.

CE1.1 Describe the different types of removable, articulated or fixed joints of metal and synthetic elements of the vehicle relating to the methods, equipment and means necessary for carrying out the operations of disassembly and assembly of the same.

CE1.2 Classify the different types of threads used in vehicles, identifying them.

CE1.3 different types of glues, accelerants and putty, relating them to the materials to be joined.

CE1.4 In a practical case of repair of a bodywork involving the disassembly and assembly of removable elements (hood, door, among others), accessories or guarnishes:

-Identify the items to be unmounted according to the previous diagnosis and the job plan.

-Select the technical documentation by determining the parameters involved.

-Choose the method and work teams based on the type of join to separate and the characteristics of the materials.

C2: Operate on the different types of joins of the removable elements, accessories and guarnities, using the necessary methods, equipment and means, applying the quality criteria.

CE2.1 In a practical case of dismounting and mounting a removable element attached to the bodywork by a bolted joint (bonnet, fin, among others):

-Unmount the item to be replaced by checking its status.

-Position the replacement element according to the set of rules.

-Set the part with the screws specified in the work process.

-Apply the tightening pairs set by the manufacturer.

-Verify the final adjustment of the element by checking its alignment with the adjacent pieces.

CE2.2 In a practical case of replacing or repairing a removable element attached to the bodywork with a attached attachment (moons, moldings, among others) to be disassembled:

-Cut the attachment of the item and clean the product debris according to the work process.

-Prepare the join zones by applying anchor products, if necessary, in support and new part according to product manufacturer specifications.

-Mix the components of the adhesive products as indicated by the manufacturer.

-Position the replacement element according to the cotas set by the manufacturer for subsequent attachment.

-Apply the fixing products according to the thickness indicated by the manufacturer.

-Verify that the pasted elements reach the quality required by the manufacturer.

-Verify the final adjustment of the element by checking its alignment with the adjacent pieces or zones.

CE2.3 In a practical case of replacing a removable element attached to the bodywork by a riveted junction to be removed and reassembled:

-To drill the join zone to remove the rivets, taking into account the tolerances of the drill to be executed.

-Prepare the zone by cleaning up the waste from the unmounted zone.

-To be drilled for the remachined part of the piece, taking into account the tolerances of the drilling to be carried out.

-Apply the selected rivets by checking that they are the ones indicated by the manufacturer.

-Check through visual inspection that the obtained rivet joins meet the specifications of a standard rivet (alignment of rivet heads, penetration, among others).

-Verify that the riveted elements meet the functional characteristics specified by the manufacturer and/or required needs.

-Verify the final adjustment of the element by checking its alignment with the adjacent pieces.

C3: Analyze the various mechanical, hydraulic, pneumatic or electrical elements that may be affected by interfering in the body repair operations, in order to select the methods, equipment and media required.

CE3.1 Describe the elements that make up the vehicle's mechanical, hydraulic or pneumatic systems: suspension, steering, engine cooling, intake and exhaust systems, among others, indicating the functions of each one of the elements.

CE3.2 Describe the elements that make up the electric and comfort systems of the vehicle: lighting, manoeuvring, signalling, air conditioning, windscreen wiper, lifting, among others, indicating the functions of each of the elements.

CE3.3 In a practical case of repairing damage to a bodywork (front stroke, side blow, among others) where mechanical, hydraulic, pneumatic or electrical elements that must be affected are affected or interfered with. unmounted and backed out:

-Detect elements (mechanical, hydraulic, pneumatic, or electrical) that interfere with the proposed repair are affected or not.

-Choose the unmount and mount procedure, determining the parameters involved and explaining the characteristics of the selected equipment.

-Select the technical documentation based on the selected procedure.

C4: Operate on different mechanical, hydraulic, pneumatic and electrical elements with the equipment and tools, according to the manufacturer's technical specifications.

CE4.1 In a practical case of vehicle body repair affecting or interfering with the suspension and steering system:

-Unmount, mount or replace simple elements that can be affected by deformations suffered on the bodywork according to manufacturers ' instructions.

-Use the appropriate brakes for each join type.

-Apply the tightening pairs set by the manufacturer.

-Apply the reglages specified in the technical documentation.

-Verify the final system operation by checking the absence of holgures, noises, and vibrations.

CE4.2 In a practical case of vehicle body repair affecting or interfering with the cooling and air conditioning system:

-Unmount, mount or replace simple elements, which may be affected by deformations suffered on the bodywork according to the manufacturer's instructions.

-Repose the refrigerant liquid indicated by the manufacturer.

-Verify the final system operation by checking the operating temperature and the absence of leaks in the circuit with the control equipment.

CE4.3 In a practical case of vehicle body repair affecting or interfering with the intake or exhaust system:

-Unmount, mount or replace elements that may be affected by deformations suffered on the bodywork, as instructed by the manufacturer.

-Apply the manufacturer's indicated tightening and adjustment in the exhaust set, silent, catalyst, particle filters, intake and filters, among others.

-Verify the final system operation by checking that there are no leaks, air shots, or vibrations.

-Handle particulate catalysts and filters by applying environmental safety techniques for the handling of polluting materials.

CE4.4 In a practical case of vehicle body repair affecting or interfering with the lighting and manoeuvring systems (front headlamp):

-Unmount, mount or replace the elements that may be affected by the deformations suffered on the bodywork, according to the manufacturer's instructions.

-Apply system reglages, adjusting the necessary parameters of luminosity, height and distance of lighting of the different elements according to norms, verifying the final system operativity.

-Apply basic maintenance of installations and equipment according to technical specifications.

Capabilities whose acquisition must be completed in a real work environment:

C2 full; full C4.

Other capabilities:

Prove a good professional.

Demonstrate some autonomy in solving small contingencies related to your activity

Adapt to organization, organizational and technological changes as well as new situations or contexts.

Interpret and execute work instructions.

Transfer information clearly, in an orderly, structured, clear and precise manner respecting the channels established in the organization.

Learn new concepts or procedures and effectively leverage training using acquired knowledge.

Contents:

1. Constitution of the vehicle

Body types and their characteristics.

Types of cabins and chassis. Features.

Auxiliary equipment of public works machinery and agricultural machinery.

Movable elements of the vehicle (interior and exterior). Types. Function. Features.

2. Machining procedures

Metrology. Measurement systems. Measuring devices (king foot, micrometer, goniometer, comparator, among others).

Limon and serrated processes. Types of saws and limes. Features.

Rossed. Processes. Threaded parameters. Types of threads. Features.

Talent. Processes. Parameters. Types of threads.

3. Detachable junctions

Types of junctions: removable, articulated, fixed.

Join characteristics and used elements.

Technical and procedures for joining non-structural elements, accessories and guarnables.

Typical products used in pasted joins.

4. Mechanical, hydraulic, pneumatic and electric vehicle systems that may interfere with body repair operations

System description (suspension, steering, engine cooling, lighting and maneuver, air conditioning, intake and exhaust systems; closing and lifting mechanisms, among others). Types. Functions. Features.

Replacement procedure, settings, and reglages.

5. Direction Cotas

Convergence, divergence, balanced.

6. Moons (driveways and pastes)

Types of car moons. Functions and features.

Types of damage to the moons (surface wear, cracks, etc.) and their characteristics.

Replacement and repair techniques and procedures. Tools and equipment.

7. Personal health and safety standards, equipment and media handling

Risks in the body area.

Safety signage at the workshop.

Prevention and collective protection.

Personal protection equipment.

Safety rules in the handling of equipment.

Personal protection equipment.

Waste Management.

Training context parameters:

Spaces and installations:

The spaces and facilities will provide a response, in the form of a classroom, a workshop, a workshop of practices, a laboratory or a singular space, to the training needs, according to the Professional Context established in the Unit Partner competence, taking into account applicable regulations of the productive sector, prevention of occupational risks, occupational health, universal accessibility, universal design or design for all persons and environmental protection.

Professional profile of trainer or trainer:

1. Domain of knowledge and techniques related to the replacement and/or repair of movable elements of a vehicle, which shall be accredited by one of the following two forms:

-Level 1 academic training (Spanish Framework of Qualifications for Higher Education) or other higher level education related to the professional field.

-Professional experience of a minimum of 3 years in the field of competencies related to this training module.

2. Accredited pedagogical competence in accordance with what is established by the competent administrations.

Forming Module 2: Metal and Synthetic Elements

Level: 2

Code: MF0128_2

Associated with UC: Perform Repair of Metal and Synthetic Elements

Duration: 180 hours

Assessment Capabilities and Criteria:

C1: Analyze the types of deformation that the metal elements can undergo by selecting the repair systems, equipment, and necessary tools.

CE1.1 Describe the types of steel, smelters and light alloys, most used in vehicle manufacturing, relating to their characteristics.

CE1.2 Explain the diagnostic techniques used in the repair of metal elements (visual, touch, sanding, among others) describing their work process.

CE1.3 Explain the various operations that comprise the repair processes (deabolishment, veneer repass, sheet metal, traction), taking into account the relationship that exists between them.

CE1.4 In a practical case of repairing a metal element of the deformed steel (fin) body:

-Identify the damaged item indicating the zone to be repaired.

-Select the repair system based on the type of damage observed.

-Determine measures, parameters to be obtained in the repair by analyzing the technical documentation.

-Choose individual protection materials, tools, and equipment to be used based on the selected method.

CE1.5 In a practical case of repairing a metal element of the deformed body (rear side) of aluminium:

-Identify the damaged item indicating the zone to be repaired.

-Determine the required repair system based on the type of damage.

-Get the metrics and parameters to use in the repair by analyzing the technical documentation.

-Choose individual protection materials, tools, and equipment to be used based on the selected method.

C2: Operate on the types of deformation of metal elements with the established equipment and tools, giving them back the original shapes and bounds.

CE2.1 Repair different types of damage of metal elements in areas with easy access (internal trunk, among others) and areas with difficult access (wheel passes, among others) using mechanical and thermal.

CE2.2 In a practical case of conformation on metal elements of steel that involve recovering the original shapes and bounds (fins, doors, among others):

-Identify the damaged item indicating the zone to be repaired.

-Select the individual protection tools and equipment to be used depending on the damage situation to repair.

-Conform dents with inertia hammer.

-Repair the dents with hammer, tas, and face.

-Verify that the element has recovered the original shape according to the technical documentation.

-Apply basic preventive maintenance of facilities and equipment used according to technical specifications.

CE2.3 In a practical case of conformation on metallic aluminium elements that involve recusing the original shapes and bounds (fins, doors, among others):

-Identify the damaged item indicating the zone to be repaired.

-Select the individual protection tools and equipment to be used depending on the damage situation to repair.

-Conform dents with inertia hammer.

-Repair the dents with hammer and tas.

-Verify that the element has recovered the original shape according to the technical documentation.

-Apply basic preventive maintenance of facilities and equipment used according to technical specifications.

C3: Analyze the mechanical properties of plastic and composite materials by interpreting results or conducting tests to obtain their characteristics.

