Read the untranslated law here: http://www.boe.es/buscar/doc.php?id=BOE-A-2015-8434
The Real Decree 1072 / 2012, of 13 of July, by which is sets the title of technical in maintenance and Control of the machinery of ships and boats and their teachings minimum, acts of conformity with the Real Decree 1147 / 2011, of 29 of July, by which is sets it management general of it training professional of the system educational , and in article 9 defines the structure of the titles of professional training and specialization courses, taking as a basis the national catalogue of professional qualifications, the guidelines laid down by the European Union and other aspects of social interest and implements the mentioned title of technician in the maintenance and Control of the machinery of ships and craft.
The organic law 2/2006, of 3 may, education, establishes the educational administrations to develop the curriculum of the titles of professional training, starting from the basic curriculum and under the conditions laid down in article 6 bis.4. Schools will develop and complete, where appropriate and as established by the educational administrations, the curriculum of the different stages and cycles in use of their autonomy as set out in chapter II of title V of the aforementioned organic law.
He Real Decree 1072 / 2012, of 13 of July, in its provision repealing only, repeals the Real Decree 748 / 1994, of 22 of April, by which is sets the curriculum of the cycle training of grade half corresponding to the title of technical in operation, Control and maintenance of machines e facilities of the ship, established to the amparo of the law organic 1 / 1990 , 3 October, General Organization of the educational system.
Of conformity with it earlier and once the Real Decree 1072 / 2012, of 13 of July, has fixed the profile professional of the title of technical in maintenance and Control of the machinery of ships and boats, them aspects basic of the curriculum and others aspects of it management academic that ensure a training common and guarantee the validity of them titles in all the territory national now determine, in the field of management of the Ministry of education, culture and sport, the expansion and contextualization of the contents of the professional modules included in this title, respecting the professional profile of the same.
The needs of a market of work integrated in the European Union require that the teachings of training pay special attention to the languages of the countries members, incorporating them into its training offer. In this sense, this training cycle includes in the curriculum for training in English language, in response to the provisions of the Royal Decree 1147 / 2011, July 29.
Also, the curriculum of this cycle formative is sets from the respect to the autonomy pedagogical, organizational and of management of them centers that impart training professional, driving these the work in team of the Faculty and the development of plans of training, research and innovation in its field teaching and them performances that favor it improves continuous of them processes training.
Moreover, them centers of training professional will develop the curriculum established in this order, taking in has them features of the students, with special attention to the needs of the people with disability.
Finally, it should be noted that this training cycle curriculum integrates scientific, technological and organizational aspects of the established teachings for the students to acquire a global vision of the productive processes of the professional profile of the technical maintenance and Control of the machinery of ships and craft.
In the process of elaboration of this order has issued report of the State School Board.
For all of the above, in virtue, I have: CHAPTER I General provisions article 1. Object.
This order is intended to determine, from the basic curriculum established in the Royal Decree 1072 / 2012, of 13 July, which establishes the title of technician in maintenance and Control of the machinery of ships and craft and fix their minimum educations, the curriculum of the training cycle of grade average, corresponding to the aforementioned title.
Article 2. Scope of application.
The curriculum established in this order shall apply within the territorial scope of the Ministry of education, culture and sport management.
CHAPTER II article 3 curriculum. Curriculum.
1. the curriculum for the teaching of vocational training of the educational system corresponding to the title of technician in the maintenance and Control of the machinery of ships and craft, established in the Royal Decree 1072 / 2012, of 13 July, is determined in the terms set out in this order.
2. the profile professional of the curriculum, that comes expressed by the competition general, them skills professional, personal and social, and the qualifications and them units of competition of the catalogue national of qualifications professional, is the included in the title of technical in maintenance and Control of the machinery of ships and boats, referred in the paragraph previous.
3. the General objectives of the curriculum of the training cycle, the objectives of professional modules expressed in terms of learning outcomes and assessment criteria are included in the title of technician in the maintenance and Control of the machinery of ships and vessels, referred to in paragraph 1 of this article.
4. them contained of them modules professional that make up the present curriculum, adapted to the reality socio-economic as well as to the prospects of development economic and social of the environment, are them established in the annex I of this order.
Article 4. Adaptation to the socio-productive environment.
1. the curriculum of the cycle training regulated in this order is set taking in has it reality socio-economic and them features geographical, partner-productive and labour own of the environment of implantation of the title.
2 vocational training centres will benefit necessary autonomy pedagogical, organisational and economic management for the development of the teachings and its adaptation to the specific characteristics of the socio-economic, cultural, and professional environment.
3. the authorized to deliver this training cycle will realized and develop curricular and organisational measures that are most appropriate to the characteristics of its students and of their production environment, flexibly and in use of their pedagogic autonomy, within the general framework of the educational project, in the terms established by the organic law 2/2006, education.
4. the curriculum of the training cycle regulated by this order will take place in educational programs or curriculum development, enhancing or creating the culture of prevention of occupational hazards in the spaces where be given professional modules, as well as promoting a culture of environmental respect, excellence in work, compliance with standards of quality, creativity, innovation gender equality and respect for equality of opportunity, the 'design for all' and universal accessibility, especially in relation to people with disabilities.
Article 5. Adaptation to the educational environment.
1. them centers of training professional managed by the Ministry of education, culture and sport will develop the curriculum established in this order, taking in has them features of the students and of the environment, attending especially to them people with disability, in conditions of accessibility and with them resources of support necessary to ensure that this students can study these teachings in the same conditions that the rest.
2. in addition, the teachings of this cycle will be taught with a flexible and open methodology based on self-learning and adapted to the conditions, capabilities and needs of students, so as to enable reconciliation of learning with other activities and responsibilities.
Article 6. Duration and sequencing of professional modules.
1. the total duration of the teachings relevant to this training cycle, including the professional training module in workplace, is 2000 hours.
2. the professional modules of this training cycle, when they are offered on a face-to-face basis, will be organized in two academic years and shall be adjusted to the sequencing and weekly hourly distribution determined in annex II of this order.
3. the first academic year will take place entirely in the educational center. To be able to attend the second course, you will need to have passed the professional modules involving altogether, at least eighty percent of the hours of the first course.
4. ensure the right of registration of those who have completed a professional module in another autonomous community in the terms established in article 48.3 of the Royal Decree 1147 / 2011, July 29, which establishes the general management of the vocational training of the educational system.
5. with character general, during the third quarter of the second course, and a time reached the evaluation positive in all the modules professional made in the Center educational, is develop the module professional of training in centers of work.
6. exceptionally, and in order to facilitate the adjustment of the number of registered people to the availability of training posts in enterprises, approximately half of the second year students may develop module professional training in workplace during the second quarter of the second year, provided they have positively passed all the professional modules of the first academic year.
7. without prejudice to the foregoing, and as a result of the temporality of certain economic activities that can prevent the development of professional training module in workplace can conform to previous assumptions, this will organize in other periods coincide with the development of the economic activity of the professional profile of the title.
8. in any case, the evaluation of the professional training module in workplace will depend to the positive evaluation of the rest of the professional modules of the training cycle.
CHAPTER III faculty, spaces and facilities article 7. Qualifications and accreditation of teachers requirements.
1. the specialties of faculty with attribution teaching in professional modules that constitute the teachings laid down for the title referred to in article 1 of this order, as well as equivalent for the purpose of teaching qualifications, are the collected respectively in annexes III A and III B of the Real Decree 1072 / 2012, of 13 July.
2. with the aim of ensuring compliance with article 12.6 of the Royal Decree 1072 / 2012, July 13, for the delivery of professional modules that comprise it, privately owned centres or public owned by other than the educational administrations, is must demonstrate that it meets all the requirements set out in that article, providing the following documentation (: to) photocopy certified of the title academic official demanded, of conformity to the qualifications included in the annex III C of the Royal Decree 1072 / 2012, of 13 of July. When linked with the professional module that you want to impart, the presented qualifications deemed that it encompasses the objectives of the module itself. ((In case contrary, in addition to the qualification, is provide them documents indicated in the paragraph b) or c).
(b) in the event that want to justify that teachings leading to the qualification provided encompasses the objectives of professional modules that is intended to provide:-personal academic certification of studies, original or authenticated, issued by official site, stating the teachings taken detailing the subjects.
-Studies programs provided and completed by the person concerned, original or certified photocopy them, sealed by the University or corresponding official or authorized school.
c) where it is necessary to justify through work experience, at least for three years, has developed its activity in the sector linked to the professional family, its duration will be credited with the corresponding supporting official document, which will be:-certification of the company or employer organization specifically indicating the activity carried out by the person concerned. This activity has of be related implicitly with the results of learning of the module professional that is intended to impart.
-In the case of who work by has own, Declaration of the person interested of them activities more representative related with the results of learning.
Article 8. Spaces and facilities.
Them spaces and equipment that should meet them centres of training professional, to allow the development of them activities of teaching, are them established in the annex III of this order and must meet it established in the article 11 of the Real Decree 1072 / 2012, of 13 of July, as well as the normative on equality of opportunities, «design for all them people» and accessibility universal , prevention of occupational health and safety in the workplace.
CHAPTER IV other offers and modality of these teachings article 9. Offer remote.
1. the professional modules offered to distance, when by its characteristics they required, ensure students the attainment of all the objectives expressed in the results of learning, through face-to-face activities.
2. the provincial directorates and the departments of education shall take the necessary measures and will give detailed instructions to centres authorized to deliver this training cycle in face-to-face mode, to start up and operation of the offer of the same distance.
3 authorised centres for imparting teachings of professional distance learning will have appropriate curriculum materials to be adapted to the provisions of the fourth additional provision of the organic law 2/2006 of 3 May.
Article 10. Combined offer.
In order to respond to the needs and personal interests and give the possibility to combine training with work, with other activities or situations, the offer of these teachings for adults and young people in special circumstances can be combined between regimes of classroom teaching and distance simultaneously, provided the same modules in two modalities do not take at the same time.
Article 11. Offer for adults.
1. the professional modules of this training cycle associated with units of competence of the national catalogue of professional qualifications may be a modular offer aimed at adults.
2. This training will be developed with an open and flexible methodology adapted to the conditions, capabilities and personal needs that allow them to reconciliation of learning with other activities and responsibilities, fulfilling the provisions of chapter I of title IV of the Royal Decree 1147 / 2011, July 29. In addition, this training will be capital to achieve a degree of professional formation, for which it will be necessary to prove the requirements of access.
3. with the aim of reconciling the learning with other activities and responsibilities, the provincial directorates and the departments of education may establish specific measures to fulfil the provisions of article 41 of the Royal Decree 1147 / 2011, July 29, and enable a range of face-to-face and distance simultaneously.
4. with the aim of promoting lifelong training, the Directorate-General of professional training of the Ministry of education, culture and sport may authorize the provincial directorates and the departments of education teaching, in the centers of their competence, professional modules organized in training units of shorter duration. In this case, each result of learning, with their criteria of evaluation and its corresponding block of content, will be the minimum and indivisible unit of partition.
Sole additional provision. Authorisation to impart these teachings.
Provincial and regional ministries of education processed authorization to the General Directorate of vocational training to be able to impart the teachings of this formative cycle of complete or partial form regime face-to-face and distance, of centres who request it and meet the requirements under the current legislation.
Sole transitional provision. Substitution of titles related to these teachings.
