Key Benefits:
Obtained the verification of the curriculum by the Council of Universities, prior to the positive report of the National Agency for the Evaluation of Quality and Accreditation, as well as the authorization of the Autonomous Community of Galicia, and agreed on the official character of the title by the Council of Ministers of 11 February 2011 (published in the BOE of 16 March, by Resolution of the Secretary of State of Universities of 25 February 2011).
This Rectorate, under Article 35.4 of the Organic Law 6/2001, of Universities, in the wording given by the Organic Law 4/2007, resolves:
Publish the curriculum leading to obtaining the degree of graduate or graduate in Public Works Engineering, which will be structured as set out in the annex.
A Coruña, March 30, 2011. -Rector, José María Barja Pérez.
ANNEX
Graduate degree curriculum or graduate degree in Public Works Engineering
5.1 Structure of the teachings.
5.1.1 Distribution of the Study Plan in ECTS Credits.
| Credits | ||
|---|---|---|
|
Basic Training (FB) |
78 | |
|
(OB) | 132 | |
|
Optives (OP)/ External Practices (PE) | 18 | |
|
| ||
| Total Credits | 240 | 12 | 12 |
5.1.2 Basic training credits. Distribution in materials.
| Matter | Matter Annex II RD 1393/2007 | Allocate | ECTS | Course | ||
|---|---|---|---|---|---|---|
| Engineering and Architecture. | Mathematical Methods and Computing. | Mathematics/Informatics. | Algebra. | 9 | ||
| 9 |
1. | |||||
| Engineering and Architecture. | Introduction to numeric methods. | 6 | 2. | |||
| 6 |
2. | 6 | 6 |
|||
| Engineering and Architecture. |
|
| ||||
|
Engineering and Architecture | ||||||
| Applied Physics. | Physics. | Physics. | 6 | 1. | ||
| 6 |
1. | 6 | 6 |
|||
| Engineering and Architecture. | Materials Resistance. | 6 | ||||
| Representation System. | Graphic Expression. | Drawing. | 6 | 1. | ||
|
Engineering and Architecture. | Representation in Engineering Civil. | 6 | 1. | |||
| Engineering and Architecture. | Economics and Enterprise. | Enterprise. |
6 |
1. | ||
| 1. | ||||||
| 6 | ||||||
| Geology. | Geology
Geology. |
6 | 1. |
5.1.3 Summary curriculum (per module).
| Module | Matter | Allocate | Type | Course | Cuad. | |||||
|---|---|---|---|---|---|---|---|---|---|---|
| Basic Training. |
Mathematical and Computer Methods. | Algebra. |
FB | 1. º | 1. º and 2. | |||||
| Calculation. |
FB | 1. º | 1. º and 2. | |||||||
|
Introduction to methods numeric. | FB | 2. º |
4. | |||||||
| Statistics. | FB | 2. º |
4. | |||||||
|
Calculation Extension. | FB | 2. º |
3. | |||||||
|
Physics Applied. | Physical. | FB | 1. º | 1. º |
||||||
|
Extension. | FB | 1. º | 2. º |
|||||||
|
Resistance of Materials. | FB | 2. | 4. | |||||||
|
Systems | Drawing. | FB | 1. º | 1. | ||||||
|
Representation in Civil Engineering. | FB | 1. | 2. | |||||||
|
Economy and Enterprise | Introduction to Economics and Enterprise. | FB | 1. | 2. º |
||||||
|
Geology. | Geology. | FB | 1. º | 1. | ||||||
| to the Civil Branch. | Topography. | Topography. | OB | 1. º | 2. | |||||
| Build Engineering. | Materials Technology. | OB | 2. º | 3. º and 4. | ||||||
| Concrete and Construction. | OB | 3. | 5. º and 6. | |||||||
| Structural Engineering. | Metal Structures. | OB |
7. |
| . | |||||
| OB | OB | OB |
3. º | 5. º and 6. | ||||||
| Land Engineering. | Engineering of Terrain I. | OB | 3. º |
5. and 6. | ||||||
| Engineering. | Hydraulic and Hydrology. | OB | 2. | |||||||
| Engineering. | Energy Engineering. |
| OB | 2. | 3. | |||||
| Environmental Engineering. |
| OB | OB | . | ||||||
|
. | Construction. | OB | 3. |
5. º and 6. | ||||||
|
|
8. | OB | 8. | |||||||
| Viary Works. | Roads and Railways. | OB | 4. º | 7. | ||||||