CE3.1 Describe the types and nature of plastics and composite materials most used in vehicles by relating them to their properties.

CE3.2 Describe the elasticity, deformability, and flexibility assays of thermoplastic, thermostable and composite materials relating to their properties.

CE3.3 Describe the diagnostic techniques used for the identification of synthetic elements (flame testing, code identification) and the relationship between them.

CE3.4 Apply the behavioral tests of the material to the heat explaining the results obtained.

C4: Analyze the repair process and the types of deformations that can be subjected to the elements of plastic and composite materials, in order to select the method of repair.

CE4.1 Define the various methods of plastic repair (welding, adhesives and conformation) by relating them to their application conditions.

CE4.2 Apply the layout and conformed of the required templates and media according to the item or subset repair plan.

CE4.3 In a practical scenario of repairing an element of plastic or composite material that involves the restitution of its original forms:

-Identify material according to established procedure (code).

-Identify the damaged item indicating the zone to be repaired.

-Determine the repair method by querying the technical documentation.

-Determine tools, materials, and individual protective equipment to be used according to the selected repair method.

C5: Operate on elements of plastic or composite material with established equipment, tools and materials, giving them back the original shapes and characteristics.

CE5.1 In a practical scenario of repairing a thermoplastic element of a paragolpes by welding with heat and input rod:

-Identify the type of plastic according to established procedure.

-Select the individual tools, materials, and protective equipment to be used according to the selected repair method.

-Prepare the part by removing the paint from the damaged area with the selected materials and equipment.

-Clean, mechanize, and condition the zone to be repaired according to work process.

-Soldar with input rod regulating the working temperature depending on the type of plastic.

-Assess the need to apply an internal reinforcement mesh by applying such a mesh if reinforcement is necessary.

-Mechanize the welded zone with strawberry and abrasive rod until the original shape of the part is obtained.

-Apply basic preventive maintenance of facilities and equipment used according to technical specifications.

CE5.2 In a practical case of repairing a piece of plastic or composite with adhesives (bonnet, fin, among others):

-Identify the type of plastic according to established procedure.

-Select the individual tools, materials, and protective equipment to be used according to the selected repair method.

-Apply the layout and conformed of reference templates and media required for repair.

-Apply the various sanding processes of the joins depending on the product or finish required.

-Select the technical documentation for your products for preparation.

-Mix the components of the products with the correct proportions, which allow the repair of laminated plastics, injected and composite materials, achieving the original form and function.

-Apply the products using the tools (spatula, brush, application gun, among others) taking into account the layer thickness, the time between layers, loads and reinforcements, according to the manufacturer's specifications.

-Apply the various finishing processes, to ensure that the part picks up the original shapes and features.

-Apply basic preventive maintenance of facilities and equipment used according to technical specifications.

CE5.3 In a practical scenario of repairing plastic materials by conformation (bonnet, fin, among others):

-Identify the type of plastic according to established procedure.

-Select the individual tools, materials, and protective equipment to use.

-Heat the deformed zone, applying pressure on the surface of the part until it recovers the initial shape.

-Apply basic preventive maintenance of facilities and equipment used according to technical specifications.

Capabilities whose acquisition must be completed in a real work environment:

C2 with respect to CE2.2 and CE2.3; C5 complete.

Other capabilities:

Finish the job based on criteria of suitability, speed, economy and effectiveness.

Maintain the work area with order and cleanup.

Adapt to organization, organizational and technological changes as well as new situations or contexts.

Interpret and execute work instructions.

Respect internal organization procedures and rules.

Communicate effectively with the right people at every moment, respecting the channels established in the organization.

Contents:

1. Metal materials used in bodies

Elements that make up the cutting of a body.

Composition and properties of ferric alloys. Special steels: high-strength or high-strength elastic.

Composition and properties of aluminium and other lightweight alloys used in vehicle bodies.

Variation of properties by thermal treatments.

2. Plastic materials and compounds used in vehicles

Types of plastics. Composition and characteristics. Behavior of the material to heat.

Composite Materials. Composition. Properties. Symbology. Identification.

Standard and marked symbology for the identification of plastic materials.

Identification of plastic materials with or without identification code.

3. Diagnosis of repair of metal, plastic and composite elements

Diagnostic methods: sanding, visual, touch, combs.

Damage classification methods (accessibility, form of damage, and geometry of the part in the zone).

4. Steel and aluminium metal element deabolishment techniques

Suffered. Tools. Work process.

Hit. Tools. Work process.

Stated and collected (cold and hot). Tools. Work process.

Other methods (suction cups, rods or steel levers, among others). Work process.

5. Methods and techniques involved in repair processes

Using inertia hammers.

Shaped of metal elements with hammers, sinks and tases.

Removing heat and cold stresses.

6. Methods for repairing plastic and composite materials

Welding repair.

Repair by adhesives.

Repair by conformation.

Tailoring templates and media for repair (plotting and shaping).

Adhesive application techniques, resins and putty.

Tools and equipment for repair.

7. Safety and occupational health regulations applicable in vehicle repair shops

Risks in the body area.

Safety signage at the workshop.

Prevention and collective protection.

Personal protection equipment.

Waste Management.

Training context parameters:

Spaces and installations:

The spaces and facilities will provide a response, in the form of a classroom, a workshop, a workshop of practices, a laboratory or a singular space, to the training needs, according to the Professional Context established in the Unit Partner competence, taking into account applicable regulations of the productive sector, prevention of occupational risks, occupational health, universal accessibility, universal design or design for all persons and environmental protection.

Professional profile of trainer or trainer:

1. Domain of knowledge and techniques related to the performance of the repair of metallic and synthetic elements, which will be accredited by one of the following two forms:

-Level 1 academic training (Spanish Framework of Qualifications for Higher Education) or other higher level education related to the professional field.

-Professional experience of a minimum of 3 years in the field of competencies related to this training module.

2. Accredited pedagogical competence in accordance with what is established by the competent administrations.

Forming Module 3: Non-structural Fixed Elements

Level: 2

Code: MF0129_2

Associated with UC: Replace and/or repair non-structural fixed elements of the vehicle in whole or in part

Duration: 150 hours

Assessment Capabilities and Criteria:

C1: Analyze the mechanical properties of metal materials, by interpreting test results that determine their characteristics.

CE1.1 Describe the cutting of the elements that make up a body, frame, and cabin or equipment, relating the function that each of them meets.

CE1.2 Explain the types of steel, smelters and light alloys, most used in vehicle manufacturing, relating to their characteristics.

CE1.3 Describe the properties of metal materials by explaining their variation when subjected to different heat treatments.

CE1.4 Explain the trials of metal materials by determining their characteristics.

C2: Analyze the separation processes of the various fixed elements by selecting the appropriate methods and equipment based on the type of join to be broken.

CE2.1 Describe the types of union used in vehicles (cocking, welding, pasting and riveting, among others) relating to their characteristics.

CE2.2 Relating metal element separation procedures to employee union media.

CE2.3 Explain the operation of the different machines and tools used to remove points and welding cords describing their types and characteristics as well as their use and maintenance.

CE2.4 Describe the various machines used in metal sheet cutting operations by explaining how they operate.

CE2.5 In a practical repair scenario involving the disassembly and replacement of a non-structural fixed element) by selecting the cutting equipment according to the existing damage and the manufacturer's specifications:

-Identify the element to be replaced, relating it to the type of join used.

-Determine the replacement method to be applied (full elements or partial sections) according to the manufacturer's documentation.

-Apply the layout of the cut that allows you to run it according to technical specifications.

-Select the cutting method by identifying the most suitable cutting equipment.

CE2.6 In a scenario of repair of a damaged bodywork involving the disassembly of a fixed non-structural element joined by welding:

-Select the individual protection machines, tools, and equipment to be used based on the work method.

-Remove welding points with milling machines and drilling machines.

-Remove soldering points with pneumatic and manual cuts.

-Apply the cut using the selected equipment (alternate saw, circular, among others).

-Verify that the cut operations performed conform to the manufacturer's specifications.

-Apply the basic maintenance of facilities and equipment used.

C3: Schedule the replacement part assembly by organizing the join zones according to the manufacturer's specifications.

CE3.1 Describe the element framing process by explaining the different tuning techniques.

CE3.2 Apply the replacement parts position according to the manufacturer's specifications and check its alignment with the adjacent elements.

CE3.3 In a scenario of preparing the replacement of a nonstructural fixed element according to the employee join system:

-Determine the necessary spare parts and assembly methods according to the manufacturer's technical specifications or requirements.

-Select the necessary tools, tools, and personal protective equipment according to the work to be performed.

-Pasing the join zones according to the work process.

-Clean the join zones by removing the debris from the unmount and profiling operations.

-Implement the binding to be performed by applying anti-corrosive or watertight protection if necessary.

-Position the parts according to the manufacturer's specifications, checking the alignment of the replaced elements with the adjacent parts.

-Set the part with the selected useful according to the type of join to be performed.

-Verify that replacement of parts saves technical specifications in terms of assembly methods and anti-corrosive protection.

C4: Apply the different pieces ' union techniques by selecting the equipment according to its characteristics.

CE4.1 Apply joints for welds on test pieces with different welding equipment by regulating the equipment (intensity, time, among others) depending on the material of the support (steel or aluminium) and the characteristics of the joins to be made (type of material, location, among others).

CE4.2 In a practical scenario of total or partial replacement of a non-structural fixed element to a joined body by welding:

-Select the welding equipment based on the type of joint to be performed (resistance by points, electric by arc and continuous thread under protective and soft gas).

-Select individual protective equipment (mandil, polains, sleeves, welding gloves, soldering, safety footwear, among others) using them throughout the entire work process.

-Apply the regulation of the parameters of the selected equipment (intensity, electrode, speed, gas pressure, among others) according to the characteristics of the union to be performed (type of material, location, between other).

-Verify the obtained welds by checking that they meet the specifications of a standard solder (resistance, melting edges, among others).

-Verify the soldiers elements by checking that the required functional characteristics are retrieved by the required manufacturer or needs.

-Apply basic maintenance of facilities and equipment used, according to technical specifications.

CE4.3 In a practical scenario of total or partial replacement of a non-structural fixed element attached to the bodywork by riveting and pasting:

-Select the necessary tools, tools, and personal protective equipment according to the work to be performed.

-Prepare the surfaces to join, drilling and grinding, as indicated by the vehicle manufacturer.

-Prepare the adhesive according to product indications, applying it with the thickness indicated by the manufacturer.

-Position the surfaces to join by securing the contact and fixing them.

-Quiesce the join zone with pressure devices (suction cups, jaws, among others).

-Apply the selected rivets by checking that they are the ones indicated by the manufacturer.

-visually inspect the obtained rivet joints by checking that they meet the specifications of a standard rivet (alignment of rivet heads, penetration, among others).

-Verify the riveted and pasted elements by checking that the functional characteristics specified by the manufacturer and/or required needs are retrieved.

-Apply maintenance of installations and equipment according to technical specifications.

Capabilities whose acquisition must be completed in a real work environment:

C2 with respect to CE2.6; C3 with respect to CE3.3; C4 with respect to CE4.2 and CE4.3.