1. the students that, at the end of the 2014-2015 school year, fulfils the conditions required for the second course of the title of technician in operation, Control and maintenance of machines and facilities of the vessel, established by Royal Decree 725/1994, of 22 April, under cover of the organic law 1/1990 of 3 October, General Organization of the educational system , and that has not passed any of the professional modules of the first course of the mentioned title, will have two calls in each of two successive years to overcome such professional modules. After this period, in the school year 2017-2018, shall apply the validations, the overmatched modules, laid down in article 14 of the Royal Decree 1072 / 2012, of 13 July, regulated by the organic law 2/2006 of 3 may, education.
2. to students who, at the end of the 2014-2015 school year no fulfils the conditions required for the second course of the title of technical operation, Control and maintenance of machines and facilities of the vessel, established by Royal Decree 725/1994, of 22 April, under cover of the organic law 1/1990 of 3 October, General Organization of the educational system , are you apply them validations established in the article 14 of the Royal Decree 1072 / 2012, of 13 of July, regulated by the law organic 2 / 2006, of 3 of mayo, of education.
3. the students that, at the end of the school year 2015-2016, not satisfying the conditions required to obtain the title of technician in operation, Control and maintenance of machines and facilities of the vessel, established by Royal Decree 725/1994, of 22 April, under cover of the organic law 1/1990 of 3 October, General Organization of the educational system It will feature two calls in each of two successive years to overcome such professional modules, with the exception of the training module in workplace for which you will have an additional school year. To students who after that period had not obtained the title apply the validations, the overmatched modules, laid down in article 14 of the Royal Decree 1072 / 2012, of 13 July, regulated by the organic law 2/2006 of 3 May.
First final provision. Application of the order.
The Directorate-General of professional training, is authorized in the scope of their powers, to adopt measures and enact the necessary instructions for the application of the provisions of this order.
Second final provision. Implementation of these teachings.
1 during the 2015-2016 will be implemented the first course of the formative cycle article 1 of this order refers to that and they will impart the teachings of first course covered by the organic law 1/1990 of 3 October, General Organization of the educational system, corresponding to the Real Decree 725/1994, of 22 April, which establishes the title of technician in operation Control and maintenance of machines and facilities of the ship.
2 during the 2016-2017 will be implemented the second year of the training cycle article 1 of this order refers to that and they will impart the teachings of second year covered by the organic law 1/1990 of 3 October, General Organization of the educational system, corresponding to the Real Decree 725/1994, of 22 April, which establishes the title of technician in operation , Control and maintenance of machines and facilities of the vessel.
Third final provision. Entry into force.
This order shall enter into force the day following its publication in the "Official Gazette".
Madrid, 21 July 2015.-the Minister of education, culture and sport, Íñigo Méndez de Vigo and Montojo.
ANNEX I professional modules 1. Professional module: Maintenance of the propulsion plant and auxiliary machinery.
Code: 1172 contents: a) commissioning of the propulsion plant and auxiliary machinery: interpretation of drawings and technical documentation of equipment and auxiliary circuits. Symbology. Identification of components on planes.
Storage, racking and treatment of fuels, water and oils. Fuel system: components. Liquid and gaseous fuels: classification and characteristics. Precautions when handling the fuel. Effects on health. Regulations relating to the handling and storage of fuel. Prevention and fight against pollution by hydrocarbons. Lubricating oils: classification and characteristics. Additives. Lubricating oil circuits: components. Objectives of the lubrication. Grease lubricants. Applications. Analysis and treatment of water for engines and boilers.
Verification of the systems of purification and clarification of fuels and oils. Methods for cleaning and purification of fuel and oil. Establishment and operation of a centrifugal separator. Determination of gravity disc and the working temperature. Fuel and lube oil filters: types.
Verification of compressed air systems. Operation of a compressor of air in several stages. Use of onboard compressed air: start-up, control and services. Treatment of the compressed air. Air storage. With rules. Distribution circuits: bleed valves, safety valves, valves, couplings, hoses.
Fresh water system. Production by reverse osmosis and evaporation systems. Components and performance. Storage and treatment of water. Subsystems of cold fresh water and hot fresh water distribution. Production of hot water.
Check the availability of the axis line. Propellers of blades fixed. Variable pitch propeller system. Drive of adjustable blades. Forces and moments induced by the movement of the propeller. Influence of the number of blades. Parts and elements of the shaft. The line of axis: flying buttresses. Support and thrust bearings. Speakers. Bulkhead presses. Complements of the axis line. Virador. Torque wrench. Brake. Reducing: reducing inverter, reductora-embrague. Propulsion without conventional line of axes: azimuth, cyclic, and water jet propellers.
Checking the system of Government. Conventional rudder. Forces on the blade. Turn, support and drive elements. The servotimon. Government actuator and its components. Emergency and local government. Communications with Bridge and engine room. Government hydraulic servomotors.
Verification of ship systems. Bilge pumping system. Components. Spaces of the vessel should be achicados. Wells and boxes of sludge. Ballast system. Components. Necessary ballast and its distribution. Ventilation system and extraction of air in the engine room. Components. Use. Separation of water. Treatment of waste water. Treatment of solid waste. Prevention of pollution. With rules. Garbage compactor. Waste incinerator. System of aeration or respite, overflow and probe on deck.
Checking circuits. Verification of circuits on planes and real equipment. Identification of components. Suction baskets. Scuppers and grids. Pipes: materials and accessories (friezes, liners, filters, generator, among others). Flexible pipes. Patch cords. Measuring instruments: types and features. Adjustment and testing. Valves: classification and components main. Operation of the pump in a circuit. Suction and discharge pressures. A centrifugal pump priming. Ejectors.
Organization of work. Leadership of working groups. Standard orders. Criteria of teamwork.
(b) operations of start, stop and control of heat engines and auxiliary systems: alternative internal combustion engines. Classification: motor gasoline and diesel from two to four times. Gas engines. Operation. Comparison of the different systems of work. Constitution of the engines of combustion internal. Functions of each an of the parts of the engine. Accessories of the engine: assurances of the carter, detector of fog of carter, control of leakage of the circuit of injection, tanks of expansion and tanks of gravity, among others.
Systems of power supply of fuel in engines diesel, gasoline and LPG. Measurement of gases. Conditions, equipment and adjustment of parameters. Systems with carburetor: principles and types of Carburetors. Systems with fuel injection. Electronic injection. Diesel injection systems: rotary vane pumps, in-line and with electronic control. Injectors: types and performance.
Charge air circuit. Engines naturally aspirated and supercharged engines. Parts of the circuit. Supercharging: turbochargers. Charge air cooler.
Start-up and operation systems. Electric starter. Components and performance. Air starter. Components and performance. Gear change. Methods. Speed regulator. Operation and type.
Ignition systems. General description. Principles of operation. Types of ignitions. Electronic ignition.
Combustion. Stoichiometric and excess air ratio. Lambda ratio. Analysis of exhaust gases. Exhaust system: components. Backpressure. Cogeneration. Anti-pollution systems.
Lubrication system. Description of the system and operation. Parts of the circuit. Engine parts subject to lubrication.
Refrigeration system. Fresh water cooling circuit. Systems with high and low temperature circuit. Description of the system and operation. Engine parts needed cooling. Use of the dissipated heat.
Engine safety. Indication of meters. Alarms. Emergency stops. Overspeed, by low oil pressure.
Start and stop operations. Interpretation of technical specifications. Characterization of phases: warm-up, start, start, stop and cooling. Parameters that must be controlled.
(c) operation of steam and gas turbine propulsion plants: steam on board. External combustion systems: principles of operation. Overview of a steam propulsion plant. Main components and their mission. Steam generators. Boiler plant. Classification of boilers. Steam circuits.
Operation and maintenance of steam boilers. Start/stop of a steam boiler. The boiler feed water treatment.
Steam turbines. Principles of operation. Elements of the turbines. Classification. AC turbogenerators and turbopumps.
General description of gas turbine propulsion plant. Main components.
Principles of operation of the gas turbines.
Description of the basic components of gas turbine. Main components and their mission.
Systems partner of the turbine of gas. Mission of each system.
A gas turbine start up sequence. Control of parameters.
Proceedings of the gas turbines. Procedures of start and stop. Washing procedure. Emergency cooling procedure. Procedure of implementation in service / withdrawal of the system antifreeze.
Proceedings against fires in the turbine. In the interior of it wrapped after the stop. Fire class «B» in the module.
(d) maintenance of the plant propulsion and machinery auxiliary: realization of operations of maintenance. Preventive maintenance operations. Scheduled maintenance plan. Taking of samples of lubricants for analysis. Interpretation of analysis of oils. Techniques of thermography. Analysis of vibrations.
Operations of localization, disassembly and Assembly of parts of equipment of the plant driving / machinery auxiliary. Use of drawings and technical documentation. Obtaining of parameters of operation: equipment and means of measurement, control and diagnosis. Interpretation of parameters. Disassembly and Assembly. Processes and techniques. Use of tools and special tools.
Tightening force. Settings and put on the verge.
Elements test procedure. Management of equipment of measurement and verification. Calibration and control of tolerances.
Working procedures of emergency in case of failures or equipment breakdowns.
Installation and maintenance of systems of transfer and purification of fuel and oil from vessels. Installation and maintenance processes. Diagnosis of the parameters of functioning of systems.
Maintenance and installation of systems of conduction and water from the boat. Installation and maintenance processes. Diagnosis of the parameters of functioning of systems.
Functional and reliability tests.
Conditions to be observed for good communication. Use of technical vocabulary.
Preparation of reports of failures.
(e) maintenance of internal combustion engines: disassembly and reassembly of an alternative train. Verification of the alternative train. Substitution of components in poor condition.
Disassembly and Assembly of the engine starting System. Verification of the JumpStart system.
Verification and troubleshooting in supercharging systems.
Disassembly and Assembly of a cylinder head. Verification of the status of the stock. Valve adjustment.
Adjustment of valves.
Disassembly and Assembly of injectors. Cleaning of the injectors. Changing nozzles. Ring of injectors.
Draught of the engine injection pumps. Measurement of the static and dynamic advance.
Operations of verification, disassembly and reassembly of crankshaft of a boat.
Operations of verification, disassembly and Assembly of elements of the distribution system in a boat.
Disassembly, Assembly and adjustment of ignition of a petrol engine.
(f) maintenance of auxiliary boats with outboard propulsion systems, inboard and waterjet: identification of components of systems of propulsion of boats with outboard motors, inboard and water jet. Fuel system. Carburetor. Fuel pump. Any mix. Refrigeration system. Water pump. Thermostatic. Ignition system. Batteries. Spark plugs. Injection system. Electronic injection. Starting systems. Electric. Manual. Clutch system and reversing. Z-tails and tails in S. Fluidos hydraulic. Propellers.
Maintenance of the system of propulsion of Jet of water. Motor-propulsor drive shaft line. Propeller pump unit. Servo unit. Hydraulic and lubrication system. Control system. Securities. Maintenance and test protocols.
Operations start, stop and emergency stop. Commissioning checks. Put start and stop of the system. Emergency stop procedure. Operations to be carried out after the stoppage.
Execution of peacekeeping operations. Interpretation of drawings, diagrams and technical documentation. Maintenance planning. Assembly and disassembly techniques.
Disassembly and Assembly of the transmission system of the engine on a water jet system. Attach the shaft to the speaker. Attach the shaft to the motor.
Disassembly and Assembly of the system of the hydraulic system in a water jet system. Settings of the cylinder hydraulic of the servo of the unit. Adjustment of the pump hydraulic.
