The additional provision of Royal Decree 1393/2007, of 29 October, establishing the ordination of official university teaching, provides that the Ministry of Science and Innovation will specify the the contents of Annex I to which the applications submitted by the universities for obtaining the verification of the plans of studies leading to the obtaining of official degrees of degree or Master's degree, provided for in their Article 24, which they enable for the exercise of regulated professions.

The legislation in force constitutes the profession of a Naval Technical Engineer as a regulated profession whose exercise requires to be in possession of the corresponding official degree of degree obtained, in this case, according to Article 12 (9) of Royal Decree 1393/2007, in accordance with the conditions laid down in the Council of Ministers Agreement of 26 December 2008, published in the Official Gazette of the State of 29 January 2009.

In this Agreement, as soon as the necessary reforms of the regulation of the professions are established in general in Spain, the conditions to which the plans of studies will have to be adapted are determined. In its fourth paragraph, in conjunction with the abovementioned additional provision, it entrusts the Minister for Science and Innovation to lay down the requirements for the objectives and title of the title and the planning of the teachings.

Therefore, in the light of the above provisions, it is appropriate to lay down the requirements to which the plans of studies leading to the attainment of the degree to which they enable for the financial year are to be adapted. the profession of Naval Technical Engineer, who present the universities for verification by the Council of Universities.

In the elaboration of this order, the schools and professional associations concerned have been heard. It has also been informed by the Government's Delegated Committee for Economic Affairs at its meeting on 29 January 2009.

In its virtue, prior to the Council of Universities ' report, I have:

Single item. Requirements of the curricula leading to the attainment of the degrees of Degree they enable for the exercise of the profession of Naval Technical Engineer.

The plans of studies leading to the acquisition of the degrees of degree that they enable for the exercise of the profession of the Naval Technical Engineer, will have to comply, in addition to what is previewed in the Royal Decree 1393/2007, of 29 of October, for which the ordination of official university teaching is established, the requirements with regard to the paragraphs of Annex I to the aforementioned Royal Decree as set out in the Annex to this Order.

Final disposition first. Application and development enablement.

The General Directorate of Universities is authorised to make the necessary resolutions for the development and implementation of this Order.

Final disposition second. Entry into force.

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

Madrid, 9 February 2009. -Minister of Science and Innovation, Cristina Garmendia Mendizabal.

ANNEX

Establishment of requirements with respect to certain paragraphs of Annex I to Royal Decree 1393/2007 of 29 October establishing the ordination of official university teaching, relating to memory for the application for verification of official titles

Paragraph 1.1 Denomination: The denomination of the securities shall comply with the provisions of the second paragraph of the Council of Ministers Agreement of 26 December 2008 laying down the conditions to which they shall apply. the plans of studies leading to the acquisition of qualifications which enable for the exercise of the regulated profession of Naval Technical Engineer, published in the Official Gazette of the State of 29 January 2009 by means of Resolution of the Secretary of State of Universities of 15 January 2009, and the provisions of this Order. So:

1. The name of the official university degrees referred to in the preceding paragraph shall facilitate the identification of the profession for which the exercise enables it and, in no case, may lead to error or confusion as to its effects. professionals.

2. No study plan corresponding to an official university degree whose name includes the express reference to the professions of the Naval Technical Engineer may not be the subject of verification by the Council of Universities. that title meets the conditions laid down in the said Agreement and in this Order.

Paragraph 3. Objectives: Skills that students must acquire:

Capacity for the drafting, signing and development of projects in the field of naval and ocean engineering, in accordance with the knowledge acquired in accordance with paragraph 5 of this order, which are part of the construction, assembly, processing, operation, maintenance, repair, or scrapping of vessels, vessels and marine equipment, as well as the manufacture, installation, assembly or operation of naval equipment and systems; and ocean.

Capacity for the address of the activities that are the object of the projects in their scope.

Ability to learn new methods and theories, and versatility to adapt to new situations based on knowledge acquired in basic and technological subjects.

Ability to solve problems with initiative, decision-making, creativity, critical reasoning, and to communicate and convey knowledge, skills, and skills.

Ability to perform measurements, calculations, assessments, appraisals, assessments, studies, reports, work plans and other similar works, based on the knowledge acquired in these subjects.

Ability to handle specifications, regulations, and compliance rules.

Ability to analyze and assess the social and environmental impact of technical solutions.

Ability to organize and plan for business and institutions and agencies.