Other capabilities:

Prove a good professional.

Demonstrate some autonomy in solving small contingencies related to their activity.

Adapt to organization, organizational and technological changes as well as new situations or contexts.

Interpret and execute work instructions.

Transfer information clearly, in an orderly, structured, clear and precise manner respecting the channels established in the organization.

Learn new concepts or procedures and effectively leverage training using acquired knowledge.

Contents:

1. Elements that make up the cutting of a bodywork

Elements that make up the cutting of a body.

Composition and properties of ferric alloys. Special steels: high-strength or high-strength elastic.

Composition and properties of aluminium and other lightweight alloys used in vehicle bodies.

Variation of properties by thermal treatments.

2. Types of fixed joins

Types of joins in steel and aluminum. Features.

Adhesives in the car. Characteristics of the attached joins.

Separation features and procedures.

Preparation of joins. Join processes.

3. Disassembly of fixed body elements

Graphical representation: sketch and bounded.

Simbology used by manufacturers for body repair processes.

Taladry and point milling.

Plotting and preparing the cut.

Tools for making the cut (cutting, alternate saw, circular saw, chisel, among others).

Total and partial replacement methods.

4. Welding methods

Prints and deoxidants used in welding processes.

Welding equipment.

Input materials used with the various welding methods.

Welding procedures: electrical welding by resistance points, continuous yarn welding under protective gas (MIG/MAG), MIG (MIG Brazing) strong welding, MIG welding of aluminium, soft welding.

Functions, features, and use of equipment.

5. Replacing fixed elements by pasting and riveting

Riveting and pasting techniques to replace non-structural fixed elements.

Fixed item replacement processes by pasting and riveting.

6. Standards for the prevention of occupational and environmental risks

Risks in the body area.

Safety signage at the workshop.

Prevention and collective protection.

Personal protection equipment.

Waste Management.

Training context parameters:

Spaces and installations:

The spaces and facilities will provide a response, in the form of a classroom, a workshop, a workshop of practices, a laboratory or a singular space, to the training needs, according to the Professional Context established in the Unit Partner competence, taking into account applicable regulations of the productive sector, prevention of occupational risks, occupational health, universal accessibility, universal design or design for all persons and environmental protection.

Professional profile of trainer or trainer:

1. Domain of knowledge and techniques related to the replacement and/or repair of non-structural fixed elements of the vehicle in whole or in part, which shall be accredited by one of the following two forms:

-Level 1 academic training (Spanish Framework of Qualifications for Higher Education) or other higher level education related to the professional field.

-Professional experience of a minimum of 3 years in the field of competencies related to this training module.

2. Accredited pedagogical competence in accordance with what is established by the competent administrations.

ANNEX IV

PROFESSIONAL QUALIFICATION: AUXILIARY VEHICLE BODY MAINTENANCE OPERATIONS

Professional Family: Transportation and Maintenance of Vehicles

Level: 1

Code: TMV194_1

General Competition

Perform auxiliary operations on vehicle body maintenance, following established instructions and procedures, in safety and with the required quality.

Competition Units

UC0620_1: Perform basic machining operations

UC0621_1: Unmount, mount, and replace simple removable elements of a vehicle

UC0622_1: Perform surface preparation auxiliary operations

Professional Environment

Professional Scope

Develops its professional activity in the area of maintenance and repair dedicated to the auxiliary or basic operations of maintenance of bodies, in entities of public or private nature, in small and medium-sized and large companies generally for hire or reward, irrespective of their legal form. It develops its activity depending on its case, functional and/or hierarchically of a superior. The principles of universal accessibility and universal design or design for all people are applied in the development of their professional activity according to the applicable regulations.

Productive Sectors

It is located in the automotive sector, in the subsector related to the maintenance and repair of motor vehicles and motorcycles.

Relevant Occupations and Jobs

The terms of the following relationship of occupations and jobs are used with a generic and omnicomprensivo character of women and men.

Helpers in the vehicle body area

Operators of vehicle panes and panes maintenance companies

Operators in CAT (Authorized Treatment Center)

Associated Training (240 hours)

Training Modules

MF0620_1: Basic Mechanized (90 hours)

MF0621_1: Basic removable element replacement techniques (90 hours)

MF0622_1: Basic surface preparation techniques (60 hours)

Competition Unit 1: Perform basic machining operations

Level: 1

Code: UC0620_1

Professional realizations and realization criteria:

RP 1: Carry out manual machining operations, under the supervision of a senior manager, in accordance with the procedure laid down by the manufacturer, in compliance with the applicable rules on the prevention of occupational risks and environmental protection, and with the required quality.

CR 1.1 The work area is prepared to facilitate the free access to the system or component in which it is involved, keeping it risk-free, protecting the parts of the vehicle susceptible to suffering damage in the development of operations.

CR 1.2 The products, materials, tools and equipment (saw, lime, hand shear, among others), previously selected by the senior manager, are prepared by adjusting to the instructions received and/or orders job.

CR 1.3 Cutting operations (cizalside and sawing) are executed by following instructions and checking with measuring devices (rule, goniometers and king's foot or gauge, among others) that the final piece conforms to the measurements collected in the plane.

CR 1.4 Thread-over machining operations are executed by following technical instructions in a plane or sketch.

CR 1.5 The liming operations are executed with the required limes, following instructions and checking with measuring devices (rule, goniometers and gauge or king foot, among others) that the cut line is marked set.

CR 1.6 The waste generated (parts manufacturing material, lids, among others) is collected for treatment, following the procedures laid down in the waste and protection management programme. environmental.

CR 1.7 The facilities, tools, tools and measuring equipment are kept clean, ordered and stored according to the criteria established by the company, collaborating with the rest of the staff.

RP 2: Perform machine-to-machine machining operations with electrical and pneumatic tools, under the supervision of a superior controller, according to the procedure established by the manufacturer, complying with the regulations applicable to the prevention of occupational risks and environmental protection, and with the required quality.

CR 2.1 The work area is prepared to facilitate the free access to the system or component in which it is involved, keeping it risk-free, protecting the parts of the vehicle susceptible to suffering damage in the development of operations.

CR 2.2 The products, materials, tools and equipment (shearing, drilling, vaiven electric saw and tape, among others), previously selected by the senior manager, are prepared by adjusting to the instructions received and/or work orders.

CR 2.3 The drilling operations are executed in compliance with the point marked by the top manager.

CR 2.4 The cutting operations are carried out according to the marked line established by the senior manager with the measuring devices (rule, goniometers and gauge or king foot, among others).

CR 2.5 The waste generated (parts manufacturing material, lids, drilling waste, among others) is collected for treatment, following the procedures laid down in the waste management programme and environmental protection.

CR 2.6 Facilities, tools, tools and measuring equipment are kept clean, ordered and stored by collaborating with the rest of the staff, applying the required and/or established procedures.

RP 3: Carry out welding operations under the supervision of the senior manager, following his instructions and the procedure established by the manufacturer, complying with the applicable regulations on the prevention of occupational risks and environmental protection, and with the required quality.

CR 3.1 The work area is prepared to facilitate the free access to the system or component in which it is involved, keeping it risk-free, protecting the parts of the vehicle susceptible to suffering damage in the development of operations.

CR 3.2 The tools, materials, consumables (input rods, yarn coils, electrodes, among others) and deoxidants (sprays, powders, among others), previously selected by the senior manager are prepared in function of the type of material, required quality and availability of equipment to perform the welding.

CR 3.3 The pieces or elements to be joined are cleaned and prepared with specific degreasing and decapants depending on the material (metallic or synthetic).

CR 3.4 The pieces to be joined by welding are fastened with tools (jaws, carpenters, among others) ensuring the welding.

CR 3.5 The job parameters are regulated under the supervision of the top manager according to the instruction manual of the welding equipment to be used.

CR 3.6 Basic welding operations are carried out in compliance with the areas identified by the senior manager.

CR 3.7 The waste generated (parts manufacturing material, lids, drilling and welding waste, among others) is collected for treatment, following the procedures laid down in the management programme waste and environmental protection.

CR 3.8 Facilities, tools, tools and equipment are kept clean, ordered and stored by collaborating with the rest of the staff, applying the required and/or established procedures.

Professional context:

Production media:

Piece-making materials. Measuring instruments (rules, calibers or king's foot, among others). Consumables (electrodes, rods, among others), deoxidants. Bits. Machine-to-machine equipment (shearing, drilling machine, vaiven electric saw and ribbon, among others). Jaws, carpenter cats. Hand tools (saws, limes, threading equipment, among others). Personal protective equipment (PPE ' s).

Products and results:

Pieces made, machined and prepared for use or for welding. Defined methods, procedures, and sequence of operations.

Information used or generated:

Work orders, sketches, simple manufacturing plans, use manuals for the different teams. Guided computer media. Applicable rules for the prevention of occupational risks and environmental protection.

Competition Unit 2: Unmount, mount and replace simple removable elements of a vehicle

Level: 1

Code: UC0621_1

Professional realizations and realization criteria:

RP 1: Perform the dismantling and assembly of metal and synthetic removable elements of the body of a vehicle with articulated or fixed joints, under the supervision of a superior controller, according to the procedure established by the manufacturer, complying with the applicable regulations on the prevention of occupational risks and environmental protection, and with the required quality.

CR 1.1 The work area is prepared to facilitate the free access to the system or component in which it is involved, keeping it risk-free, protecting the parts of the vehicle susceptible to suffering damage in the development of operations.

CR 1.2 Products, materials, tools and equipment, previously selected by the senior manager, are prepared by adjusting to the instructions received and/or work orders.

CR 1.3 The auxiliary elements (mirrors, guarantors, logos, embellishments, manillas, logos, registration plates, among others) damaged and adjacent that may be affected by the intervention are mounted and unmounted operating in its protective elements (lids, logs and plugs), connection (connectors) and attachment (such as screws, staples and pins) using the tools and tools indicated by the manufacturer and following instructions.

CR 1.4 The removable elements with articulated joints (doors, bonnet, rear gate, paragolpes, roof guard, dashboard, closure and lifting systems of moons) are dismounted undoing the threaded joints, riveted, cocked, glued or clinched, using the tools and tools indicated by the manufacturer and following instructions.

CR 1.5 Anti-ring and anti-vibration sheets are separated using the tools and tools indicated by the manufacturer and following instructions.

CR 1.6 The removable or fixed joints between the vehicle and the removable element (already repaired or the new one replacing it) are made using the tools and tools indicated by the manufacturer and following instructions.

CR 1.7 The generated waste (adhesives, masillas, plastics, among others) is collected for treatment in accordance with the procedures laid down in the waste management and environmental protection program.

CR 1.8 Facilities, tools, tools and measuring equipment are kept clean, sorted and stored correctly, following the criteria set by the company, collaborating with the rest of the staff.

RP 2: Carry out maintenance operations on the vehicle's glazed elements, following instructions from a senior manager, in accordance with the procedure laid down by the manufacturer, in compliance with the applicable rules of prevention of occupational risks and environmental protection, and with the required quality.