Identification of anomalies or failures of operation. Interpretation of plans, diagrams and documentation technical. Tools and units of measure. Techniques of disassembly, repair and Assembly. Troubleshooting of the system electric (magneto, coil, wires and spark plug). Troubleshooting of the carburetor (dirt in chewing gum, float, fuel contaminated, clogging of filters of air and fuel). Loss of compression by wear from shirts, rings and Pistons. Wear of pinion and Crown of the tail. Failures in the clutch. Prevention of risks labor and environmental standards.
Maintenance prior to prolonged stops. Hibernation of the engine.
Verification of maintenance or repairs.
Preparation of technical reports.
(g) prevention of occupational and environmental risks in maintenance of the propulsion plant and auxiliary machinery: assessment of danger and risk.
Hazard identification and risk assessment in the facilities of machines.
Measures of prevention and response to contingencies.
Measures of caution during work of operation and maintenance. Standards of security of the equipment and systems. Conditions for a good communication. Works in spaces confined. Risks for work at height.
Means of protection individual and collective. Equipment of protection individual (EPI). Signs of safety. Authorizations of work. Teamwork.
Preparation of the work area. Means employed in the protection of areas adjacent to the work area, liable to be damaged. Physical isolation of the work area. Order, care and cleaning.
Hygiene at work. Noise limits. Lighting and ventilation conditions. Temperature and humidity of the different rooms/spaces. Activity/rest periods. Consequences for health.
Handling of hazardous products and waste. System of collection and disposal of waste. Storage and handling of products hazardous. Policy to the connection.
Investigation of accidents. Search of the causes. Measures for their correction. Preparation of reports.
2. module Professional: procedures for machining and welding in ships and boats.
Contents: a) development and repair of machine tool parts: identification of materials and commercial forms of supply.
Characteristics of different metals and alloys.
Interpretation of drawings, sketches or diagrams of parts by identifying measures, dimensions and surface finishes.
Quality parameters of different machining processes: management and use of hand tools. Handling of all types of wrenches, screwdrivers, chisels, chisels, pliers, among others. Management of riveters, punches, hand drills, shears, among others. Management of the lima and the hand saw. Adjustment operations.
Management and use of portable electric and pneumatic tools: drilling and portable drill countersink operations. Hand, reaming and milling with portable power tool operations. Mapped and dotted your machining parts.
Sharpening tools and tooling in the grinder.
Drilling operations. Instructions for operation and management of the machine with its security measures. Workholding and choice of the appropriate cutting speed. Sharpening tools and execution of large-diameter holes.
Operations of turning: explanation of the most important parts; chain kinematics and security measures. Basic operations: focused part, reaming, endorsed and drilling. Turning and drilling in steps to a preset size. With aluminum material cutting operation. Operation of threading easy with material of aluminum. Other operations simple: turning of cones, knurled, sanding, polishing and grinding.
Operations of milling. Explanation of the parties more important; chain kinematics and measures of security. Operations of milling in surfaces free. Milling of surfaces flat in a cylinder and milling of a chaveteo. Applications special of the milling machine, use of the dish splitter in operations of machining.
(b) development and repair of parts by welding electric by bow with electrode coated and with gas protective (MIG, MAG and TIG): techniques of welding and their applications.
Quality in the processes of welding parameters.
Electric arc welding arc welding with coated electrode. Determination of the proper materials to apply this type of welding. Types of electrodes used. Different kinds of machines depending on the type of power used.
Preparation and clamping of parts that need to be welded. Techniques of fastening and preparation of the pieces. Stresses generated in welded joints. Methods to remove generated tensions.
Adjustment of the operating parameters of machine and choice of suitable electrode. Adjustment of the supply voltage. Adjustment of the intensity in the bow. Polarity of the electrode. Diameter of the electrode. Testing preliminary.
Different forms and conditions of executing the welding. With or without ceramic tile butt welding. Welding horizontal in line straight and in angle. Welds in vertical upward and at an upward angle. Welds in cornice and in ceiling. Welding in pipe joint with or without overlap. Welds and patched sheet of 2 mm welding in special materials: steel and cast iron and stainless steel.
Manufacture of containers cubic or cylindrical through welding electric by electrode coated. Welding with electrode in thin sheets. Evidence of leak to low pressure. Control of pores and repair. Welding of high strength in sheet metal of great thickness and drive shafts. Preparation of the welding station. Determination of the number of cords process of execution to eliminate to the maximum the tensions. Final process of stabilization of the material.
Welds in atmosphere inert. Different techniques. Type MIG welding with filler material of continuous thread steel. Type MIG welding with filler material of continuous thread in aluminium. Welding type TIG with contribution of rod or material in steel stainless or brass.
Adjustment of the parameters of operation of the teams of welding MIG, MAG and TIG. Supply voltage. Intensity of current. Gas flow. Contribution of the wire speed. Automatic or manual mode. Execution of welding in inert atmosphere. Application in electric coated electrode welding procedures.
(c) elaboration and preparation of parts for gas welding and flame cutting: gas welding procedure.
Effects of the flame over the material to be welded. Types of flame.
Adjustment of the operating parameters. Pressures of oxygen and acetylene and flame control.
Physical characteristics of materials joining and positioning them.
Preparation of materials and surfaces to be welded. Use of strippers and rust remover.
Applications of gas welding. Welding in sheet iron and steel in Interior and exterior angles with solder. Welding in vertical position and cornice. Welds in thin-walled steel pipe joints. Welding in pipes of copper and brass with contribution of brass rod material. Welding on thin sheets of stainless steel. Welding with contribution of material of silver and estano-plata in pipe of copper. Welding capillary. Welding for patched of holes in sheets thin and works of boiler works fine.
Employment of the torch acetylene for warming of parts and elimination of tensions in parts welded. Application of different flames and nozzles.
Evidence of tightness and detection of pores in containers cylindrical and cubic.
Operations of flame with torch oxy-acetylene. Preparation of the surfaces to cut. Cleaning and mapping of the Court. Adjusting pressure oxygen and acetylene and flame control. Precautions to take with the departure of melted material.
Execution of cutting in horizontal position and with controlled distance. Methods.
(d) revision and repair of mechanical components: identification in an Assembly drawing of the different pieces that form it and union elements used.
Selection and description of the sequence of disassembly and Assembly.
Selection and description of tools and supplies that are to be used in the procedure for disassembly and Assembly.
Reconstruction and repair of parts subject to wear and tear, corrosion and cavitation.
Implementation of disassembly of a machine or set of pieces. Control of dimensions or measures subject to tolerances. Stateful inspection of corrosion or wear presenting different pieces. Condition of the elements of rolling, stamps and seals. Conditions of the disassembled tortilleria.
Execution of Assembly of machine or Assembly of parts: preparation, cleaning and packaging of parts Assembly of subassemblies. Control measures, dimensions, and tolerances according to directions of the plane. Control of all tightening them force needed. Greasing, lubrication and operating control operations. Necessary final tests: testing hydraulic, raceways, electrics, balanced consumption and vibration. Final finishes of maintenance: cleaning, painted and labeled.
Inventory and consumed elements file and control of respect.
Applications and managing and measuring instruments used in the workshop. Rules, levels, squares, compasses, porta-angulos, liners, gauges, calibrators and others. Tape measure, gauge, micrometer, clock comparator, comb of threads and devices of measure of precision digital. Identification of threads in nuts and bolts.
Tests basic on materials different: traction, toughness and shear.
Treatment thermal: annealing, tempering and tempering.
Welding in cold through application of products epoxy and resins. Technique of application to welding, filler and repair of parts. Technique of tread of machines.
Coating of surface metal. General idea of the technical electrolytic galvanized, nickel plating, chrome plating, blued and others.
(e) operations during the stranding of the ship: clamping and fixing of propeller systems. Disassembly and Assembly.
Disassembly and Assembly of the thimble and seals fore and aft.
Method of extraction of a tail shaft, with fixed and variable pitch propeller. Coupling systems are used.
Control clearances and tolerances to the rearmost axle of the rudder stock.
Disassembly and Assembly of dish, wedge, valves and butterfly valves check, among others.
Different systems against corrosion and galvanic protection used on ships. Replacement of sacrificial anodes.
Maintenance of hull and installed in the hull elements. Operations of blasting, application of primer and paint anti-fouling. Control and measurement of thickness. Recognition of the coolers of keel, box-cooler, sonar and equipment of measurement installed in the keel. Propellers cross, propellants azimuth, propulsion type Voith Tractor, among others.
Dismantling of systems propulsion in ships of small power. Removal of the line of axis and the propeller external. Disassembly of rudders. Removal of them packaged. Disassembly and revision of bearings in flying buttresses. Disassembly and revision of floating speakers.
Structural elements of building a vessel of limited power. Longitudinal and transverse structure. Partitioning of the boat. Nomenclature of the major structural elements efforts supported by the hull during the grounding.
(f) preventive and corrective maintenance of the machinery deck and fishing park: structural elements of the ship-building. Naval construction systems. Types of ships. Dimensions and most important parts of the ship. Elements of consolidation. Nomenclature. Buoyancy of the vessel. Work live, play dead and hull. Openwork, seat, heeling and effects of the loading of the vessel. Stability of the vessel. Center of gravity and floating. Factors that affect to the stability. Interpretation of curves of stability and methods to improve it.
Elements that form part of a razor of drag. Motor electric or hydraulic. Reducer. Hydraulic or pneumatic brakes. Reel, stevedore and accessories.
Constituent elements of the Clipper from Anchorage.
Elements used in the operation of fishing: doors, beam, cable dockers, red drums, net rollers, haulers, snatch blocks and tensioners, among others.
Equipment and installed in the Park's fishing elements: processing machines, conveyor belts, centrifugal pumps, winches, forklifts and ice, among other machines.
Maintenance of circuits and hydraulic valves installed on deck for the actuation of razors, sluices, rollers, cranes, among others.
Repair of emergency and material that must be used.
Conditions of safety of electrical systems installed on deck outdoors. Ostas, amantillos, lanteon, hauling and rigging elements and other used in the operation of tuna freezer. Characteristics of the panga or boat of maneuver to the fence. Razor master of fence and razors auxiliary used in tuna freezer. Interpretation and identification of elements, machines and equipment of the vessel in them flat of available general and relationship of machinery of the ship.
(g) prevention of risks labor and environmental in the work of workshop and stranded: risks of accident in machines of machining. Endangerment of the lathe, drill and milling machine. Clamping of parts in the three machines. Unbalanced of the workpiece or tool. Detachment of chip. Dragging of objects strange. Speed unsuitable. Breakage of tools.
Risk of accident in welding machines. Danger of electric, gas welding and flame cutting. Sparks, slag and molten material detachment. Condition to the vision (glare). Burns by contact. Fulguration can occur through lack of insulation. Explosion or combustion by gas leaks. Inhalation of gases. Explosions due to lack of cleaning (oxyfuel). Easily generate fire.
Risk of accident in handling, transfer and stowage of machines and mechanical components.
Risks in the handling of tools manual and portable.
Rules of safety: equipment and facilities. Arranchado and cleaning of working areas. Maintenance of the machines and tools of machining and equipment for welding. Transfer and stowage materials and machines. Signaling. Clothing and protective equipment. Authorization for special jobs. Work dangerous in tanks, containers pressurized, boilers and areas dangerous, among others. Incommunicado and signalling of repairs of machines, depressurization circuits and tanks, degassing and cleaning among others.