| Transport Infrastructures. | OB | 2. º | 4. | |||||||
| Maritime and Port Works. | Maritime and Port Works. | OB | 3. º | 6. | ||||||
|
OB |
OB | 4. | OB | OB |
7. | |||||
| Geotechnical Works. | Geotechnical Works. | OB | 4. º | 7. | ||||||
| Supply and Sanitation. | Supply and Sanitation. | OB |
4. º | 8. | ||||||
|
Territorial Analysis. | Territorial Analysis. | OB | 4. º | 8. | ||||||
| Engineering. | Hydraulic Works. | OB | 3. | 5. | ||||||
|
and projects. |
Legislation and Projects. | OB |
3. | 5. | ||||||
|
Technology in Hydrology. | Water Engineering. | Hydraulic Works. | OB | 3. º | ||||||
| Hydraulic Works II. |
OB | 4. º | 7. | |||||||
|
Presas and Auses Hydroelectric. | OB | 4. º | 7. | |||||||
|
transition and coastal. | OB | 3. º | 6. | |||||||
|
and Subterranea Hydrology | OB | 4. º | 7. | |||||||
|
Regulation. | OB | 4. º | 8. º | |||||||
|
Management. | Water Quality. | OB |
6. |
| . | |||||
| OB | OB | OB | OB | OB | OB | OB | OB | 3. º | 6. | |
| Supply and Sanitation. | Urban Systems. | OB | 3. º | 5. | ||||||
| Supply and Sanitation. | OB | 4. º | 8. | |||||||
| Territorial Analysis. | Territorial Analysis. | OB | 4. |
8. | ||||||
| Infrastructure. | Transport Infrastructure. | OB | 2. | |||||||
|
Legislation and projects. | OB | OB | 3. º | 5. | ||||||
|
Specific Technology in Transport and Urban Services. | Introduction to Urbanism. |
| OB | 4. | 8. | |||||
| Introduction to Urbanism. | OB | 4. º | 7. | |||||||
| Sanitation and Urban Services. |
| OB | 4. º | 8. | ||||||
|
| 5. | 5. | ||||||||
|
| OB | 2. | 4. | |||||||
| Roads and Airports. | OB | 4. º | 7. | |||||||
| Railways. | OB | 4. º | 7. | |||||||
|
Mobility and Transport Terminals. | OB | 3. | 6. | |||||||
|
and Port Works. |
Transition and coastal waters. | OB | 3. º | 6. | ||||||
| Engineering. | Works Hydraulics. | OB | 3. º | 5. | ||||||
| Legislation and Projects. | Legislation and Projects. | OB | 3. º | 5. | ||||||
|
itineraries). | Work End Work. | Degree End Job (for all three itineraries). | OB |
4. º | 7. º and 8. º |
5.1.4 Study Plan summarized by academic year.
Courses common to all specialties
First Course
| Character | Credits |
| |||||
|---|---|---|---|---|---|---|---|
| FB | 9 | 9 |
| ||||
| Calculation | Calculation |
| FB | 9 | |||
|
Drawing | FB | 6 | 1. | ||||
| FB | 6 | 1. | |||||
|
Geology | FB | 6 | 1. º |
||||
| to the Economy and Enterprise | FB | 6 | |||||
| Topography | Topography |
| OB | 6 | 2. | ||
| Representation in Civil Engineering |
FB | 6 | 2. | ||||
|
Extension |
FB | 6 | 2. |
Second Course
| Character | Credits |
FB | FB | 6 | 6 |
|
|---|---|---|---|---|---|---|
| OB | 9 | |||||
|
OB | 6 | 3. | ||||
| Introduction to Numeric Methods | FB | 6 | OB | |||
|
| 6 | 6 | 6 |
| FB | |
|
FB | 6 |
6 |
4. | |||
|
Hydraulic e Hydrology | OB | 9 | 3. º and 4. | |||
| Statistics | FB | 6 | 4. | |||
|
OB | OB | OB 6 | 4. |
Specialty in Civil Constructions
Third Course (Specialty in Civil Constructions)
| Character | Credits |
OB | ||||
|---|---|---|---|---|---|---|
|
| 9 | OB | 9 |
5. º and 6. | ||
|
Structural Concrete and Build | OB | 9 | 5. º and 6. | |||
|
| OB | 9 | ||||
| Construction | OB | 9 | 5. ºand 6. | |||
| OP | OP |
| 4.5 | 5. | ||
| and Projects | OB |
4.5 | 5. | |||
|
OB | 4.5 | 5. | ||||
| . | ||||||
| OB | OB | 6 | ||||
| 6. | ||||||
|
Optional | OP | 4.5 | 6. |
Fourth Course (Specialty In Civil Constructions)
| Character | Credits | |||
|---|---|---|---|---|
| Metal Structures | OB | 6 | ||
|
| OB | 6 | 7. | |
| Analysis of Structures II |
OB | 6 | 7. | |
|
and Railways |
OB | 6 | ||
| Territorial Analysis | OB | 4.5 |
| |
|
OB | OB | 4.5 | OB |
8. |
|
and Premanufacturing | OB | 6 | 8. | |