CR 2.1 The work area is prepared to facilitate the free access to the system or component in which it is involved, keeping it risk-free, protecting the parts of the vehicle susceptible to suffering damage in the development of operations.

CR 2.2 The products, materials, tools and equipment, previously selected by the senior manager, are prepared by adjusting to the instructions received and/or work orders.

CR 2.3 The auxiliary elements (rear-view mirrors, cameras, door guards, guides, adhesive sheets and electric lift motors, among others) affected by the intervention are mounted and unmounted operating in their protection elements (lids, logs and plugs) and fixing (such as screws, staples and pins) using the tools and tools indicated by the manufacturer.

CR 2.4 The removal of the junction of the windscreen-damaged windscreen with the bodywork is carried out by working with the senior manager, following instructions and using the tools and tools indicated by the manufacturer.

CR 2.5 The assembly zone of the new windshield is prepared by completely removing the adhesive and putty debris.

CR 2.6 The placement of the new windscreen at its location in the vehicle is carried out by collaborating with the senior manager following instructions and using the tools and tools indicated by the manufacturer.

CR 2.7 The generated waste (glass, adhesives, putty, among others) is collected for treatment, following the procedures laid down in the waste management and environmental protection program.

CR 2.8 Facilities, tools, tools and measuring equipment are kept clean, sorted and stored correctly, following the criteria set by the company, collaborating with the rest of the staff.

RP 3: Perform repair operations of synthetic elements of the vehicle body under the supervision of a superior controller, in accordance with the procedure established by the manufacturer, in compliance with the applicable regulations prevention of occupational risks and environmental protection, and with the required quality.

CR 3.1 The work area is prepared to facilitate the free access to the system or component in which it is involved, keeping it risk-free, protecting the parts of the vehicle susceptible to suffering damage in the development of operations.

CR 3.2 The products, materials, tools and equipment, previously selected by the senior manager, are prepared by adjusting to the instructions received and/or work orders.

CR 3.3 The edges of the parts to be welded are prepared, making the bezel with the angle indicated by the upper controller.

CR 3.4 The ends of the cracks are carved through the entire piece following instructions.

CR 3.5 The waste generated is collected for treatment, following the procedures laid down in the waste management and environmental protection programme.

CR 3.6 Facilities, tools, tools and measuring equipment are kept clean, sorted and stored correctly, following the criteria set by the company, collaborating with the rest of the staff.

Professional context:

Production media:

Electrical or pneumatic tools for cutting adhesives, rivets, staplers, spundoers, plastic drilling machines, among others. Hand tools: screwdriver, keys (fixed, cushioning, star, among others). Tools for the replacement of moons: thermal knife, piano rope, suction cups, among others. Manufacturer's specific use. Assemblies or elements of metallic and synthetic materials (motor hood, fins, doors, rear doors, paragolpes, among others). Glass and composite elements (laminated windscreen and side and rear glazing). Personal protective equipment (PPE ' s).

Products and results:

Dismantling and mounting of body removable elements. Disassembly and assembly of simple elements that interfere with the replacement of removable body elements.

Information used or generated:

Work Orders. Manufacturer's technical documentation manuals. Manuals for use of the different equipment. Guided computer media. Applicable rules for the prevention of occupational risks and environmental protection.

Competition Unit 3: Perform auxiliary surface preparation operations

Level: 1

Code: UC0622_1

Professional realizations and realization criteria:

RP 1: Perform auxiliary operations for preparing and conditioning vehicle body surfaces for a subsequent application of the treatment of funds, under the supervision of a superior controller, according to the the procedure laid down by the manufacturer, complying with the applicable rules on the prevention of occupational risks and environmental protection, and with the required quality.

CR 1.1 The work area is prepared to facilitate the free access to the system or component in which it is involved, keeping it risk-free, protecting the parts of the vehicle susceptible to suffering damage in the development of operations.

CR 1.2 Products, materials, tools and equipment, previously selected by the senior manager, are prepared by adjusting to the instructions received and/or work orders.

CR 1.3 The edge sanding of the damaged area is performed using the tools and tools indicated by the manufacturer and according to the established procedure.

CR 1.4 The cleaning, degreasing and pickling of the old paint are done leaving the pieces ready to receive the subsequent treatments.

CR 1.5 The waste generated (paint debris, varnish, among others) is collected for treatment, following the procedures laid down in the waste management and environmental protection program.

CR 1.6 Facilities, tools, tools and measuring equipment are kept clean, sorted and stored correctly, following the criteria set by the company, collaborating with the rest of the staff.

RP 2: Perform the masking and protection of the areas of the vehicle adjacent to the areas to be painted, under the supervision of a superior, according to the procedure established by the manufacturer, complying with the regulations applicable to the prevention of occupational risks and environmental protection, and with the required quality.

CR 2.1 The work area is prepared to facilitate the free access to the system or component in which it is involved, keeping it risk-free, protecting the parts of the vehicle susceptible to suffering damage in the development of operations.

CR 2.2 The products, materials, tools and equipment, previously selected by the senior manager, are prepared by adjusting to the instructions received and/or work orders.

CR 2.3 The masked is done using the media and applying the procedures set by the manufacturer.

CR 2.4 The waste generated is collected for treatment, following the procedures laid down in the waste management and environmental protection programme.

CR 2.5 The facilities, tools, tools and measuring equipment are kept clean, sorted and stored correctly, following the criteria established by the company, collaborating with the rest of the staff.

RP 3: Perform auxiliary operations for the beautification of surfaces of the vehicle body, under the supervision of a superior, according to the procedure established by the manufacturer, complying with the regulations applicable to the prevention of occupational risks and environmental protection, and with the required quality.

CR 3.1 The work area is prepared to facilitate the free access to the system or component in which it is involved, keeping it risk-free, protecting the parts of the vehicle susceptible to suffering damage in the development of operations.

CR 3.2 The products, materials, tools and equipment, previously selected by the senior manager, are prepared by adjusting to the instructions received and/or work orders.

CR 3.3 Unmasked is done before the paint is dry, checking the total removal of the masked products.

CR 3.4 The cleaning of paint guns (water and solvent) is carried out using the machine gun cleaning machine corresponding to the type of paint and following the procedure established by the manufacturer.

CR 3.5 The brightening operations are performed, if necessary and according to instructions, checking that the area where you have intervened has been uniform.

CR 3.6 The pistol cleaning machine is cleaned according to the procedure established by the manufacturer.

CR 3.7 The final cleaning for the delivery of the vehicle is carried out by checking that no debris remains from the interventions made.

CR 3.8 The waste generated is collected for treatment, following the procedures laid down in the waste management and environmental protection programme.

CR 3.9 Facilities, tools, tools and measuring equipment are kept clean, sorted and stored correctly, following the criteria set by the company, collaborating with the rest of the staff.

Professional context:

Production media:

abrasive, rotary, vibratory and roto-orbital livers. Aspiration plants. Aspirational planes. Degreasing and cleaning products. Masked products, equipment and tools. Assemblies or elements of metal materials (capes, fins, doors, bodies, etc.). Sets or elements of synthetic materials (fins, parolages, gates, etc.). Personal protective equipment (PPE ' s).

Products and results:

New or repaired metal or synthetic surfaces, to which surface preparation treatment is required. Surfaces sanded, clean and degreased. Masked and unmasked from areas surrounding areas to be painted.

Information used or generated:

Manufacturer's technical manuals, with partial drawings where original cotes are given. Management manuals for the different teams. Work orders from the workshop manager, section manager, or a top-level technician.

Forming Module 1: Basic Mechanized

Level: 1

Code: MF0620_1

Associated with UC: Perform basic machining operations

Duration: 90 hours

Assessment Capabilities and Criteria:

C1: Apply manual and machine machining techniques, relating to the required products, equipment and tools.

CE1.1 List manual cutting techniques by road boot.

CE1.2 Classify the different types of limes, taking care of their chopped and shape.

CE1.3 Identify the different types of saw blades by relating them to the material to be cut and the cutting speed.

CE1.4 Describe the various types of threads relating to possible uses in the car.

CE1.5 Identify the different types of sandbox and support according to the material to be sanded.

CE1.6 Apply usage instructions using media and equipment.

CE1.7 Apply waste management regulations, relating it to the collected collection containers.

CE1.8 Describe the risks of the machining workshop by identifying EPIs and safety signage in the workshop.

C2: Operate with appliances, machines, equipment and tools, used in machining work.

CE2.1 In a practical machining case, involving measurements (linear, angular, thread, among others) with different devices:

-Apply the measures with the required precision.

-Apply different measurement procedures (rule, goniometers, and king's foot or gauge) by explaining how it works.

CE2.2 In a practical manual machining scenario, which involves performing serrated, limated, threaded operations:

-Prepare the tools and tools selected by a top-level manager to allow manual machining.

-Properly handle the required cutting tools.

-Set the thread type classification.

-Adjust the final finish to measures.

CE2.3 In a practical, machine-to-machine scenario involving drilling, sawing, liming, cutting with shear:

-Successfully Mount the tools or tools required for each operation.

-Handle each machine properly.

-Explain the drilling process.

-Relate different types of bits with the materials to be drilled, explaining the parts that make up them and the angles that characterize them (cutting angle, flashing, among others).

-Adjust the final finish to measures.

C3: Apply auxiliary operations required to perform welding operations by a senior manager related to products, equipment, and tools.

CE3.1 Describe the types of welding by distinguishing the welding equipment used.

CE3.2 Identify products used in welding (consumables, antioxidants, and input materials) by relating them to the type of welding.

CE3.3 Identify cleaning products (degreasing, pickling, among others) welding employees.

CE3.4 In a practical welding scenario, describe the procedure to prepare the parts for the welding:

-Protect vehicle parts that prevent damage to operations.

-Perform the attachment of parts.

-Prepare the border to join by holding the pieces with the appropriate tools.

-Prepare the consumable according to the welding to be used.

-Clean the pieces or items to join.

-Perform simple welded joins with the indicated equipment.

CE3.5 Use individual protective equipment used for the preparation of parts and materials to enable welding.

CE3.6 Apply usage instructions using media and equipment.

CE3.7 Apply waste management regulations, relating it to the collected collection canisters.

Capabilities whose acquisition must be completed in a real work environment:

C2 complete; C3 with respect to CE3.4.

Other capabilities:

Take responsibility for the work you are developing.

Transmit information clearly, in an orderly, structured, clear and precise manner respecting the channels established in the organization.

Interpret and execute the work instructions.

Communicate effectively with the right people at every moment, respecting the channels established in the organization.

Maintain the work area with the degree of order and cleanliness required by the organization.

Maintain an assertive, empathetic and conciliatory attitude to others by demonstrating cordiality and kindness in dealing.

Contents:

1. Graphical representation and metrology

Rendering parts. Normalized views. Bounded. Direct measuring devices.

Measure appliances by comparison.

2. Machining techniques, manual and machine union

Threaded techniques.

Limon techniques.