Ability to work in a multi-lingual, multi-disciplinary environment.

Knowledge, understanding and ability to apply the necessary legislation in the exercise of the profession of Naval Technical Engineer.

Paragraph 5. Teaching planning:

The titles referred to in this Agreement are official university degrees of degree, and their curricula shall be of a duration of 240 European credits as referred to in Article 5 of the said Royal Decree 1393/2007, dated October 29.

The basic training block of 60 credits, the common block to the naval branch of 60 credits, a complete block of 48 credits, corresponding to each specific field of technology, and an end-of-job grade of 12 credits.

The curriculum must include at least the following modules:

of the features of the naval structural materials and criteria for their selection

Module	N. of European credits	Competencies that must
training.	60	Ability to resolve mathematical problems which may arise in engineering. Aptitude for applying knowledge on: linear algebra; geometry; differential geometry; differential and integral calculus; differential equations and partial derivatives; numerical methods; numerical algorithmic; statistics and optimization.
.		Understanding and mastering basic concepts about general laws of mechanics, thermodynamics, fields, and waves, and electromagnetism and its application for the resolution of engineering problems.
.		Basic knowledge of general chemistry, organic and inorganic chemistry, and their applications in engineering
.		Basic knowledge about the use and programming of computers, operating systems, databases, and software with application in engineering.
.		Spatial vision capability and knowledge of graphical representation techniques, both by traditional methods of metric geometry and descriptive geometry, and by the design-assisted design applications
.		Proper knowledge of the business concept, institutional and legal framework. Organization and management of companies
	to the naval branch.	60	Knowledge of the concepts fundamental to the mechanics of fluids and their application to ships and artifacts, and to machines, equipment and naval systems
.		Knowledge of materials science and technology and capacity for selection and for the evaluating your behavior
.		Knowledge of circuit theory and electrical machine characteristics and ability to perform system calculations on which those elements are involved
.		Knowledge of the theory of automatisms and control methods and their application on board
			Knowledge of the characteristics of the electronic components and systems and their application on board
			Knowledge of the elasticity and strength of materials and ability to perform calculations of items submitted to various requests
		Knowledge of mechanics and components machines
		Knowledge of applied thermodynamics and heat transmission
		Knowledge of the characteristics of the naval propulsion systems.
		Ability to perform the vibration and control calculation and control noise on board ships and artifacts
		Knowledge of the systems for quality assessment, and regulations and media relating to safety and environmental protection
specifies. Marine Structures.	48	Ability to perform geometry calculations of ships and artifacts, buoyability and stability
.		Knowledge of the naval hydrodynamics applied.
.		Knowledge of procedures and systems that Marine corrosion control is used.
		Capacity for the design and calculation of naval structures.
.		Capacity for the design and calculation of the habitable spaces for ships and marine artifacts, and the services that are provided in those spaces
.		Capacity for integration on board of the propulsion systems, taking into account their grip, weight, dynamic loads, impact on the tightness, the space required for their maintenance, etc.
.		Capacity for integration on board auxiliary systems taking into account their strength, weight, dynamic loads, impact on tightness, space required for maintenance, etc.
.		Capacity for integration on board electrical systems taking into account their grip, weight, dynamic loads, impact on tightness, space required for maintenance, etc.
			Capacity for integration on board electronic control and navigation systems, taking into account their strength, weight, impact on tightness, the space required for maintenance, etc.
.		Knowledge of the project methods of your specific technology.
.		Knowledge of shipbuilding processes.
.		Knowledge of traffic fundamentals maritime for application to the distribution of ship spaces
Propulsion and Ship Services.		Knowledge of specific materials for machines, equipment, and naval systems criteria for your selection.
.		Knowledge of marine diesel engines, gas turbines, and steam plants.
.		Knowledge of naval auxiliary equipment and systems
.		Knowledge of electrical machines and electrical systems naval.
.		Ability to project hydraulic and pneumatic systems
			Knowledge of the project methods of the naval propulsion systems
.		Knowledge of the project methods of the ships ' auxiliary systems and artifacts.
.		Knowledge of mechanical manufacturing processes
			Knowledge of the assembly processes on board machines and computers
.		Knowledge of the basics of maritime traffic for application to selection and Ship load and unload media mount
-of-grade work.	12	Exercise original to be made individually and to present and defend before a university court, consisting of a project in the field of the specific technologies of the Naval Engineering of a professional nature in which they are tuned and integrated competencies acquired in the teachings