3. professional module: Regulation and maintenance of automation on ships and boats.
(Content: to) Control of the operation of systems pneumatic: applications pneumatic. Criteria in the selection of controls and pneumatic actuators. Elements of a system pneumatic.
Determination of parameters of work of elements of pneumatic systems. Pressure of work. Force developed by the actuators. Volumes of compressed air.
Adjustment of the parameters of pneumatic systems. Regulators of pressure. Flow regulators.
Drying of compressed air. Systems of purged. Drying systems.
Maintenance of the network of compressed air supply. Distribution network. Deposits and intermediate accumulators. Tomas pressure. Measurement of pressures. Filters. Lubricators.
Standardized symbols for supply and compressed air conditioning elements.
Control of processes. Open loop control. Closed loop control.
Types of industrial processes. Continuous processes. Discrete processes. Discontinuous processes.
Logical functions performed by control systems. Systems analog. Digital systems. Logical systems.
Realization of logic functions using processing electrical and pneumatic elements. Processing pneumatic valves. Processing by means of electrical contacts.
Function of the elements of the chain of command. Input signals. Signal processing. Output signal.
Representing the sequential development of the movement and switching States. Diagrams of movements. Operation diagrams.
Comparison of the different types of remote control and media work. Electric control. Pneumatic control. Remote control electronic.
(b) installation and maintenance of systems tyres: application of systems pneumatic aboard. Boats for fishing. Boats sports. Ship merchant.
Maintenance programmed of the circuits tire.
Constitution and operation of those elements tires. Valves of pathways. Actuators pneumatic. Logical functions. Amplifiers tires. Timers tires. Valves sequential.
Elaboration of schemes tires. Systems of remote control direct. Systems of remote control indirect. Methodology intuitive. Methodology systematic. Low pressure. Systems of memories pneumatic.
Interpretation of schemas tires. Symbology standard. Numbering of systems. Description of the operation of the system. Operation diagrams. Technical specifications.
Trouble shooting. Typology of features troubleshooting in pneumatic plants. Diagnosis and troubleshooting.
Maintenance and repair of pneumatic plants. Preventive and corrective maintenance of pneumatic plants. Components and tools for the replacement or repair of defective components.
Techniques and procedures for mounting of pneumatic systems. Interpretation of Assembly diagrams. Connection of elements on panel's practices. Verification of functionality and parameter setting. Application to pneumatic systems used in boats.
(c) maintenance of oil-hydraulic system: uses oleo-hidraulicas in propulsion systems, Government and auxiliary vessel. Fishing boats. Sport boats. Merchant ships. Advantages and disadvantages of hydraulics. Elements of work of hydraulic systems.
Fluid mechanics. Fundamental theorem of hydrostatics. Analysis of transmission and multiplication of forces and pressures in a hydraulic system. Continuity equation. Flow measurement. Type of flow. Cavitation. Hydraulic oils.
Generation of energy oleo-hidraulica. Hydraulic pumps. Deposits of oil. Oil filtration systems. Distribution pipes. Oil coolers. Oil-hydraulic accumulators.
Establishment and functioning of the elements of work, control and regulation. Cylinders. Hydraulic motors. Way valves. Relief valves. Pressure reducing valves. Non-return valves and its variants.
Trouble shooting. Typology of features troubleshooting installations oleo-hidraulicas. Diagnosis and troubleshooting.
Preventive maintenance operations.
Repair of faults in oil-hydraulics. Fishing boats. Sport boats. Merchant ships.
Prevention of pollution. Techniques of emptying and flushing circuit. Collection of oils and filters. Prevention of spills.
(d) installation of oil-hydraulic systems: development of applications oleo-hidraulicas schemes. Approach of the problem. Elements of Government. Elements of work. Elements of regulation of the system. Hydraulic schemes. Standardized symbols.
Interpretation of hydraulic schemes. Standardized symbols. Function of the elements of safety and regulation. Description of the general operation of the system. Operation diagrams. Technical specifications.
Mounting of elements oil-hydraulic. Materials and tools for installation. Techniques of installation and connection of elements oil-hydraulic. Prevention of risks labor in the processes of installation and maintenance of systems oil-hydraulic.
Adjustment of parameters of operation and regulation. Measurement of parameters. Regulation of flows. Adjustment of pressure of work.
Tests of operation of the installation. Bleeding the system. Oil-hydraulic system boot. Vacuum testing. Load testing.
(e) electrical automation of control and processing configuration: standardized symbols and its representation in hydraulic electric installations and electro-pneumatic. Plans and normalized diagrams. Electric elements: pushbuttons, sensors, contactors, relays, switches, limit switches, detectors. Electric actuation: solenoid valves.
Interpretation of wiring diagrams of pneumatic and electro-hydraulic systems.
Drawing of electro-hydraulic automation and electro-pneumatic circuits.
Assembly of circuits electro-pneumatic and electro-hydraulic control and power. Setting of parameters: timers, switches.
Fault characteristics of facilities of automation. Typology of breakdowns in facilities of automation. Analysis of faults in systems of processing of automatic electric. Analysis of faults in systems of control.
Electro-hydraulic proportional. Solenoid valves proportional. Amplifier of two channels. Cards of value of luggage.
Installation and configuration of proportional electro-hydraulic systems. The two channel amplifier parameters. Parameters of the card of the set value.
(f) programming of programmable logic controllers: structure of the programmable logic controller. Input modules. Output modules. Memory systems. Central processing unit.
Preparation of programmes. Programming languages. Structuring of the program. Editor of projects of PLC. Documentation technique.
Communications. Console's programming. Peripheral. Interface of communication. Configuration of the system.
Mounting and connection of automats programmable. Procedures of installation and activation of the automaton. Test operation and adjustment of variables.
Troubleshooting techniques in systems governed by automatons.
4. professional module: Maintenance of the installations and electrical machines in ships and boats.
Contents: three-phase alternating a) determination of operating parameters in direct current (DC) and alternating current (AC) current: conductors and insulators. Influence of temperature. Superconductors.
Electrical circuits in DC. Resistors in series and parallel. Joule effect. Power and energy. Loss of power in the conductor. Voltage drop in conductors. Coils and capacitors in DC.
Electrical circuits in AC: advantages of AC power. Characteristic AC values. Resistors, coils and capacitors in AC. Inductive and capacitive reactance. Impedance. Resonant circuits. Resonance in series and parallel resonance. Factor of power. Improvement of the factor of power. Power apparent, active and reactive. Measurements of voltage, intensity and power in current AC single-phase.
Circuits electrical three phase: advantages of the use of the systems three phase. Connection of the generator three-phase. Connection of receiver phase: Star, triangle. Systems three phase with neutral and without neutral. Systems three phase balanced and unbalanced. Improvement of the power factor in three phase installations. Measures voltage, current and power in three-phase systems. Measurement of the apparent power, active and reactive in three-phase systems.
(b) control of electric generators:
Magnetic circuits of electrical machines. Permeability and hysteresis magnetic. Parasitic or eddy currents. Interaction between a current electrical and a field magnetic. Elementary electric generator, alternator.
Alternator three-phase. Magnetic circuit and electrical circuit. Constitution of the stator and rotor of the alternator. Alternator Exciter electrodynamics. Alternator with brushes and Exciter built-in to the alternator. Self-excitation and priming. Brushless alternators.
Electrical measurement systems. Instruments analog and digital. Position of work of the units of measure. Systems of measurement: coil mobile, iron mobile, dynamic, of induction and sheets vibrant. Extension of the scope in the measurement of intensity into alternating current with current transformers. Extension of the scope in the measurement of intensity in DC Shunt resistors. Extension of the scope in the measurement of tension. Power measurements.
Systems of protection of alternators. Circuit breaker. Magnetic shielding for shorts. Thermal overload protection. Spark Chamber. Minimum voltage coil. Coil of maximum tension. Switch cut power. Overload relay. Non-essential services.
Alternators mesh control. Manual and automatic system. Synchronism indicator lamps and Sincronoscopio. Timing relay. Systems for regulating speed (frequency) of the alternators. Systems for the regulation of tension of the alternators with brushes. Systems for brushless alternators voltage regulation. Balanced loads, load regulation varying the speed. Operation of the alternator as a synchronous motor, reverse power relay.
Control of alternators disconnection and connection of the external power supply. Reducing the burden of the alternator and disconnection. Protections to the outer socket connection. Exclusion of alternators and outer socket. Relay of succession of phases.
(c) maintenance of generators and electrical receptors: measurement of electrical insulation: insulation (Meger) measuring devices. Insulation between phases and phase and Earth. Lamps of low isolation. Leak detection. Insulation box measurements. Insulation leakage alarm. Differential relay of leakage current.
Measurement of power and heat in generators and motors. Ammeter clamps. Consumption in the boot. Measurement of the temperature of windings. Operation of the fans. Temperature sensors in alternators and special motors.
Performance characteristics of DC and AC motors. Principle of operation of the DC motor. Start of the operating principle of the alternating current motor DC motor. Three-phase motors. Squirrel cage motor. Intensity/speed and torque/speed curves. The AC engine starting systems. Direct starting. Torque/speed and intensity/speed curves. Investment of money. Need for Star/Delta starting. Torque/speed and intensity/speed curves. Motor rotor winding and slip rings. Two-speed motor. Impossibility of starting of single-phase motor of squirrel cage. Split with auxiliary winding-phase motor. Phase split capacitor motor. Loop shorted motor. Universal motor. Motor three-phase as a single phase.
Transformers single-phase and three-phase. Principle of operation of the transformer. Characteristics of the core of the transformer. Relationship of transformation. Operation of the transformer in vacuum. Operation of the transformer on load. Transformer in short. Losses in the transformer. Characteristics of the transformer three-phase. Connection of the transformer.
Operation of the bearings and coupling. Measurement of vibrations. Measurement of the temperature of the bearings. Lubrication of bearings. Coupling flexible.
Use of tools, devices of measurement and application of techniques of measurement. Measurement of resistance and continuity. Measures of stress. Measures of intensity.
Location and repair of faults in electrical machinery. Assembly and disassembly sequences. Replacement of bearings. Verification of operation.
(d) preventive and corrective maintenance of the main switchboard operations: documentation and symbolism of the main box. Energy balance. Power consumed. Simultaneity factor. Power generated. Interpretation of the documentation and wiring diagram of the main box. Characteristics of circuit breakers. Minimum voltage coil. Coil of maximum tension. Switches automatic of power. Disconnection of the services not essential. Alarms and different steps. Elements linked to the system fire. Disconnection of the equipment of fuel and oxidizing.
Start of the Group of emergency. Relay failure of tension. Starter and coupling of the emergency group. Emergency box. Elements connected to the emergency box. Manual start-up system.
Bar for 380/220 V and bars 660/220 V. isolation of bars indicators 380 V or 660 V and 220 balanced consumption of phases v bars. Measurement of power factor.
Interpretation of the wiring diagram for the start-up of the refrigerating equipment. Types of compressors of cold boot. Pressure switches. Thermostats. Indications and protections. Decompression for the Starter solenoid. Defrosting system.
Interpretation of the scheme electric for the set up of the team electric of the servotimon. Start local or remote (bridge). Relay of fault phase. Relay of failure of tension. Solenoid or solenoid valves. End of career. Sensors of level. Indicators and alarms.
Location and repair of faults in the main box. Assembly and disassembly sequences. Verification of operation.