Manual and machine cutting techniques with chip or shearing boot.

Unmountable join techniques.

Preparation techniques for welding. Welding equipment: Electric by bow, soft welding, welding of plastics.

Basic welding techniques.

Welding consumables.

Cleaning products.

3. Standards for the prevention of occupational risks and environmental impact in basic machining

Machining workshop risks.

Prevention and personal protection.

Individual Protection Equipment (EPIs).

Signage and security at the workshop.

Waste storage.

Training context parameters:

Spaces and installations:

The spaces and facilities will provide a response, in the form of a classroom, a workshop, a workshop of practices, a laboratory or a singular space, to the training needs, according to the Professional Context established in the Unit Partner competence, taking into account applicable regulations of the productive sector, prevention of occupational risks, occupational health, universal accessibility, universal design or design for all persons and environmental protection.

Professional profile of trainer or trainer:

1. Domain of knowledge and techniques related to basic machining operations, which shall be accredited by one of the following two forms:

-Level 1 academic training (Spanish Framework of Qualifications for Higher Education) or other higher level education related to the professional field.

-Professional experience of a minimum of 3 years in the field of competencies related to this training module.

2. Accredited pedagogical competence in accordance with what is established by the competent administrations.

Forming Module 2: Basic removable element replacement techniques

Level: 1

Code: MF0621_1

Associated with UC: Unmount, mount, and replace simple removable elements of a vehicle

Duration: 90 hours

Assessment Capabilities and Criteria:

C1: Operate with the tools, products and materials required in the disassembly and assembly of movable elements of the vehicle, according to established procedures.

CE1.1 Identify the different types of articulated or fixed joints of metal and synthetic elements of the vehicle relating to the methods, equipment and means necessary for performing the operations of disassembly and assembly of the same.

CE1.2 Identify the tightness elements used in the different junctions, relating them to their function.

CE1.3 In a scenario of dismantling and mounting removable elements with different types of joins:

-To drill the pieces taking into account the tolerances of the drill to be executed.

-Unmount items pasted following the sequence of established operations.

-Apply the tightening pairs by using the appropriate brakes on the mounting operations in which threaded elements are involved.

CE1.4 Use individual protective equipment by applying them to the replacement operations of vehicle removable elements.

CE1.5 Apply usage instructions using tools and equipment.

CE1.6 Apply waste management regulations, relating it to the collected collection containers.

C2: Operate on the replacement and/or repair of heated or pasted moons following established procedures.

CE2.1 Describe the different types of moons used in vehicles and their fixing systems, identifying them.

CE2.2 Identify the disassembly and mounting processes of different types of moons, describing their phases.

CE2.3 Describe the process of repairing laminated moons used in vehicles, differentiating their phases.

CE2.4 Identify the products used in the assembly and sealing of pasted moons, describing them.

CE2.5 In a scenario of replacing a windshield moon in a vehicle:

-Protect the areas of the vehicle adjacent to the moon to replace, following instructions.

-Help disassemble the moon to replace by removing leftover waste and cut the putty in necessary cases with appropriate means.

-Properly prepare the laminated moon to repair using the appropriate products and perform polishing in the required cases.

-Assist in mounting glued moons using the appropriate products by applying the prescribed anchor and sealing means.

CE2.6 Use individual protective equipment by applying them to the replacement operations of vehicle removable elements.

CE2.7 Apply usage instructions using tools and equipment.

CE2.8 Apply waste management regulations, relating it to the collected collection containers.

C3: Operate on the repair of thermoplastic synthetic elements following established procedures.

CE3.1 Describe the different types of plastics used in vehicles.

CE3.2 In a scenario of repairing thermoplastic synthetic elements in a vehicle:

-Protect the adjacent parts of the area to be repaired with the established media, applying the regulations.

-Perform the beveled by following the established procedure.

-To drill the ends of the cracks through the whole piece.

CE3.3 Use individual protective equipment by applying them in the repair operations of thermoplastic vehicle elements.

CE3.4 Apply usage instructions using tools and equipment.

CE3.5 Apply waste management regulations, relating it to the collected collection canisters.

Capabilities whose acquisition must be completed in a real work environment:

C1 with respect to CE1.1 and CE1.3; C2 with respect to CE2.1 and CE2.5; C3 with respect to CE3.1 and CE3.2.

Other capabilities:

Take responsibility for the work you are developing.

Communicate effectively with the right people at every moment, respecting the channels established in the organization.

Interpret and execute the work instructions.

Finish the job based on criteria of suitability, speed, economy and effectiveness.

Maintain an assertive, empathetic and conciliatory attitude to others by demonstrating cordiality and kindness in dealing.

Identify the organization's production process.

Contents:

1. General constitution of the vehicle

Body types and their characteristics.

Types of cabins and chassis.

Removable elements of the vehicle.

Locking and lifting mechanisms.

2. Fixed and fixed joints

Types of joins.

Join characteristics and used elements.

Tools and Equipment.

Products used in pasted joins.

Join procedures and techniques.

3. Moons (driveways and pastes)

Replacement techniques and procedures.

Tools and Equipment.

Repair of laminated moons.

4. Plastic materials and compounds used in vehicles

Composition and characteristics of plastic materials.

Features and properties.

Simbology of vehicle manufacturers and products.

5. Standards for the prevention of occupational risks and environmental impact in the replacement of movable elements of a vehicle

Body workshop hazards.

Prevention and personal protection.

Individual Protection Equipment (EPIs).

Signage and security at the workshop.

Waste storage.

Training context parameters:

Spaces and installations:

The spaces and facilities will provide a response, in the form of a classroom, a workshop, a workshop of practices, a laboratory or a singular space, to the training needs, according to the Professional Context established in the Unit Partner competence, taking into account applicable regulations of the productive sector, prevention of occupational risks, occupational health, universal accessibility, universal design or design for all persons and environmental protection.

Professional profile of trainer or trainer:

1. Domain of knowledge and techniques related to the disassembly, assembly and replacement of simple removable elements of a vehicle, which shall be accredited by one of the following two forms:

-Level 1 academic training (Spanish Framework of Qualifications for Higher Education) or other higher level education related to the professional field.

-Professional experience of a minimum of 3 years in the field of competencies related to this training module.

2. Accredited pedagogical competence in accordance with what is established by the competent administrations.

Forming Module 3: Basic Surface Preparation Techniques

Level: 1

Code: MF0622_1

Associated with UC: Perform Surface Preparation Auxiliary Operations

Duration: 60 hours

Assessment Capabilities and Criteria:

C1: Acondition the vehicle surfaces for a subsequent application of funds treatments according to established procedure.

CE1.1 Analyze the application of the different processes according to the characteristics of the surfaces.

CE1.2 In a practical case of preparation and conditioning of vehicle surfaces:

-Apply the sanding procedures by removing the edges and the step in the old paint.

-Run pickling techniques (chemical and physical) of surfaces by removing paint debris.

-Apply cleaning and degreasing procedures in the areas to be treated.

CE1.3 Use individual protective equipment by applying them in the preparation and conditioning operations of vehicle surfaces.

CE1.4 Apply usage instructions using tools and equipment.

CE1.5 Apply waste management regulations, relating it to the collected collection containers.

C2: Apply masking and unmasking methods of surfaces protecting areas that are not to be sprayed with paint.

CE2.1 Explain the different methods of masking.

CE2.2 Recognize the materials, tools, and tools used in the masking processes.

CE2.3 In a practical case of vehicle surface masking:

-Prepare the products and tools used in the masked.

-Run partial, total, interior, and exterior masking techniques.

-Use the different products of masquerade (paper, masquerade film, fundas, among others) following technical specifications.

CE2.4 Use individual protective equipment by applying them to the vehicle surface masking operations.

CE2.5 Apply waste management regulations, relating it to the collected collection canisters.

C3: Operate with the equipment and means necessary to perform auxiliary operations of beautification of vehicle surfaces.

CE3.1 Describe the different types of handguns and handguns cleaning machines used in the beautification of vehicle surfaces.

CE3.2 In a practical assumption of beautification of body surfaces of a vehicle:

-Unmask the surface once the paint is dry.

-Clean paint guns (water and solvent) using the gun-cleaning machine corresponding to the type of paint.

-Clean the gun cleaning machine by following the procedure set by the manufacturer.

CE3.3 Use individual protective equipment by applying them to the beautification operations of vehicle surfaces.

CE3.4 The waste generated is collected for treatment, following the procedures laid down in the waste management and environmental protection programme.

Capabilities whose acquisition must be completed in a real work environment:

C1 with respect to CE1.2; C2 with respect to CE2.3; C3 with respect to CE3.1 and CE3.2.

Other capabilities:

Take responsibility for the work you are developing.

Communicate effectively with the right people at every moment, respecting the channels established in the organization.

Interpret and execute the work instructions.

Finish the job based on criteria of suitability, speed, economy and effectiveness.

Maintain an assertive, empathetic and conciliatory attitude to others by demonstrating cordiality and kindness in dealing.

Identify the organization's production process.

Contents:

1. Equipment for the preparation and beautification of surfaces

Basic Constitution and Nomenclature of an abrasive (lija).

Lijator media.

Sanding Tacos.

Sanders.

Decapants.

Equipment for the aspiration of sanding powder.

Equipment and products for cleaning.

Types of pistols and handguns cleaning machines.

2. Masked products and products

Need of the masked.

Products used to mask surfaces: Tape, paper, film, masking, among others.

Auxiliary Equipment.

3. Standards for the prevention of occupational risks and environmental impact in the replacement of movable elements of a vehicle

Body and paint workshop risks.

Prevention and personal protection.

Individual Protection Equipment (EPIs).

Signage and security at the workshop.

Waste storage.

Training context parameters:

Spaces and installations:

The spaces and facilities will provide a response, in the form of a classroom, a workshop, a workshop of practices, a laboratory or a singular space, to the training needs, according to the Professional Context established in the Unit Partner competence, taking into account applicable regulations of the productive sector, prevention of occupational risks, occupational health, universal accessibility, universal design or design for all persons and environmental protection.

Professional profile of trainer or trainer:

1. Domain of knowledge and techniques related to the performance of auxiliary surface preparation operations, which shall be accredited by one of the following two forms:

-Level 1 academic training (Spanish Framework of Qualifications for Higher Education) or other higher level education related to the professional field.

-Professional experience of a minimum of 3 years in the field of competencies related to this training module.

2. Accredited pedagogical competence in accordance with what is established by the competent administrations.

ANNEX V

PROFESSIONAL QUALIFICATION: AUXILIARY MAINTENANCE OPERATIONS IN ELECTROMECHANICAL VEHICLES

Professional Family: Transportation and Maintenance of Vehicles

Level: 1

Code: TMV195_1

General Competition

Perform auxiliary operations in the maintenance of electromechanical vehicles, following instructions and procedures, in safety conditions and with the required quality.