|
|
9 | |||
| Degree End Job | OB | 12 | 7. º and 8. |
Specialty in Hydrology
Third Course (Hydrology Specialty)
| Character | Credits |
OB | ||||
|---|---|---|---|---|---|---|
|
| 9 | OB | 9 |
5. º and 6. | ||
| Terrain Engineering I |
OB | 9 | 5. º and 6. | |||
|
Concrete and Build | OB | 9 | 5. º and 6. | |||
|
| OB | 4.5 | 5. | |||
|
Hydraulic Works | OB | 4.5 | 5. | |||
|
Systems | OB | 4.5 |
5. | |||
|
|
OP | 4.5 | 5. | |||
|
and Coastal Waters | OB | 6 | 6. | |||
|
Quality | OB | 4.5 | ||||
| OB | 4.5 | Centro_table_body "> 6. |
Fourth Hydrology Course
| Character | Credits | ||||
|---|---|---|---|---|---|
| Metal Structures | OB | 6 | |||
| Presas and Aprovements Hydroelectric | OB | 4.5 | 7. | ||
|
Works Hydraulic II | OB | 6 | 7. | ||
|
| OB | OB | 4.5 | 7. | |
|
| OP | OP |
| 4.5 | 7. |
| Analysis | OB | OB |
| 4.5 | 8. |
|
| OB | 4.5 | 8. | ||
| Resource Regulation | OB | 4.5 | 8. | ||
| Optional (to choose two) |
9 |
8. | |||
|
End Job | OB | 12 | 7. º and 8. |
Specialty in Transportation and Urban Services
Third course (specialty in Transportation and Urban Services)
| Character | Credits |
OB | ||||
|---|---|---|---|---|---|---|
|
| 9 | OB | 9 |
5. º and 6. | ||
| Terrain Engineering I |
OB | 9 | 5. º and 6. | |||
|
Concrete and Build | OB | 9 | 5. º and 6. | |||
|
OB | OB | OB | OB | 9 | 5. º and 6. | |
|
Legislation and Projects | OB |
4.5 | 5. | |||
| Hydraulic Works | OB |
4.5 | 5. | |||
|
| 4.5 | 5. | ||||
| . | ||||||
| 5. | ||||||
| OB | OB | 6 | ||||
| 6. | ||||||
|
Optional | OP | 4.5 | 6. |
Fourth course (specialty in Transportation and Urban Services)
| Character | Credits | ||||
|---|---|---|---|---|---|
| Metal Structures | OB | 6 | |||
| Railways |
| OB | 6 | 7. | |
| Introduction to Urbanism |
OB | 4.5 | 7. | ||
|
and airports |
OB | 9 |
| ||
| OP |
| 4.5 | 4.5 |
| |
| Territorial Analysis | OB | 4.5 |
| ||
|
OB | 4.5 | 8. | |||
|
Optives (to choose two optional) | OP | 9 | 8. | ||
|
End Job | OB | 12 | 7. º and 8. |
Additional Optional Subjects by Groups and Itineraries
| Routes | Groups | ||
|---|---|---|---|
|
Civil Constructions. | Construction Engineering. | Laboratory of Concrete Structures. | |
|
Quality in Construction. | |||
| Structures Engineering. | Mixed Build. | ||
|
Design Aesthetics. |
|||
| Terrain Engineering. | Terrain Engineering II. | ||
| Hydrology. |
Terrain Engineering. | Hydrology Applied to Public Works. | |
| Engineering. | Ports. | ||
|
Coastal Works | |||
|
Hydraulics. | |||
|
Environmental Engineering. | Water Treatment | ||
|
Ports | Ports. | ||
| Ports. | |||
| Ports. | |||
|
Environmental Engineering. | Urban Sustainable Engineering. | ||
|
Engineering. | Urban Transport | ||
| Engineering Traffic and Road Safety. | |||
| Planning. | Public Works and Territory. | ||
|
Common Block. | Mathematical Methods. | Informatics and Programming. | |
| Physical Application. | Structural Integrity and Fracture. | ||
| Practices. | Practices. | ||
|
Systems. |
|
Cooperation and Development. | |
| Cooperation for Development in Engineering Civil. |
In the curriculum, a total of 90 ECTS credits are offered in additional optional subjects, grouped in 20 subjects out of 4.5 credits each.
Students will be required to take four additional optional subjects (18 ECTS credits) of which at least two will be from those offered on their itinerary. Five subjects are offered per itinerary and five in a common block. The common block offers the possibility of carrying out up to 4.5 credit for business practices.
Students will be able to obtain a recognition of 6 credits from optional subjects by participating in activities set out in Article 12.8 of Royal Decree 1393/2007.