(e) installation of basic electrical low voltage installations: design of the wiring diagrams. Multifiliar and unifiliar scheme. Diagram of force or principal and scheme of control or maneuver. Power voltages and control voltages.
Installation of boot by applying standards of low voltage for the election of the wiring according to the expected intensity, the number of drivers on the line and ambient temperature. Tables. Types of cable. Driving systems. Influence of voltage drop.
Use and choice of the tool. Screwdrivers. Scissors. Wire stripper.
Types of lighting lamps. Incandescent lamps. Fluorescent lamps. Ballasts and starters. Capacitors to improve the Factor of power.
Elements of maneuver, indication, protection and control of start of the motors of current AC. Symbology. Switches unipolar and bipolar. Switches simple or of crossing. Disconnectors. Push-buttons. Selectors. Buttons of emergency. Indicator lamps. Fuses. Types of fuses. Circuit breakers protection with minimum coil and coil maximum. Differential switch. Engines Starter switches. Contactors. Auxiliary contacts. Feedback. Protection of motors. Thermal overload relay. Relay of maneuver. Detectors of temperature of windings. Timers to the connection and disconnection. Relays of function. End of career. Detectors of proximity inductive and capacitive. Detectors photoelectric. Transformers of maneuver.
Measurements of voltage, intensity and continuity. Use of the digital meter. Ammeter clamps.
(f) maintenance of facilities of DC: chemical effect of electric current. Batteries. Electrolysis. Galvanic coatings. Electric batteries. Chemical energy. Types of rechargeable batteries. Characteristics of lead accumulators. Constitution and capacity of the batteries. Voltage and current of load. Voltage and current of download. Resistance internal. Self discharge. Connection of batteries.
Power of current continuous to the devices of bridge. Table of current continuous. Protections. Transformer reducer of voltage three phase. Three-phase rectifier. Current ripple.
Characteristics of battery chargers. Battery charging current. Battery charge control. Disconnection of the load.
Characteristics of battery charging generators. Three-phase windings of the stator. Rotor. The rotor winding. Brushes and slip rings. Regulator. Control of the charging of batteries. Variation of the current of excitement with the speed of spin.
Assembly and disassembly of the generator of charging of batteries. Disassembly and Assembly of the brushes. Disassembly and Assembly of the rotor. Disassembly and Assembly of the stator and the plate of diodes. Disassembly and Assembly of the pulley. Tension of the belt's drag.
Electric starter motor. Characteristics of the stator. Number of poles. Characteristics of the rotor. Collector commutator bars. Connection from the Starter coil. Gear systems.
Assembly and disassembly of electric starter. Disassembly and Assembly of the relay connection. Disassembly and reassembly of brush holder and housing. Disassembly and Assembly of induced.
Maintenance of batteries. Check the condition of the batteries. Placement of the subject batteries in a dry and ventilated place. Maintenance of the terminal of connection clean and tight. Maintaining the level of electrolyte. Hydrometers. Meters for short. Place the subject batteries in a dry and ventilated place. Keep the terminal of connection clean and tight. Maintain electrolyte level. Avoid the complete discharge of the batteries. Patterns of work during the operations of maintenance. Check with clamps «Hall» effect.
System of lights of emergency. Voltage relay. Picture of lights of emergency. Navigation lights emergency power. Power of emergency of the servotimon.
Alarm systems. Systems of alarm to relay desexcitados. Alarm relay excited systems. Use of programmable controllers. Relays maneuver. Sensors of pressure, pressure differential. Sensors of temperature, NTC, PTC and thermocouples. Level sensors. The connection and disconnection timers. Lights indicator (LEDs) and lamp test.
(g) location and repair by replacement of electronic control systems: characteristics of single-phase and three-phase rectifiers. Semiconductor. Glass P. Crystal N. diode of union. Rectifier diodes. Bridge rectifier. Filtering.
Alternators for battery charging voltage regulators. Zener diodes. Bipolar transistors. NPN and PNP. Fixed and variable resistors. Voltage dividers. Adjustment and testing of the controller according to technical documentation.
Regulators of tension for alternators with brushes. Controlled rectifier bridge. Double PNPN junction. Thyristors. Elements of control of thyristors. Elements of protection. Relay priming. Adjusting tension and the speed of response according to technical documentation.
Brushless alternator voltage regulators. Dual alternator: fixed and mobile fixed and mobile inductive induced. Rotating rectifier bridge. Checking the diodes. Voltage regulation card. Adjusting tension and the speed of response according to technical documentation. Elements of protection. Priming system. Overdrive, compoundaje transformers.
Characteristics of frequency converters. Igbt field-effect transistors. Characteristics of bipolar transistors and field-effect transistors.
Location and repair of faults in electronic controllers. Assembly and disassembly sequences. Verification of operation.
(h) prevention of occupational and environmental risks in the work of maintenance of facilities and electrical equipment: regulation of occupational hazards.
Facilities shall comply with the rules in terms of conservation and security. Grounding of all masses of equipment and electrical installations of the ship. Installation of the protective devices. Signs of risks. Risk of explosion and fire. Conditions of humidity.
Process of suspension of the voltage: Disconnect. Prevent any possible feedback. Verify the absence of voltage. Put to ground and in short. Protect against elements next and signaling.
Risk of short circuit in arc electric with tensions lower to 50 volts. Burns. Explosion and fire.
Working with voltages higher than of security. Training on the risk electric. Shock electric by ARC electric or contact direct or indirect. Application of first aid. Local with risk of explosion or fire.
Regulations on materials and equipment. Isolation of tools. Isolation of the shoes of safety. Gloves. Equipment insulation.
Order care and cleaning of the facilities, tools and equipment.
Regulation of environmental risks. Handling of hazardous products and waste. Storage and handling. Collection and disposal system.
5. professional module: Installation and maintenance of machinery of cold and air conditioning in ships and boats.
Contents: a) mounting of equipment in refrigeration systems and air conditioning systems: European standards on fluorinated greenhouse gases.
Interpretation of technical documentation. Planes. Symbology. With rules.
Interpretation of thermodynamic tables. Isolates. Moisture and air. Specific heats.
Management and interpretation of technical catalogues for units that constitute refrigeration plants. Manuals. Informative.
Refrigeration compressors. Positive displacement. Alternative: open, semi-open and closed. Rotary. Screw. Gears. Spiral. Centrifugal.
Capacitors. Coefficient of heat transmission. Sensitive heat exchangers: water and air. Latent heat exchangers: atmospheric and evaporative.
Evaporators. Coefficient of heat transmission. Depending on their use. Brine baths. Defrost of the evaporator. According to their boiling. According to its Constitution.
The coolant expansion control elements. Thermostatic, automatic and electronic expansion valve. Float expansion valve. Fixed expansion valve.
Elements of pressure and temperature control: switches and thermostats. Pressure gauge. Thermometer.
Elements of regulation: regulating valves and solenoids.
Over-pressure safety elements: definition and types. Safety valve. Plug fuse.
Walkin for best performance. Oil separators. Filter-drier. Display of liquid and gas. Heat exchanger of heat. Storage tank of pressure.
Tunnels of freezing (freezing fast). Working temperature. Tunnels: Constitution. Conveyor element of the product.
Heat pumps: types and features. Four-way valves. Water-air pump. Pump air-air. Pump energy solar.
(b) operations start-up, control and stop of the refrigeration system and air conditioning system: verification of checkpoints and sealed in the transmission of the compressor. Verification of the correct operation of the resistance of the crankcase. The oil temperature.
Identification of the State of the valves of the circuit: electrical connection. Mechanically operated.
Checking the operation of the compressor. Electrical operation. Mechanical performance.
Checking of the condenser in its Constitution and in its elements of condensation (air/water).
Checking in the evaporator of the systems of defrost or ducts of drain of the water condensed (air humid).
Checking in the system of air conditioning of the functionality of the valve of four ways (pump of heat).
Checking and calibration of the pressure switches of control and regulation.
Checking and calibration of the elements of control and regulation of temperature (thermostat).
Checking of the elements of security against the overpressure: valve of security. Plug fuse.
Control of the moisture content in the circuit inside.
Handling of gases fluorinated of effect greenhouse: load and recovery.
Maintenance and revisions.
Precautions with computers that use fluorinated greenhouse gases.
State gas and liquid refrigerant. Viewers. Levels.
Check the stopping device.
(c) location and repair of faults and failures of equipment and elements of the refrigerating and air conditioning.
Interpretation of parameters contained in the technical documentation.
Location of faults and troubleshooting protocols.
Temperature of the Chamber or space cooling.
Pressure of the high.
Temperature of the lines of suction and liquid.
Pressure of the valve of expansion.
Time of operation.
Valve of four ways.
Assembly and disassembly of compressors.
Installation of condensers and evaporators.
Mounting and dismounting of valves of regulation.
Systems of conduction of gases and liquids.
Systems of defrosting.
Treatment of fluorinated greenhouse gases. Recovery. Maintenance of equipment. Detection and repair of leaks.
Measuring in their different media devices.
With technical details of the fault report: causes and remedies.
Preparation of the report on the State of the operation after the repair installation.
Procedures of disassembly, repair and Assembly of equipment, according to the technical documentation and use of measurement and calibration devices.
Calibration procedures and controls of tolerance.
Technical documentation relating to the location of the elements that make up the installation.
Controls and implementation of measures devices will be used in the repairs.
(d) maintenance preventive of the installation cooling and of the system of air-conditioning: data relevant of them equipment. Manufacturer. Supplier. Inspections carried out, official and not official.
Interpretation of documentation technical.
Programming of the maintenance. Installation cooling. System of air conditioning.
Preventive maintenance procedures. Refrigerating plant. Air conditioning system.
Characterization of frequent breakdowns.
Preparation of record books.
Reports of safety, occupational health and recovery of waste.
Control and storage of parts of respect.
Control and storage of supplies and tools.
Coordination of works.
Assessment of teamwork.
(e) prevention of occupational and environmental risks:
Applicable regulations of occupational hazards during repair and maintenance operations. Cooling area. Freezing area.
Implementing measures for security in the transfer of refrigerant and oil.
Regulations applied to refrigerated transport.
Rules for the individual and collective protection.
Measures of protection in areas electric.
Security measures at work in sports boats and recreational areas.
Measures of hygiene and cleanliness in the work. Noise. Ventilation. Moisture. Lighting.
Preparation of reports of accidents.
6. professional module: Procedures of guard of machines.
Contents: a) Organization of the guards: composition and organization of the guard. Responsible for guard functions. Organization criteria. Applicable regulations. STCW-f and STCW Conventions. Assignment of functions.
Characteristics of the propulsion machinery and auxiliary equipment of the ship. Characteristics of the machine and auxiliary. Engine speed in March ahead. Response of the engine to the changes of speed. Time investment from ahead to astern. Consumption of fuel at different speeds. Location and number of tanks of consumption (drawings of tanks).
Provisioning fuel supplies and respect. Calculation of the capacity of the tanks. Tables of abilities. Checking the status of the tanks. Procedures of probed. Specification of necessary supplies. Inventory control. Control of the seat and heel in the filling/emptying of tanks. Stowage of respect, taking into account security. Effect of stability-free surfaces.
Study of the planned crossing. Reigning time throughout the journey. Adapting speed to weather. Observation of the changes of the machine scheme. Internal media. Observation of permanent or occasional orders.
Verification of the documentation. Filling in the journal of machines. Instructions for different facilities. Registration of information systems.