Competition Units

UC0620_1: Perform basic machining operations

UC0623_1: Unmount, mount, and replace simple vehicle mechanical elements

UC0624_1: Unmount, mount, and replace simple electric vehicle elements

Professional Environment

Professional Scope

Develops its professional activity in the area of maintenance and repair dedicated/or auxiliary or basic maintenance operations in electromechanical, in entities of public or private nature, in small medians and large companies generally for an employed person, irrespective of their legal form. It develops its activity depending on its case, functional and/or hierarchically of a superior. The principles of universal accessibility and universal design or design for all people are applied in the development of their professional activity according to the applicable regulations.

Productive Sectors

It is located in the automotive production sector, in the subsector related to the maintenance and repair of motor vehicles and motorcycles.

Relevant Occupations and Jobs

The terms of the following relationship of occupations and jobs are used with a generic and omnicomprensivo character of women and men.

Helpers in the electromechanical area

Quick mechanics workshop operators

Tire Maintenance Workshop Operators

Operators in CAT (Authorized Treatment Center)

Associated Training (240 hours)

Training Modules

MF0620_1: Basic Mechanized (90 hours)

MF0623_1: Basic mechanics (90 hours)

MF0624_1: Basic electricity techniques (60 hours)

Competition Unit 1: Perform basic machining operations

Level: 1

Code: UC0620_1

Professional realizations and realization criteria:

RP 1: Carry out manual machining operations, under the supervision of a senior manager, in accordance with the procedure laid down by the manufacturer, in compliance with the applicable rules on the prevention of occupational risks and environmental protection, and with the required quality.

CR 1.1 The work area is prepared to facilitate the free access to the system or component in which it is involved, keeping it risk-free, protecting the parts of the vehicle susceptible to suffering damage in the development of operations.

CR 1.2 The products, materials, tools and equipment (saw, lime, hand shear, among others), previously selected by the senior manager, are prepared by adjusting to the instructions received and/or orders job.

CR 1.3 Cutting operations (cizalside and sawing) are executed by following instructions and checking with measuring devices (rule, goniometers and king's foot or gauge, among others) that the final piece conforms to the measurements collected in the plane.

CR 1.4 Thread-over machining operations are executed by following technical instructions in a plane or sketch.

CR 1.5 The liming operations are executed with the required limes, following instructions and checking with measuring devices (rule, goniometers and gauge or king foot, among others) that the cut line is marked set.

CR 1.6 The waste generated (parts manufacturing material, lids, among others) is collected for treatment, following the procedures laid down in the waste and protection management programme. environmental.

CR 1.7 The facilities, tools, tools and measuring equipment are kept clean, ordered and stored according to the criteria established by the company, collaborating with the rest of the staff.

RP 2: Perform machine-to-machine machining operations with electrical and pneumatic tools, under the supervision of a superior controller, according to the procedure established by the manufacturer, complying with the regulations applicable to the prevention of occupational risks and environmental protection, and with the required quality.

CR 2.1 The work area is prepared to facilitate the free access to the system or component in which it is involved, keeping it risk-free, protecting the parts of the vehicle susceptible to suffering damage in the development of operations.

CR 2.2 The products, materials, tools and equipment (shearing, drilling, vaiven electric saw and tape, among others), previously selected by the senior manager, are prepared by adjusting to the instructions received and/or work orders.

CR 2.3 The drilling operations are executed in compliance with the point marked by the top manager.

CR 2.4 The cutting operations are carried out according to the marked line established by the senior manager with the measuring devices (rule, goniometers and gauge or king foot, among others).

CR 2.5 The waste generated (parts manufacturing material, lids, drilling waste, among others) is collected for treatment, following the procedures laid down in the waste management programme and environmental protection.

CR 2.6 Facilities, tools, tools and measuring equipment are kept clean, ordered and stored by collaborating with the rest of the staff, applying the required and/or established procedures.

RP 3: Carry out welding operations under the supervision of the senior manager, following his instructions and the procedure established by the manufacturer, complying with the applicable regulations on the prevention of occupational risks and environmental protection, and with the required quality.

CR 3.1 The work area is prepared to facilitate the free access to the system or component in which it is involved, keeping it risk-free, protecting the parts of the vehicle susceptible to suffering damage in the development of operations.

CR 3.2 The tools, materials, consumables (input rods, yarn coils, electrodes, among others) and deoxidants (sprays, powders, among others), previously selected by the senior manager are prepared in function of the type of material, required quality and availability of equipment to perform the welding.

CR 3.3 The pieces or elements to be joined are cleaned and prepared with specific degreasing and decapants depending on the material (metallic or synthetic).

CR 3.4 The pieces to be joined by welding are fastened with tools (jaws, carpenters, among others) ensuring the welding.

CR 3.5 The job parameters are regulated under the supervision of the top manager according to the instruction manual of the welding equipment to be used.

CR 3.6 Basic welding operations are carried out in compliance with the areas identified by the senior manager.

CR 3.7 The waste generated (parts manufacturing material, lids, drilling and welding waste, among others) is collected for treatment, following the procedures laid down in the management programme waste and environmental protection.

CR 3.8 Facilities, tools, tools and equipment are kept clean, ordered and stored by collaborating with the rest of the staff, applying the required and/or established procedures.

Professional context:

Production media:

Piece-making materials. Measuring instruments (rules, calibers or king's foot, among others). Consumables (electrodes, rods, among others), deoxidants. Bits. Machine-to-machine equipment (shearing, drilling machine, vaiven electric saw and ribbon, among others). Jaws, carpenter cats. Hand tools (saws, limes, threading equipment, among others). Personal protective equipment (PPE ' s).

Products and results:

Pieces made, machined and prepared for use or for welding. Defined methods, procedures, and sequence of operations.

Information used or generated:

Work orders, sketches, simple manufacturing plans, use manuals for the different teams. Guided computer media. Applicable rules for the prevention of occupational risks and environmental protection.

Competition Unit 2: Unmount, mount and replace simple vehicle mechanical elements

Level: 1

Code: UC0623_1

Professional realizations and realization criteria:

RP 1: Carry out auxiliary operations in the preventive and corrective maintenance of the vehicle's thermal engine and its lubrication, cooling and feeding systems, under the supervision of a superior controller, according to the the procedure laid down by the manufacturer, complying with the applicable rules on the prevention of occupational risks and environmental protection, and with the required quality.

CR 1.1 The work area is prepared to facilitate the free access to the system or component in which it is involved, keeping it risk-free, protecting the parts of the vehicle susceptible to suffering damage in the development of operations.

CR 1.2 Products, materials, tools and equipment, previously selected by the senior manager, are prepared by adjusting to the instructions received and/or work orders.

CR 1.3 Unmounted thermal engine elements (engine block, cylinder head, among others) are cleaned and degreased by completely removing the remains of gaskets and waste.

CR 1.4 Simple elements (filters, quiet, thermostat, among others) are replaced by ensuring tightness.

CR 1.5 The fluids (motor oil, engine coolant, among others) are extracted by checking that they have been emptied in full.

CR 1.6 Fluid levels are checked to be between the minimum and maximum levels set by the manufacturer and, otherwise, are filled to reach them.

CR 1.7 The waste generated (oils, filters, engine coolant, among others) is collected for treatment, following the procedures laid down in the waste and protection management program. environmental.

CR 1.8 Facilities, tools, tools and measuring equipment are kept clean, ordered and stored according to the criteria established by the company, collaborating with the rest of the staff.

RP 2: Carry out auxiliary operations in the preventive and corrective maintenance of the vehicle's suspension, steering and wheel systems, under the supervision of a superior controller, in accordance with the procedure laid down by the manufacturer, in compliance with the applicable regulations on the prevention of occupational risks and environmental protection, and with the required quality.

CR 2.1 The work area is prepared to facilitate the free access to the system or component in which it is involved, keeping it risk-free, protecting the parts of the vehicle susceptible to suffering damage in the development of operations.

CR 2.2 The products, materials, tools and equipment, previously selected by the senior manager, are prepared by adjusting to the instructions received and/or work orders.

CR 2.3 The wheel assembly in the vehicle and its corresponding rotation, if applicable, is performed by applying the corresponding torque, checking the correct wheel pressure and following instructions.

CR 2.4 The components of the steering system (kneecap, bellows, among others) are replaced by following instructions and applying the corresponding tightening torque.

CR 2.5 Fluid levels are checked to be between the minimum and maximum levels set by the manufacturer, and otherwise are filled to reach them.

CR 2.6 The simple elements of the suspension (rear shock absorber, silentblocks, braces and kneecap, among others) are replaced by instructions and the corresponding tightening torque.

CR 2.7 The generated waste (steering liquid, buffer oil, among others) is collected for treatment in accordance with the procedures laid down in the waste and protection management programme. environmental.

CR 2.8 The facilities, tools, tools and measuring equipment are kept clean, ordered and stored according to the criteria established by the company, collaborating with the rest of the staff.

RP 3: Carry out auxiliary operations in the preventive and corrective maintenance of the vehicle's transmission and braking systems, under the supervision of a superior controller, according to the procedure established by the manufacturer, complying with applicable regulations on the prevention of occupational risks and environmental protection, and with the required quality.

CR 3.1 The work area is prepared to facilitate the free access to the system or component in which it is involved, keeping it risk-free, protecting the parts of the vehicle susceptible to suffering damage in the development of operations.

CR 3.2 products, materials, tools and equipment, previously selected by the senior manager, are prepared by adjusting to the instructions received and/or work orders.

CR 3.3 Transmission system fluids (gearbox liquids and conical group) are replaced by following instructions and checking that the level is appropriate.

CR 3.4 The components of the transmission systems (semi-tree and transmission tree, crutches, among others) are replaced by instructions, applying the recommended torque.

CR 3.5 The braking elements (pills and discs, among others) are replaced by removing dirt debris from the friction surfaces.

CR 3.6 The levels of the brake fluid are checked to be between the minimum and maximum levels set by the manufacturer, and otherwise are filled to reach them.

CR 3.7 The generated waste (pills, discs, among others) are collected for treatment, following the procedures laid down in the waste management and environmental protection program.

CR 3.8 Facilities, tools, tools and measuring equipment are kept clean, ordered and stored according to the criteria established by the company, collaborating with the rest of the staff.

Professional context:

Production media:

Manual tools for mechanical work: keys (fixed, fixed, star, among others) screwdrivers, among others. Manufacturer's specific use. Elevators, oil extraction and collection equipment, refrigerant, parts and engine cleaning equipment, grease equipment. Personal protective equipment (PPE).

Products and results:

First-level maintenance (preventive and corrective) of the thermal engine, lubrication, cooling and power systems, steering, wheel, transmission and braking systems. Replacing simple items.

Information used or generated:

Work Orders. Manufacturer's technical documentation manuals. Manuals for use of the different equipment. Guided computer media. Applicable rules for the prevention of occupational risks and environmental protection.

Competition Unit 3: Unmount, mount and replace simple electric vehicle elements

Level: 1

Code: UC0624_1

Professional realizations and realization criteria:

RP 1: Carry out auxiliary operations in the preventive and corrective maintenance of electrical elements of the vehicle load and start systems, under the supervision of a superior controller, according to the procedure established by the manufacturer, complying with the applicable regulations on the prevention of occupational risks and environmental protection, and with the required quality.

