Resolution Of 24 July 2015, Of The University Of A Coruña, Which Publishes Curriculum Of Master In Engineering Of Roads, Canals And Ports.

Original Language Title: Resolución de 24 de julio de 2015, de la Universidad de A Coruña, por la que se publica el plan de estudios de Máster en Ingeniería de Caminos, Canales y Puertos.

Read the untranslated law here:

Obtained it verification of the plan of studies by the Council of universities, prior report favorable of it Agency for the quality of the system University of Galicia, as well as the authorization of it community autonomous of Galicia for its implementation, and established the character official of the title by agreement of the Council of Ministers of 14 of November of 2014 (published in the «BOE» of 29 of December of 2014 by resolution of the Secretariat General of universities of 24 of November) 2014), this Chancellor, in accordance with the provisions of article 35.4 of the organic law 6/2001, of universities, in the wording given by the organic law 4/2007, resolved: publish the curriculum leading to the degree of Master in engineering of roads, canals and ports by the University of A Coruña, which is structured as shown in the annex.

A Coruña, 24 of July of 2015.-the Rector, Xosé Luís Armesto Barbeito.

ANNEX curriculum leading to the degree of Master in engineering of roads, canals and ports by the University of A Coruña the title of Master in engineering of roads, canals and ports complies with the requirements listed in the order CIN/309/2009, on February 9, 2009, which lays down the requirements for the verification of official university qualifications that enable for the exercise of the profession of Engineer of paths, channels and ports.

Structure of the teachings (Royal Decree 1393 / 2007, annex I, paragraph 5.1).

1 branch of knowledge to which is attached the title: engineering and architecture.

2. distribution of the plan of studies in credits ECTS, by type of material.

Type of matter credits ECTS obligatory (OB) 87 electives (OP) 27 work end of Master 6 Total 120 3. Content of the plan of studies.

3.1 subjects of character required for module and matter.

Module subject subject credits ECTS course organization temporary expansion of training scientific.

Mathematical modelling.

Advanced engineering calculation.

6 1st 1st semester numerical calculation.

6 1st 2nd semester mechanical computational...

4.5 2nd 1st semester physics applied.

Mechanical of means continuous 6 1st 1st semester technology specific.

Geotechnical Engineering.

Extension of engineering of the terrain.

6 2nd civil engineering semester 1.

Structures of concrete.

6 1st semester 2nd building. Rehabilitation of structures.

4.5 2nd 2nd semester structural engineering.

Bridges I.

6 1st 2nd semester III structures.

6 1st 1st semester engineering environmental.

Sanitary engineering.

4.5 1 2nd semester water engineering.

Hydrology and hydraulic works.

6 1st 1st semester ports and coasts.

6 1st 1st semester transport engineering.

Transport engineering.

4.5 1 2nd semester exploitation of roads.

4.5 2nd 2nd semester engineering of the territory.

Management of the territory and urban planning.

6 2nd 1st semester economics and enterprise.

Direction of companies.

4.5 2nd 2nd semester work end of Master work end of Master.

Work end of Master 6 2nd 2nd quarter 3.2 mandatory course and semester courses.

Course organization temporary subject credits ECTS terms module 1 1st semester advanced engineering calculation.

6 modeling mathematical.

Extension of scientific training.

Mechanics of continuous media.

6. applied physics.

Extension of scientific training.

Structures III.

6. structural engineering.

Specific technology.

Hydrology and hydraulic works.

6. water engineering.

Specific technology.

Ports and coasts.

6. water engineering.

Technology specific.

2nd semester calculation number.

6 modeling mathematical.

Expansion of training scientific.

Bridges I.

6 engineering structural.

Technology specific.

Sanitary engineering.

4.5 engineering environmental.

Technology specific.

Transport engineering.

4.5 transport engineering.

Specific technology.

2nd semester 1st Computational Mechanics.

4.5 mathematical modeling.

Extension of scientific training.

Engineering extension of the land.

6 in geotechnical engineering.

Specific technology.

Concrete structures.

6 construction engineering.

Technology specific.

Management of the territory and urban planning.

6 engineering of the territory.

Technology specific.

2nd quarter building. Rehabilitation of structures.

4.5 engineering of the building.

Technology specific.

Exploitation of roads.

4.5 transport engineering.

Specific technology.

Business management.

4.5 economics and business.

Specific technology.

Work end of Master.

6. end of Master work.

Work end of Master.

3.3. optional subjects.

Students must overcome 27 ECTS credits of the offered electives listed below which, at a minimum, 18 credits must belong to a same block of the following: «Structures and construction», «Hydraulic, environmental and geotechnical engineering» or «transport and land use planning'. The remaining optional credits may be chosen from the range of all previous blocks and the common block.

Block optional subject credits ECTS structures and construction.

Advanced materials.

4.5 Experimental analysis and monitoring of structures.

4.5 bridges II.

4.5. dynamic calculation of structures.

4.5 optimum design of structures.

4.5 seismic calculation and kind of structures.

4.5. typology of structures.

4.5. Advanced structural analysis.

4.5. aided design and visualization.

4.5 hydraulic, environmental and geotechnical engineering.

Tunnels and underground works.

4.5 energy engineering.

4.5 special foundations.

4.5 rock mechanics.

4.5 port engineering.


Management and operation of ports.

4.5 project of works hydraulic.

4.5 actions River project.

4.5. advanced management of sanitation.

4.5 transport and management of the territory.

Engineering of urban services.

4.5 infrastructure of roads and airports.

4.5. railway infrastructure.

4.5 operation of systems of transportation.

4.5 transport planning.

4.5 logistics.

4.5 engineering landscape.

4.5. urban development II.

4.5 systems of representation of the territory.

4.5 block common.

Decision making in engineering.

4.5. technical project.

4.5 stay in practice.


4. Conditions of termination.

To obtain the degree of Master in engineering of roads, canals and ports students exceed 120 credits distributed as indicated in paragraph 2, taking into account that elective credits must comply with what is indicated in point 3.3.