Management of wastewater for the guards. Use of bilge separator. Compliance with related international and national standards.
Checking of fire protection material.
Preparation of reports of planning. Exemplification. Methods of registration. Quality control system.
Standards of teamwork.
(b) machines seaman guard: functions of machines according to STCW and STCW-f conventions seaman.
Guard in unmanned machinery spaces.
Standard orders of the sailor's machines. Rounds of security. The main engine performance parameters. Operating parameters of the auxiliaries. Basic operations of maintenance during the guard. Communication of incidences.
Practice of surveillance during the guard service. Auditory and visual surveillance. Visual detection of anomalies. Checking the operation of the alarm. Observation of the condition of the spaces of the machine. Standards of safety and prevention of environmental risks. Communication of anomalies to the officer of the watch.
Relief of the guard.
Attitude of collaboration and respect for peers.
Obligations in case of emergency during the guard. Operate the emergency team. Apply emergency procedures. Notice of fire. Notice of flood. Warning from bilge.
(c) the engineer officer guard procedures: functions of the officer of the watch in navigation, port and anchorage. Requirements of STCW and STCW-f. Compliance with the orders of the Chief Engineer. Obligations in port and anchored. Audio and visual surveillance. Checking and inspection of the equipment of machines as head. Accidents caused by a negligent exercise of the guard. Identification of critical situations. Identification of priorities.
Response to orders from the bridge.
Criteria of leadership and respect for peers.
Application of the standing orders and rules on pollution.
Verification of the different alarms.
Periodic testing of tanks and levels. Engine oil level control. Verification of levels of oils in the hydraulic system. Discharge of bilge. Specification of the communication engine room.
Protocols for delivery and receipt of the guard. Carrying out routine records and occurrences during the guard in the booklet of machine and other books of records.
(d) control of the operation of the propulsion plant: monitoring parameters. Surveillance and control manual and automatic. Alarm and safety equipment. Parameters that should be taken into consideration in the various teams. Portable measuring devices. Use and application.
Applied thermodynamics. Fundamental concepts of thermodynamics. Thermodynamic cycles: Carnot, Otto, Diesel, Brayton and Rankine cycles. Thermal performance: theoretical and real.
Dynamics of the propulsion system. Forces and moments on the propeller. Forces and moments transmitted to the helmet. Resistance to progress. Regime, by motor concepts, work and power. Relationship between these parameters. Factors that influence the torque of the motor. An engine operating characteristics curves. The specific consumption. Variables that affect the specific consumption.
Power of the propeller. Indicated power and effective power in the axis. Diagrams of combustion and its relationship to the specified output. Control and checking of the combustion in an engine. Thermal performance and its relationship to the specified output. The mechanical efficiency of the engine. Loss of power on the line of axis. Data collection. Parts of machines.
Communications. Use of technical vocabulary related to the operation of the propulsion plant.
Initial reactions to an abnormality of functioning of the propulsion plant and auxiliary machinery.
Actions in situations critical: protection of the equipment in navigations of special risk. Response of the propeller in situations critical. Barrel to maintain the stability. Sailing with one of those items damaged (a piston).
(e) response to contingencies and emergencies during the guard: typology of the emergency possible during the navigation.
Correction or mitigation of damage to machines by failure or defect known through announcements and readings from the control panel indicators.
Interpretation and identification of different equipment alarms. Acoustic signals. Visual signals. Defects not detected by alarms.
Mitigation of emergencies with movements of machines.
Identification of specific hazards.
Immediate action in case of emergencies. Stop propeller. Some auxiliary stop. Fall plant. Government of the ship from the actuator. Fire in engine room. Measures that should be taken in the event that the water sea to flood the engine room. Evacuation by flooding of the engine room. Water inlet by the press of the propeller shaft. The propeller loses revolutions by outside anomaly. Rudder not responding properly by external cause. Risks of approach. Beached haphazard and voluntary. I grip the anchor in situation of funding. Stop with the machine back. Man overboard. Rescue of a boat. Smearing the trawler boat network. Interpretation of professional for emergencies, abandonment and fire.
Preparation of effective plans in case of emergency.
Preparation of contingency plans to deal with emergency situations.
Determination of contingencies in the main machine and auxiliary units. Alteration of parameters of main engine and auxiliary equipment. Sailing in adverse situations (bad weather and ice, among others). Caution in navigating shallow waters. Dysfunctions of alarms. Bugs in the automatic bilge pumping system. Anomalies in the servo system. Observation of the generating plant. Registration of the intervention in the journal of machines.
Determination of alternative measures in case of emergency of any item of equipment. Lifting and handling of heavy elements. Disassembly of machines. Use of chemicals. Use of pressurized hydraulic and pneumatic systems (presses, hydraulic jacks and cranes, among others). Risks in the use of hand tools and portable. Management of hand tools. Handling of dangerous portable tools (grinders, drills, Sanders and polishers, among others). Safety standards. Equipment and facilities. Arranchado and cleaning of working areas. Maintenance of machines and machine tools and welding equipment. Transfer and stowage materials and machines. Signaling. Clothing and protective equipment. Authorization for special jobs. Hazardous work in tanks, boilers, pressurized containers, dangerous areas, among others. Incommunicado and signalling of repairs of machines, depressurization circuits and tanks, degassing and cleaning among others.
7 module Professional: English.
Contents: a) analysis of oral messages: messages daily and professional understanding: direct, telephone, radio, recorded messages.
The sector-specific terminology.
Main and secondary ideas.
Grammatical resources: tenses, prepositions, idioms, expression of the condition and doubt, use of the passive voice, relative sentences, style indirect, prepositional verbs, verbs manners and others.
Other linguistic resources. Functions: tastes and preferences, suggestions, arguments, user agreements and disagreements, hypothesis and speculation, opinions and advice, persuasion and warning.
Different accents of language oral.
Identification of records with varying degrees of formality according to the communicative intention and the context of communication.
Use of strategies to understand and infer meanings from context of words and expressions unknown information implied in oral texts on professional issues.
(b) interpretation of written messages: prediction of information from textual and non-textual elements in texts written on diverse topics.
Digital, bibliographic, and computer resources to solve problems of comprehension or to seek specific information necessary for the accomplishment of a task.
Understanding of messages, texts, professional and everyday commodities: electronic media: fax, e-mail, burofax.
The sector-specific terminology. Analysis of the errors more frequent.
Main idea and secondary ideas. Identification of the purpose communicative, of them elements textual and of the form of organizing the information distinguishing the parts of the text.
Grammatical resources: tenses, prepositions, verbs with prepositions, use of the passive voice, prayers of relative, indirect style, manners and others.
Logical relationships: opposition, concession, comparison, condition, cause, purpose, result.
Temporal relationships: prior, subsequent, concurrency.
(c) production of oral messages: records used in the issuance of messages oral according to the degree of formality.
The sector-specific terminology.
Grammatical resources: tenses, prepositions, verbs with prepositions, idioms, expression of the condition and doubt, use of the passive voice, prayers of relative, indirect style, manners and others.
Other linguistic resources. Purpose. Tastes and preferences, suggestions, arguments, instructions, agreements and disagreements, hypothesis and speculation, opinions and advice, persuasion and warning.
Phonetics. Sounds and vowel phonemes and their combinations and sounds and consonantal phonemes and their groupings.
Linguistic markers of social relations, rules of courtesy and differences in registration.
Maintenance and monitoring of oral discourse: informal conversations improvised on everyday issues and of their professional field. Participation. Personal opinions. Exchange of information of personal interest.
Resources used in the basic planning of the oral message to facilitate communication. Sequencing of oral discourse.
Takes, maintenance and transfer of the speaking time.
Support, show understanding, request clarification, etc.
Intonation as a resource of cohesion of the oral text: use of intonation patterns.
(d) issuance of written texts: elaboration of a text. Planning. Use of strategies: ideas, review of drafts and cohesive paragraphs.
Expression and fulfillment of messages and texts professional and everyday: curriculum vitae and telematic media: fax, e-mail, burofax.
The professional area and productive sector-specific terminology.
Main idea and secondary ideas. Communicative purpose of textual elements and the way of organizing the information distinguishing the parts of the text.
Grammatical resources: tenses, prepositions, prepositional verbs, modal verbs, idioms, use of the passive voice, prayers of relative, indirect style. Links: «because of», «since», «although», «even if», «in spite of», «despite», «however», «in contrast» and others.
Sequencing of the written speech: «first», «after», «then», «finally».
Derivation: suffix to form adjectives and nouns.
Logical relationships: opposition, concession, comparison, condition, cause, purpose, result, consequence.
Temporal relationships: prior, subsequent, concurrency.
Textual coherence: adaptation of the text to the communicative context.
Type and format text.
Variety of language. Registration.
Lexical, syntactic structures and relevant content selection.
Home of the speech and introduction of the topic. Development and expansion.
Conclusion or summary of the speech.
Use of punctuation marks.
Writing, support paper and digital, descriptions of professional experiences and events, narration of events, real or imagined, correspondence, reports, summaries, news or instructions, clear, simple language and enough fitness grammatical and lexical.
Graphic elements to facilitate comprehension: illustrations, tables, graphics or typography and format paper and digital.
(e) identification and interpretation of the most significant cultural elements of the countries of foreign language (English): assessment of the socio-cultural and formal rules in international relations.
Use of formal and functional resources in situations requiring a socio-professional behavior in order to project a good image of the company.
Recognition of the foreign language to deepen knowledge resulting from lifelong personal and professional interest.
Use of records appropriate to the context of communication, the interlocutor, and the intent of the partners.
Interest in the good presentation of the texts written on paper and digital, both with respect to grammatical, orthographic and typographic standards.
8. professional module: Maritime safety.
Contents: a) Revision of the emergency plan for the situation of abandonment: characterization of maritime emergencies. Regulatory, depending on ship type references. Analysis of maritime accidents.
Structure and minimum contents of the emergency plan.
Structure and minimum contents of the COICE.
Identification of emergency signals.
Interpretation of rescue planes and IMO symbols.
Characterization of the devices of rescue. Individual. Survival craft. Rescue boats. Systems launching and embarkation. Other (throwing and PA system). Passenger ships-rescue devices.
Ships rescue boats and survival equipment.
Procedures and planning of maintenance and inspection of the life-saving appliances.
Preparation of control lists.
Training of the crew and passengers.
Control and assisting passengers in emergency situations.
(b) media and techniques of abandonment and survival: radio equipment for distress. Bi-directional (GMDSS) VHF apparatus. Transponder radar (GMDSS). Location of claims (GMDSS) beacons. Personal beacons.
Water survival techniques. Using individual life-saving appliances. Without life-saving appliances.
Use of means of implementation to launching and embarkation and recovery of survival craft and rescue with and without bad weather boats.
Characterization of marine evacuation systems (MONTH - passenger ships).
Survival craft and boats of rescue with and without bad weather.
Survival on board survival craft techniques.
Pyrotechnic signals equipment. Rocket parachute flares. Hand flare. Floating smoke signals.
(c) preventing and fighting fires on board: planning of maintenance and inspection of the media and fire-fighting equipment and procedures. Normative references.
Theory of the fire and its main features.
Classification of fire (for fuel).
Propagation of heat.
Explosions: concepts and types.
Mechanisms of extinction.
Fire extinguishing agents. Gaseous. Solids. Liquids. Containment of a fire using structural divisions. Prevention in the load of dangerous goods and fire-fighting. Bulk (bulk cargoes code / IMO). In bundles (code IMDG / IMO).