CR 1.1 The work area is prepared to facilitate the free access to the system or component in which it is involved, keeping it risk-free, protecting the parts of the vehicle susceptible to suffering damage in the development of operations.

CR 1.2 Products, materials, tools and equipment, previously selected by the senior manager, are prepared by adjusting to the instructions received and/or work orders.

CR 1.3 The electrolyte level of the battery is filled, if necessary, with distilled water up to the level set.

CR 1.4 The required load level of the accumulators is backed out with the use of the battery charger by tracking the entire charging process.

CR 1.5 The battery, starter motor, and alternator are dismounted by first placing the electronic devices that prevent memory loss in centralites and previously disconnecting the negative borne.

CR 1.6 The batteries are replaced by securing the vehicle safely, placing the protection of bornes and squeezing them by applying the specific tightening torque.

CR 1.7 The generated waste (batteries, alternator, starter motor, among others) is collected for treatment, following the procedures established in the waste management and environmental protection program.

CR 1.8 Facilities, tools, tools and measuring equipment are kept clean, ordered and stored according to the criteria established by the company, collaborating with the rest of the staff.

RP 2: Carry out auxiliary operations in the preventive and corrective maintenance of the electric lighting, signalling and manoeuvring circuits of the vehicle, under the supervision of a superior controller, according to the procedure established by the manufacturer, complying with the applicable regulations on the prevention of occupational risks and environmental protection, and with the required quality.

CR 2.1 The work area is prepared to facilitate the free access to the system or component in which it is involved, keeping it risk-free, protecting the parts of the vehicle susceptible to suffering damage in the development of operations.

CR 2.2 The products, materials, tools and equipment, previously selected by the senior manager, are prepared by adjusting to the instructions received and/or work orders.

CR 2.3 The components of lighting, signalling and manoeuvring circuits (fuses, relays, lamps, pilots and headlamps, among others) are mounted by checking that they are adjusted in their mounting position.

CR 2.4 The generated waste (lamps, pilots, among others) is collected for treatment, following the procedures set out in the waste management and environmental protection program.

CR 2.5 The facilities, tools, tools and measuring equipment are kept clean, ordered and stored according to the criteria established by the company, collaborating with the rest of the staff.

RP 3: Carry out auxiliary operations in the preventive and corrective maintenance of the vehicle's auxiliary electrical circuits, under the supervision of a superior controller, according to the procedure established by the manufacturer, complying with applicable regulations on the prevention of occupational risks and environmental protection, and with the required quality.

CR 3.1 The work area is prepared to facilitate the free access to the system or component in which it is involved, keeping it risk-free, protecting the parts of the vehicle susceptible to suffering damage in the development of operations.

CR 3.2 The products, materials, tools and equipment, previously selected by the senior manager, are prepared by adjusting to the instructions received and/or work orders.

CR 3.3 The simple elements of the auxiliary electrical circuits (fuses, horns and claxons, wipers, sinks, among others) are mounted and unmounted following technical instructions.

CR 3.4 The generated waste (horn and horn, windscreen wipers, lift, wash, etc.) is collected for treatment, in accordance with the procedures laid down in the waste management programme. environmental protection.

CR 3.5 The facilities, tools, tools and measuring equipment are kept clean, ordered and stored according to the criteria established by the company, collaborating with the rest of the staff.

RP 4: Carry out auxiliary operations in the preventive and corrective maintenance of the vehicle's electrical safety and comfort systems, under the supervision of a superior controller, according to the procedure established by the manufacturer, complying with the applicable regulations on the prevention of occupational risks and environmental protection, and with the required quality.

CR 4.1 The work area is prepared to facilitate the free access to the system or component in which it is involved, keeping it risk-free, protecting the parts of the vehicle susceptible to suffering damage in the development of operations.

CR 4.2 The products, materials, tools and equipment, previously selected by the senior manager, are prepared by adjusting to the instructions received and/or work orders.

CR 4.3 The simple components of the safety and comfort systems (compartment filter, temperature sensors, seat belts, among others) are mounted according to the technical instructions indicated by the manufacturer.

CR 4.4 The generated waste (compartment filter, safety belts, among others) is collected for treatment, following the procedures laid down in the waste and protection management programme. environmental.

CR 4.5 The facilities, tools, tools and measuring equipment are kept clean, ordered and stored according to the criteria established by the company, collaborating with the rest of the staff.

Professional context:

Production media:

Manual tools for electrical work: keys (fixed, fixed, star, among others) screwdrivers, multimeter, among others. Manufacturer's specific use. Cleaning equipment. Personal protective equipment (PPE).

Products and results:

First-level maintenance (preventive and corrective) of electric charging and starting systems, lighting, signalling and manoeuvring, auxiliary electrical circuits and vehicle safety and comfort systems. Replacing simple items.

Information used or generated:

Work Orders. Manufacturer's technical documentation manuals. Manuals for use of the different equipment. Guided computer media. Applicable rules for the prevention of occupational risks and environmental protection.

Forming Module 1: Basic Mechanized

Level: 1

Code: MF0620_1

Associated with UC: Perform basic machining operations

Duration: 90 hours

Assessment Capabilities and Criteria:

C1: Apply manual and machine machining techniques, relating to the required products, equipment and tools.

CE1.1 List manual cutting techniques by road boot.

CE1.2 Classify the different types of limes, taking care of their chopped and shape.

CE1.3 Identify the different types of saw blades by relating them to the material to be cut and the cutting speed.

CE1.4 Describe the various types of threads relating to possible uses in the car.

CE1.5 Identify the different types of sandbox and support according to the material to be sanded.

CE1.6 Apply usage instructions using media and equipment.

CE1.7 Apply waste management regulations, relating it to the collected collection containers.

CE1.8 Describe the risks of the machining workshop by identifying EPIs and safety signage in the workshop.

C2: Operate with appliances, machines, equipment and tools, used in machining work.

CE2.1 In a practical machining case, involving measurements (linear, angular, thread, among others) with different devices:

-Apply the measures with the required precision.

-Apply different measurement procedures (rule, goniometers, and king's foot or gauge) by explaining how it works.

CE2.2 In a practical manual machining scenario, which involves performing serrated, limated, threaded operations:

-Prepare the tools and tools selected by a top-level manager to allow manual machining.

-Properly handle the required cutting tools.

-Set the thread type classification.

-Adjust the final finish to measures.

CE2.3 In a practical, machine-to-machine scenario involving drilling, sawing, liming, cutting with shear:

-Successfully Mount the tools or tools required for each operation.

-Handle each machine properly.

-Explain the drilling process.

-Relate different types of bits with the materials to be drilled, explaining the parts that make up them and the angles that characterize them (cutting angle, flashing, among others).

-Adjust the final finish to measures.

C3: Apply auxiliary operations required to perform welding operations by a senior manager related to products, equipment, and tools.

CE3.1 Describe the types of welding by distinguishing the welding equipment used.

CE3.2 Identify products used in welding (consumables, antioxidants, and input materials) by relating them to the type of welding.

CE3.3 Identify cleaning products (degreasing, pickling, among others) welding employees.

CE3.4 In a practical welding scenario, describe the procedure to prepare the parts for the welding:

-Protect vehicle parts that prevent damage to operations.

-Perform the attachment of parts.

-Prepare the border to join by holding the pieces with the appropriate tools.

-Prepare the consumable according to the welding to be used.

-Clean the pieces or items to join.

-Perform simple welded joins with the indicated equipment.

CE3.5 Use individual protective equipment used for the preparation of parts and materials to enable welding.

CE3.6 Apply usage instructions using media and equipment.

CE3.7 Apply waste management regulations, relating it to the collected collection canisters.

Capabilities whose acquisition must be completed in a real work environment:

C2 complete; C3 with respect to CE3.4.

Other capabilities:

Take responsibility for the work you are developing.

Transmit information clearly, in an orderly, structured, clear and precise manner respecting the channels established in the organization.

Interpret and execute the work instructions.

Communicate effectively with the right people at every moment, respecting the channels established in the organization.

Maintain the work area with the degree of order and cleanliness required by the organization.

Maintain an assertive, empathetic and conciliatory attitude to others by demonstrating cordiality and kindness in dealing.

Contents:

1. Graphical representation and metrology

Rendering parts. Normalized views. Bounded. Direct measuring devices.

Measure appliances by comparison.

2. Machining techniques, manual and machine union

Threaded techniques.

Limon techniques.

Manual and machine cutting techniques with chip or shearing boot.

Unmountable join techniques.

Preparation techniques for welding. Welding equipment: Electric by bow, soft welding, welding of plastics.

Basic welding techniques.

Welding consumables.

Cleaning products.

3. Standards for the prevention of occupational risks and environmental impact in basic machining

Machining workshop risks.

Prevention and personal protection.

Individual Protection Equipment (EPIs).

Signage and security at the workshop.

Waste storage.

Training context parameters:

Spaces and installations:

The spaces and facilities will provide a response, in the form of a classroom, a workshop, a workshop of practices, a laboratory or a singular space, to the training needs, according to the Professional Context established in the Unit Partner competence, taking into account applicable regulations of the productive sector, prevention of occupational risks, occupational health, universal accessibility, universal design or design for all persons and environmental protection.

Professional profile of trainer or trainer:

1. Domain of knowledge and techniques related to basic machining operations, which shall be accredited by one of the following two forms:

-Level 1 academic training (Spanish Framework of Qualifications for Higher Education) or other higher level education related to the professional field.

-Professional experience of a minimum of 3 years in the field of competencies related to this training module.

2. Accredited pedagogical competence in accordance with what is established by the competent administrations.

Forming Module 2: Basic mechanics of mechanics

Level: 1

Code: MF0623_1

Associated with UC: Unmount, mount, and replace simple vehicle mechanical elements

Duration: 90 hours

Assessment Capabilities and Criteria:

C1: Operate with the equipment and means required in the first-level maintenance of the vehicle's thermal engine and its lubrication, cooling and power systems, according to established procedures.

CE1.1 Identify the elements that configure the thermal engine of a vehicle and its lubrication, cooling, and power systems, relating to its function.

CE1.2 In a scenario, first-level maintenance of the thermal engine of a vehicle:

-Check the oil level and replace the oil level, checking to fit between minimum and maximum.

-Check the antifreeze level and replace the same, checking to fit between minimum and maximum.

CE1.3 In practical, first-level maintenance of the power systems, lubrication and cooling of the vehicle thermal engine:

-Replace the engine oil and air filters.

-Replace simple actuators, lambda probes, and temperature sensors, among others.

-Replace the engine cooling radiator.

-Cooling sleeves.

-Cooling termostat.

-Cooling pumps with low difficulty.

CE1.4 Check, after repair, absence of leaks and functional engine reset.

CE1.5 Use individual protective equipment by applying them in the maintenance of thermal engines and their systems for feeding, lubrication and cooling of the vehicle thermal engine.

CE1.6 Apply usage instructions using media and equipment.