Precautions against fire and risks associated with the storage and handling of materials.
Picture of obligations and instructions for emergencies (COICE).
Fire alarm signals.
Signage and fire-fighting plane / IMO.
Red fire and their complements. Fire pumps. Of emergency fire pump. Hydrants. Spears / nozzles. Hoses. International connection to Earth. Others.
Fire detection. Central alarm and detection. Smoke detectors. Temperature detectors. Flame detectors. Smoke detectors. Sample extraction smoke detection systems.
Fixed fire-fighting installations: carbon dioxide (CO2). Other gases. Foam. Dust. Water.
Evacuation and their signaling pathways. Systems of lighting at low altitude (passenger ships).
Respiratory (AREE) emergency evacuation equipment.
Organization and tactics of fighting against fire in the sea or in port.
Use of the water for the extinction of fires. Effects on the stability, precautions and measures corrective.
Control of the fans, including the extractors of smoke.
Control of the fuel and of those systems electrical.
Risks of the process of fighting against fires: distillation in dry. Reactions chemical. Fires in the fireplaces of boilers.
Research and collection of information on causes of fire.
(d) use of equipment of fight against fire:
Adaptation of the media and the extinguishing agent used depending on the type of fire.
Mobile and portable equipment for fire-fighting and its use. Fire extinguishers. Trucks. Generating low expansion foam Lance.
Recharging of extinguishers of pressure attached.
Fireman's outfit and its use. Suit for protection. Helmet. Safety boots and gloves. Flashlight for safety. Axe. Lifeline fireproof.
(ERA) self-contained breathing equipment and its use. Bottle. Trellis. Mask. Regulator of low pressure. Costumes of chemical protection and its use.
Use of hoses and nozzles for fire-fighting of liquid and gaseous fuels.
Generation and use of foams. Low expansion. Medium expansion. High expansion.
(e) Control of floods: references normative.
Planes and damage control manual.
Doors and watertight joints. Hinge. Vertical closing. Slide latch.
Way of water.
Props. Direct compression method. Triangular method. Rectangular method.
Interior or exterior clogging of waterways.
Notebooks of bilge. Pumps. Ejectors. Hoses.
Establishment of the limits of a flood.
Duct main and direct emergency bilge of the bilges and the local draining: procedures and planning of maintenance and inspection of stationary and portable equipment of bilge.
(f) prevention and fight against the contamination: reference policy.
Effects of accidental pollution of the marine environment.
Vulnerable sea areas.
Basic environmental protection procedures.
Knowledge of international maritime law reflected in agreements and international conventions to the extent that these affect obligations and specific responsibilities of the engine Department, especially with regard to security and protection of the marine environment.
Knowledge on prevention of pollution of the marine environment.
Contingency plan for accidental spills of oil or other polluting substances (SOPEP/SMPEP).
Techniques of fight against pollution by hydrocarbons.
Chemical pollution control techniques.
Cleaning techniques. In port. On coasts.
Equipment and means of fighting against the pollution and criteria of use.
Procedures of use, cleaning and preservation of equipment.
Management of waste on board.
9. module Professional: care health on board.
(Content: to) determination of them measures preventive for the health: hygiene individual and collective: hygiene of the skin. Hygiene of the organs of the senses. Hygiene of the clothing, of the footwear and of the equipment of work. Health mental. Hygiene in adverse climates. Order and cleanliness.
Hygiene of the ship and the cargo: enabling spaces and cargo spaces.
Vessel sanitation techniques. Parasitology and epidemiology.
Environmental health: ventilation, heating, cooling, air conditioning and lighting.
Food hygiene: water. Food. Nutritive substances. Balanced diet. Risks of malnutrition.
Analysis and evaluation of the main risks on board vessels: map of risks and measures of prevention and protection. Normative basic relative to accidents of work, disease professional and prevention of risks labour.
Activities of training preventive of the crew.
Use abuse of drugs, alcohol and others emergency psychiatric: consequences of the poisoning alcohol acute and effects of the drug on it security aboard. Major drugs of abuse and its effects.
Vaccination in the worker of the sea.
Regulatory health. Book of hygiene naval. Education physical.
Regulatory medicine cabinet types and composition. Identification codes of the material included in the Kit.
(b) initial patient assessment: techniques for the intake of vital signs.
Examination of the patient: assessment of the State of consciousness or unconsciousness of the patient. Quantify the carotid and radial pulse. Quantify the respiration. Taking temperature. Pupillary reflex. Basic medical history.
Elementary exploration techniques: head and neck. Chest. Abdomen. Extremities.
Structure and main functions of equipment and systems of the human body: identification and location on a manikin of the main organs and anatomical structures.
Signs and symptoms of urgency.
Pathologies and situations requiring medical consultation by radio.
Radius of medical information services. Radio medical procedure manuals.
Medical international on-Board Guide. Medical section of the CIS.
Standardized vocabulary of communications.
Health terminology in English.
Psychological principles and techniques of communication in accident and emergency situations: asistente-accidentado communication. Psychological support to emergency situations. Personal attitudes that facilitate or impede communication. Principles of general psychology. Psychology of the victim. Communication asistente-familia.
(c) Organization of the rescue, relocation and evacuation of sick and injured on board: media rescue aboard: maneuvers with gear. Use of machines and tools. Management of ropes and cables. Material of safety. Equipment of protection.
Methods of rescue and transport of a wounded / ill: two maneuvers with an only lifeguard: rescue of a rugged of places narrow and rescue of a person for their evacuation by ladder. Two maneuvers with two lifeguards: chairs of two and three hands. Three maneuvers with several lifeguards for possible injured of column vertebral: techniques that is van to use.
Collection of an injured.
Evaluation of the transport of a sick sudden or rugged.
Preparation of the injured / ill for its evacuation or transfer: application of measures of first aid.
Beds: types. Use on a ship. Preparation of stretchers using means conventional or non-specific.
Means of immobilization preventive of the lesions.
Techniques of immobilization: of a fracture. Of the wounded in case of trauma of column vertebral.
Techniques of manipulation of the rugged with trauma.
Techniques of positioning in camilla.
Operations of trincado and release of the patient.
Techniques of immobilization and transportation using materials nonspecific or of fortune.
Techniques of evacuation.
Planes of Chamber machines, cellars, tanks and general layout of the ship.
(d) care and attention health basic: principles of administration of drugs: methodology for use of those drugs. Incompatibilities between drugs. Effects side. Expiration and the updating of the material of the first aid kit. Concept of active principle and trade name. Danger of administration of drugs without a prescription. Reserved use of morfinas.
Techniques of asepsis.
Hygienic care: hygienic measures of room and bed.
Wounds and Burns: basic treatment. Types. Symptomatology. Realization of cures. Protection. Major complications.
Wounds susceptible suture with adhesive tape points.
Techniques and routes of administration of medication: oral, sublingual, inhalation, eye, skin, rectal and parenteral.
Injectables. Parenteral needles. Indications.
Techniques for the administration of intramuscular injections.
Presentation of medicinal products: creams, ointments, lotions, powders, solutions, capsules, tablets and tablets.
Report of assistance.
(e) application of first aid techniques, especially in those related to the types of injuries that can be expected in machinery spaces: medical terminology in first aid.
First aid: concept, principles, objectives and limits. First aid manuals.
Action in first aid protocols.
Bleeding: types. Containment of hemorrhages.
Shock: causes and symptoms.
Injuries caused by heat and cold. Hypothermia: symptoms. Measures to be taken.
Party hard, cranial and spinal trauma: symptoms. Sprains, dislocations and fractures. Measures to be taken.
Intoxications: routes of entry of toxic in the body. Symptoms. Performance before an intoxicated patient. Poisoning by alcohol and narcotic drugs.
Stress management strategies.
Foreign bodies: in the skin, eyes, ears and nose.
Electrical accidents. Electrocution: injuries caused by electricity and lightning.
Seizure-like boxes: epilepsy and other seizure-like boxes.
Basic cardiopulmonary resuscitation (CPR) techniques.
Methods to unblock the airway and breathing.
Techniques of ventilation: ventilation without equipment.
External cardiac massage.
10. professional module: Training and job counseling.
(Content: to) search Active of employment: valuation of the importance of it training permanent for the career labor and professional of the technical in maintenance and Control of the machinery of ships and boats.
Analysis of interests, skills, and personal motivations for the career.
Identification of the learning paths related to the technician, maintenance and Control of the machinery of ships and craft.
Definition and analysis of the professional sector of the technical maintenance and Control of the machinery of ships and craft.
Responsibility for own learning. Knowledge of the requirements and the expected fruits.
Own career planning:
Establishment of objectives labour, to medium and long term, compatible with needs and preferences.
Realistic and consistent with the current lineup and the projected targets.
Process in search of employment in small, medium-sized and large companies of the sector.
Opportunities for learning and employment in Europe. Europass, Ploteus.
Job search tools and techniques.
Evaluation of the self-employment as an alternative for the professional insertion.
The process of decision-making.
Establishment of a list of checking personal of consistency between plan of career, training and aspirations.
(b) management of the conflict and work teams: methods for resolution or deletion of the conflict: mediation, conciliation and arbitration.
Assessment of the advantages and disadvantages of teamwork for the effectiveness of the organization.
Equipment in the sector of maritime transport and fisheries, according to the roles played.
Analysis of the formation of the work teams.
Characteristics of an effective team.
The participation in the team's work. Analysis of the possible roles of its members.
Conflict: characteristics, sources and stages of the conflict.
(c) contract of work: the right of the work.
Intervention by the public authorities in labour relations.
Analysis of the relationship working individual.
Determination of excluded labour relations and special labour relations.
Modalities of work and measures of promotion of the procurement contract.
Rights and duties arising from the relationship labor.
Working conditions. Salary, time of work and rest labor.
Modification, suspension and termination of the employment contract.
Representation of the workers.
Collective bargaining as a means for the reconciliation of the interests of workers and employers.
Analysis of a Convention collective applicable to the field professional of the technical in maintenance and Control of the machinery of ships and boats.
Collective labour disputes.
New organization of work environments: subcontracting, teleworking, among others.
Benefits for workers in the new organizations: flexibility, social benefits, among others.
(d) Social Security, employment and unemployment: the system of Social security as a basic principle of social solidarity.
Structure of the Social security system.
Determination of the main obligations of employers and employees in matters of Social Security: affiliation, high, low, and quote.
The protective action of Social Security.
Classes, requirements and amount of benefits.
Concept and yielded situations by unemployment.
Systems consulting of workers regarding their rights and duties.
(e) evaluation of occupational hazards: importance of the culture of prevention at all stages of the professional activity.
Assessment of the relationship between work and health.
Analysis and determination of the conditions of work.
The concept of professional risk.
Analysis of risk factors.
The evaluation of risks in the enterprise as the basic element of the preventive activity.
Analysis of risks linked to security conditions.
Analysis of risks linked to environmental conditions.
Analysis of risks linked to ergonomic and psychosocial conditions.
Specific risks in the sector of maritime transport and fisheries.
Determination of possible damage to the health of the worker which can arise from the detected risk situations.
(f) planning of prevention of risks in the enterprise: rights and duties in the area of occupational risk prevention.
Responsibilities in matters of prevention of risks labour.
Management of the prevention in the company.
Representation of the workers in matters preventive.
Organisms public related with the prevention of risks labour.
Planning of the prevention in the company.
Plans of emergency and of evacuation in environments of work.
Elaboration of a plan of emergency in a small or medium-sized company of the sector.
(g) application of measures of prevention and protection in the company: determination of the measures of prevention and protection individual and collective.
Protocol of action in a situation of emergency.
Training to workers in the field of emergency plans.
Surveillance of the health of workers.
11. professional module: Enterprise and entrepreneurship.
Contents: a) entrepreneurship: innovation and economic development. Main features of innovation activities maritime fisheries (materials, technology and organization of production, among others).
Entrepreneurial culture as a social need.
The enterprising character.
Key factors of entrepreneurs: initiative, creativity and education.
The collaboration between entrepreneurs.
The action of entrepreneurs as employees of a company related to maritime transport activities.
The performance of the entrepreneurs as entrepreneurs in the sector of the activities of transport maritime.
The risk in the activity entrepreneur.
The entrepreneur. Requirements for the exercise of the activity business.
Objective personal versus objectives business.
Plan of company: the idea of business in the scope of the activities of transport maritime.
Good practices of culture enterprising in the activity of transport maritime and in the field local.
(b) the company and its environment: functions Basic for the company.
The company as a system.
The general environment of the company.
Analysis of the general environment of a company related to the maritime fishing sector.
The specific environment of the company.
Analysis of the specific environment of a company related to the maritime fishing sector.
Relations of a company related to the maritime fishing sector with its surroundings.
Relations of a company of marine fisheries with the whole of society-related.
The culture of the company: corporate image.
The social balance.
Social responsibility and ethics of the companies of the maritime fishing sector.
(c) creation and setting up of a company: concept of company.
Types of company.
The responsibility of the owners of the company.
The tax system in the companies.
Choice of the way legal. Dimension and number of partners.
Procedures administrative for the Constitution of a company.
Viability economic and feasibility financial of a company related with the sector maritime fishing.
Analysis of the sources of financing and preparation of the budget of a company related with the sector maritime fishing.
Aid grants and tax incentives for SMEs related to marine fisheries.
Business plan: choice of the legal form, study of economic and financial viability, administrative procedures and management of grants and subsidies.
(d) administrative function: concept of accounting and basics.
Accounting operations: registration of the economic information of a company.
Accounting as a true picture of the economic situation.
Analysis of accounting information.
Tax obligations of the companies.
Requirements and deadlines for the submission of official documents.
Administrative management of a company related to the maritime fishing sector.
12. professional module: Training in workplace.
Contents: a) identification of the structure and business organization: structure and business organization of the maritime fishing sector.
Activity of the company and its location in the sector maritime fishing.
Organizational chart of the company. Relationship functional between departments.
Organization logistics of the company. Suppliers, customers and channels of marketing.
Procedures of work in the field of the company. Systems and methods of work.
Resources human in the company: requirements of training and of skills professional, personal and social associated to the different positions of work.
Quality system established in the work center.
Security system established in the work center.
(b) application of ethical and work habits: personal attitudes: empathy, punctuality.
Professional attitudes: order, cleanliness, responsibility and security.
Attitudes towards the prevention of occupational and environmental hazards.
Hierarchy in the company. Communication with the team.
Documentation of professional activities: classification, coding, renewal and disposal methods.
Recognition and enforcement of internal rules, instructions, standard operating procedures and others, of the company.
(c) preparation of the propulsion plant and auxiliary machines for the trip or tide.
Characterization of spaces and equipment for the maintenance of the propulsion plant and auxiliary machinery. Main motor. Engines auxiliary. Equipments auxiliary. Facilities and services. Provision of tanks.
Control of stocks of fuel and consumption. Take of fuel. Measures prevention of safety and protection environment. Probe of tanks. Management of the calibration tables.
Racking. Interpretation of drawings. Sequence of operations.
Checking for security, alarm and emergency systems. Fire fighting systems. System of Government.
Preparations to begin maneuvers. Communications. Communications with the bridge. Use of technical terminology.
Adherence to standards of work, behaviour and life on board.
Completion of records. Official records. Record of training.
(d) participation in the maneuver and guard of machines.
Operations of boot. Auxiliary engines. Main engine and equipment needed.
Maneuver. Control operations of the plant during the execution of the maneuvers in port. Control of parameters.
Control of the demand energy. Coupling of generators.
Procedures of guard in accordance with the STCW and STCW-F. Control of operating parameters of systems of propulsion, auxiliary machines, Government, electrical installation, automatic systems of regulation and control, as well as facilities and equipment that affect the safety of the vessel.
Operations of maintenance preventive scheduled during the call. Checking levels and operations with tanks. Ballast. Racking. Bilge. Reachique. Compliance with safety standards.
Collaboration in the operations of maintenance corrective under the supervision of the responsible of the guard. Compliance with safety standards.
Compliance with safety and environmental protection regulations.
Adherence to standards of work, behaviour and life on board.
Records of the guard in the notebook of machines and in the record of training.
(e) maintenance of equipment in refrigerating facilities, air conditioning and mechanical equipment of fishing park.
Interpretation of documentation technical. Cooling installations and systems of air conditioning of the ship.
Control and regulation of the refrigeration system and air conditioning of the ship systems.
Preventive maintenance of the installations of cold and air conditioning systems operations. Cleaning, greasing and lubrication, adjustment elements of union, backlash correction, alignments, tensioning belts, among others.
Preventive maintenance of mechanical equipment of fishing park operations. Cleaning, adjustment, and lubrication. Verification of its operation.
Diagnosis of common faults.
Participation in work of corrective maintenance. Preparation of the work area. Sequence of operations. Management of equipment and materials.
Compliance with safety and environmental protection regulations.
Adherence to standards of work, behaviour and life on board.
Completion of records.
ANNEX II sequencing and weekly hourly distribution of formative cycle of medium level professional modules: technical maintenance and control of the machinery of ships and craft professional module duration (hours) Prime (h/week) second year course 2 quarters (h/week) 1 quarter (hours) 1172. Maintenance of the propulsion plant and auxiliary machinery.
1173. Procedures for machining and welding in ships and boats.
1175. Maintenance of installations and electrical machines in ships and boats.
0156. English. (2)
1178. Training and labour orientation.
1179. Enterprise and entrepreneurship.
1174. Adjustment and maintenance of automation on ships and boats.
1176. Installation and maintenance of machinery of cold and air conditioning in ships and boats.
1177. Procedures of guard of machines. (1)
1032. Maritime safety. (2)
1033. Health care on board. (2)
1180. Workplace training.
400 400 total in the training cycle.
2000 30 30 400 (1) cross-cutting modules.
(2) transverse professional modules to other titles of vocational training.
ANNEX III spaces and equipment minimum space: space training surface m² 30 students 20 multipurpose classroom students.
60 40 space for maintenance of machines.
210 140 space of electricity and electronics.
90 60 space of fluids.
90 60 room of simulation. (1) 90 60 classroom of security maritime. (2) 60 40 classroom of first aid. (2) 60 40 area of fighting fire and survival. (3) 120 90 (1) can be replaced by boat specific to the development of the module of guard of machines.
(2) can share same space.
(3) unique spaces not necessarily located in the training center or belonging to the same.
Minimum equipment: space training equipment multi-purpose classroom.
Computers installed in network, system imaging and internet.
Space for machine maintenance.
Engine brake test bench.
Engine outboard/jet of water.
Tools and special tools for disassembly/reassembly of the motor.
Models of diesel and gasoline engines.
Purification of fuel with game discs.
Compressor's air of boot.
Bank of test for pumps of injection.
Pump's test of injectors.
Units of measurement and control of the combustion in engines diesel.
Analyzers of gases from exhaust.
Indicators piezoelectric of pressure of combustion and of injection.
(EPI's) personal protective equipment.
Machines for electric arc welding with coated electrode, cabins one by one.
MIG welding with different applications.
TIG welding with different applications.
Gas welding with welding torches cabinados.
Cutter for cutting of sheets.
Bending machine for thin sheet.
Work table for layout, cutting and preparation of parts.
Anvil, pliers, screws of work and hand tools for handling parts.
Lathes, drills, grinders, milling machine and tools laptops for machining.
Tooling of machining for all them machines tools: blades, bits, cutters, reamers, countersinks, files, sandpaper, hones, between others.
Devices of measurement: micrometers, gauges, gauges, Protractor, clock comparator, alexometer, fleximetros, gauges, combs of threads, among others.
Tools for the dismantling and Assembly of machines: extractors, keys torque, punch, cats hydraulic, presses and tool special for disassembly / Assembly of machinery.
Equipment of measurement of: temperature, vibration, finished surface (roughness), among others.
Durometer and Bank of tests of traction.
Furnace or torch to carry out tests of treatments thermal.
Space of electricity and electronics.
Pictures electric for the installation of starter, investment, Star / triangle.
Team real or simulated of coupling of alternators.
Actual or simulated power distribution box.
Three-phase and single-phase transformers.
Different types of three-phase Motors: Squirrel, wound rotor, two-speed cage.
Different types of single-phase Motors: Universal, split phase, loop short.
Alternators for charging batteries.
DC starter motors.
Several Starter batteries.
Measuring instruments: measurement, clamp, clamps effect Hall, meters of insulation, Oscilloscopes, battery testers, hydrometers.
Equipment for the Assembly of circuits electronic singles.
Soldering of Tin.
Sources of power.
Equipment controller's frequency.
Material fungible: cable electric, terminals, terminal blocks connection, relays, contactors, switches, fuses, switches, etc.
Equipment of cold: vacuum pumps.
Pipes of different variants.
Cold and air conditioning panels.
Useful for charging of refrigerants.
Useful for load of oil.
Useful for cutting pipes.
Tooling for flaring.
Useful for stuff.
Useful for fold and clean pipes.
Useful for cleaning of fins (evaporators and condensers).
Soft soldering equipment.
Measuring of humidity.
Air velocity meters.
Devices for charging refrigerant and oil.
Valves of expansion of different types.
Valves regulating of capacity.
Throttles of boot.
Charging valves and vacuum (three-way).
Pneumatic equipment: benches with educational panels for mounting of automatisms.
Cylinders of double and simple effect, unit of maintenance, compressor portable, valves MONOSTABLE and bistable, piloted and servopilotadas, end of career, buttons, indicators optical, gauges, regulators of low pressure, amplifiers tires of an and two stages, detectors tires of proximity, barriers of air, timers pneumatic, valves of sequence, pressure gauges, pipes and elements of connection. Manual, transparencies.
Electro-pneumatic equipment: solenoid valves servopilotadas MONOSTABLE and bistable, limit switches. Automation with plates: push buttons, contactors, relays with connection and disconnection delay. Power supplies. Inductive, capacitive, magnetic, and optical proximity sensors. Wiring harness assemblies.
Workbenches with educational panels for mounting of hydraulic circuits.
Simulator machines that comply with the provisions of the STCW Code.
Classroom of security maritime.
Elements of safety at work.
Detection and fire extinguishing equipment.
Means of rescue.
Equipment of communications.
Beacon of shows.
Transponder radar's displays.
Computer laptop of communications.
Packages of survival.
Classroom of first aid.
First aid kit.
Equipment for resuscitation cardiopulmonary.
Teams of immobilization.
Team of priests.
Portable oxygen equipment.
Area of fire fighting and survival.
Spears of different types.
Trays of fire. (1) life jackets.
Pot life. (1) boat of rescue not fast. (1) systems of start to float. (1) (1) equipment singular not necessarily located in the center of formation or belonging to the same.
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