CE1.7 Apply waste management regulations, relating it to the collected collection containers.

C2: Operate with the equipment and means necessary to perform the basic maintenance of the vehicle's suspension, steering and wheel system, according to established procedures.

CE2.1 Identify the elements that make up the suspension, steering, and wheel system.

CE2.2 In a practical, vehicle maintenance scenario, perform the disassembly, mounting, and/or repair of:

-Rear hydraulic dampers.

-Suspension Brazos.

-Rotulas.

-Verify the level of the address liquid.

-Silentblocks.

-Mount and rotate wheels on the vehicle to the recommended pair.

-Check tire pressure and wear.

CE2.3 Check, after repair, absence of leaks and functional system reset.

CE2.4 Use individual protective equipment by applying them to the maintenance of the vehicle's suspension, steering, and wheel systems.

CE2.5 Apply usage instructions when handling media and equipment.

CE2.6 Apply waste management regulations, relating it to the collected collection containers.

C3: Operate with the equipment and means necessary to perform the basic maintenance of the vehicle's transmission and braking systems, according to established procedures.

CE3.1 Identify the elements that make up the motion transmission system in the vehicle.

CE3.2 Identify the elements that make up the vehicle's braking system.

CE3.3 In a practical scenario of reviewing and/or replacing transmission and braking fluids in conventional systems:

-Check the level of change and differential case lubricant, replacing it, if necessary.

-Check the level of brake fluid, replacing it, if necessary.

-Check the wear and tear of brake and disc pads, replacing them, if necessary.

CE3.4 In a practical assumption of maintenance of transmission and braking systems:

-Replace the crucets and transmission axes.

-Replace the semi-tree and transmission tree and crucets, among others.

-Replace the pads and brake discs.

-Grass in points set with the manual greasing machine.

CE3.5 Check, after repair, absence of leaks and functional system reset.

CE3.6 Recognize individual protective equipment used in the maintenance of vehicle transmission and braking systems.

CE3.7 Apply usage instructions when handling media and equipment.

CE3.8 Apply waste management regulations, relating it to the collected collection canisters.

Capabilities whose acquisition must be completed in a real work environment:

C1 with respect to CE1.2, CE1.3 and CE1.4; C2 with respect to CE2.2 and CE2.3; C3 with respect to CE3.3, CE3.4 and CE3.5.

Other capabilities:

Perform the substitutions by adjusting set repair time and with the required quality.

Communicate to the immediate higher the detected failures according to the protocol established in the workshop.

Interpret and execute the work instructions.

Finish the job based on criteria of suitability, speed, economy and effectiveness.

Maintain an assertive, empathetic and conciliatory attitude to others by demonstrating cordiality and kindness in dealing.

Communicate effectively with the right people at every moment, respecting the channels established in the organization.

Contents:

1. Internal combustion engine and lubrication, cooling and power systems

Principle of operation of the main components constituting the engines: piston, rod, cylinder head, etc.

lubrication system: function, external elements, etc.

Cooling system: function, external elements, etc. power system: function, external elements, etc.

2. System of suspension, steering and wheel of vehicles

Suspension system. Components. Function. Features. Principles of operation.

Address System. Components. Function. Features. Operating principles.

Set-wheel assembly. Components. Features.

Element replacement techniques.

3. Vehicle transmission and braking systems

Transmission system. Components. Function. Features. Operating principles.

braking system. Components. Function. Features. Operating principles.

Element replacement techniques.

4. Prevention of occupational risks and environmental impacts applicable to the operations and the workshop of mechanical maintenance of vehicles

Risks in the vehicle mechanical maintenance workshop.

Labor Health. Prevention and personal protection. Personal protective equipment (PPE).

Signage and security at the workshop.

Types of waste in the vehicle mechanical maintenance workshop.

Storage of waste.

Training context parameters:

Spaces and installations:

The spaces and facilities will provide a response, in the form of a classroom, a workshop, a workshop of practices, a laboratory or a singular space, to the training needs, according to the Professional Context established in the Unit Partner competence, taking into account applicable regulations of the productive sector, prevention of occupational risks, occupational health, universal accessibility, universal design or design for all persons and environmental protection.

Professional profile of trainer or trainer:

1. Domain of knowledge and techniques related to the dismantling, assembly and replacement of simple mechanical elements of the vehicle, which shall be accredited by one of the following two forms:

-Level 1 academic training (Spanish Framework of Qualifications for Higher Education) or other higher level education related to the professional field.

-Professional experience of a minimum of 3 years in the field of competencies related to this training module.

2. Accredited pedagogical competence in accordance with what is established by the competent administrations.

Forming Module 3: Basic Electricity Techniques

Level: 1

Code: MF0624_1

Associated with UC: Unmount, mount, and replace simple electric vehicle elements

Duration: 60 hours

Assessment Capabilities and Criteria:

C1: Operate with the equipment and means necessary to perform the first-level maintenance of the vehicle's charging and starting electrical systems, executing the operations with the necessary means and equipment, according to established procedures.

CE1.1 Know the main quantities and units of electrical measurement used in the maintenance of vehicles and the interpretation of simple electric schemes.

CE1.2 Use electrical measuring devices (polymeter, amperimetric clamp, among others) by checking electrical quantities.

CE1.3 Identify the basic elements of the vehicle load and boot systems by relating them to their function.

CE1.4 In a convenient maintenance scenario of the vehicle load and boot systems:

-Apply the battery disconnect by removing it from the vehicle.

-Apply the disassembly of the alternators by disconnecting the battery.

-Apply the start engine disassembly by disconnecting the battery previously.

CE1.5 In a convenient vehicle battery maintenance scenario using different equipment and materials:

-Replace the battery, securing it in the vehicle.

-Put the border protections in the required cases.

-Verify the status of the terminals, cleaning them if necessary.

-Fill in the level of battery liquid with distilled water.

-Perform battery charging with specific chargers.

CE1.6 Recognize individual protective equipment used in the maintenance of the vehicle's load and boot systems.

CE1.7 Apply usage instructions when handling media and equipment.

CE1.8 Apply waste management regulations, relating it to the collected collection canisters.

C2: Operate with the equipment and means necessary to perform the first level maintenance of the electric lighting, signalling and maneuvering circuits of the vehicle, executing the operations with the means and equipment required, according to established procedures.

CE2.1 Identify the basic elements of the electric lighting, signalling, and maneuvering systems of the vehicle describing its characteristics.

CE2.2 In a practical assumption of maintenance of the electric lighting, signalling and manoeuvring circuits of the vehicle:

-Replace conventional lamps, pilots and headlamps by collaborating in their regulatory process.

-Replace fuses.

-Replace relays.

CE2.3 Recognize individual protective equipment used in the maintenance of vehicle transmission and braking systems.

CE2.4 Apply usage instructions when handling media and equipment.

CE2.5 Apply waste management regulations, relating it to the collected collection containers.

C3: Operate with the equipment and means necessary to perform the first level maintenance of the vehicle's auxiliary electrical circuits, executing the operations with the necessary means and equipment, according to established procedures.

CE3.1 Identify the basic elements of the vehicle's auxiliary electrical systems.

CE3.2 In a practical assumption of maintenance of the vehicle's auxiliary electrical circuits:

-Replace fuses, relays, switches, and conventional switches.

-Replace horns and claxons.

-Replace wiper engines.

CE3.3 Recognize individual protective equipment by applying them in the maintenance of the vehicle's auxiliary electrical circuits.

CE3.4 Apply usage instructions using media and equipment.

CE3.5 Apply waste management regulations, relating it to the collected collection canisters.

C4: Operate with the equipment and means necessary to perform the first level maintenance of the vehicle's electrical safety and comfort systems, executing the operations with the necessary means and equipment, according to established procedures.

CE4.1 Identify the basic elements of the vehicle's electrical safety and comfort systems by describing their purpose.

CE4.2 In a practical assumption of maintenance of the vehicle's safety and comfort electrical systems:

-Replace the housing filter.

-Replace temperature sensors.

-Replace seat belts.

CE4.3 Recognize individual protective equipment by applying them in the maintenance of vehicle transmission and braking systems.

CE4.4 Apply usage instructions using media and equipment.

CE4.5 Apply waste management regulations, relating it to the collected collection containers.

Capabilities whose acquisition must be completed in a real work environment:

C1 with respect to CE1.4 and CE1.5; C2 with respect to CE2.2; C3 with respect to CE3.2; C4 with respect to CE4.2.

Other capabilities:

Perform the substitutions by adjusting set repair time and with the required quality.

Communicate to the immediate higher the detected failures according to the protocol established in the workshop.

Interpret and execute the work instructions.

Finish the job based on criteria of suitability, speed, economy and effectiveness.

Maintain an assertive, empathetic and conciliatory attitude to others by demonstrating cordiality and kindness in dealing.

Communicate effectively with the right people at every moment, respecting the channels established in the organization.

Contents:

1. Electrical fundamentals

Units and magnitudes (intensity, voltage, resistance).

Measuring Apparatus: Multimeter or Polymeter.

Components of the vehicle's basic electrical systems (alternator, battery, starter motor, fuses, wiring, relays, among others).

Interpretation of simple electrical schemes.

Top-level maintenance operations in electrical installations.

2. Basic electrical systems of the vehicle

Electrical load and boot systems. Element substitution techniques. Basic maintenance operations. Measurement apparatus handling: multimeter or polymeter.

Electric lighting, signalling and manoeuvring systems of the vehicle. Components of the electric lighting, signalling and manoeuvring systems of the vehicle. Element substitution techniques. Basic maintenance operations. Measurement apparatus handling: multimeter or multimeter. Auxiliary electrical systems of the vehicle. Components of the vehicle's auxiliary electrical systems. Element substitution techniques. Basic maintenance operations. Measurement apparatus handling: multimeter or polymeter.

Electrical safety and comfort systems. Components of the vehicle's auxiliary electrical systems. Element substitution techniques. Basic maintenance operations. Handling of simple measuring devices.

3. Standards for the prevention of occupational hazards and environmental impacts applicable to the vehicle's electrical maintenance workshop

Risks of the vehicle maintenance workshop.

Prevention and personal protection.

Individual protection teams or EPIs.

Signage and security at the workshop.

Identification of waste electrical systems of the vehicle. Types. Storage.

Training context parameters:

Spaces and installations:

The spaces and facilities will provide a response, in the form of a classroom, a workshop, a workshop of practices, a laboratory or a singular space, to the training needs, according to the Professional Context established in the Unit Partner competence, taking into account applicable regulations of the productive sector, prevention of occupational risks, occupational health, universal accessibility, universal design or design for all persons and environmental protection.

Professional profile of trainer or trainer:

1. Domain of knowledge and techniques related to the dismantling, assembly and replacement of simple electric elements of the vehicle, which shall be accredited by one of the following two forms:

-Level 1 academic training (Spanish Framework of Qualifications for Higher Education) or other higher level education related to the professional field.

-Professional experience of a minimum of 3 years in the field of competencies related to this training module.

2. Accredited pedagogical competence in accordance with what is established by the competent administrations.