Double Master's Degree in Civil Engineering and Structural & Construction Engineering

DD MsDCE-MUCSTM imageThe Double Degree between the Master's degree in Civil Engineering (MsDCE) - Specialty in Structural & Construction Engineering and in Geotechnical Engineering and the Master's degree in Structural & Construction Engineering (MsDSCE) will allow students to obtain the professional qualification offered by the MsDCE while combining the learning of technological knowledge in construction and project management and analysis of civil structures and underground works.

Academic year starts in

  • Fall semester (Q1): September
  • Spring semester (Q2): February

Study load

  • 166,5 ECTS (MsDCE - Specialty in Structural & Construction Engineering + MsDSCE - Structures track)
  • 176,5 ECTS (MsDCE - Specialty in Geotechnical Engineering + MsDSCE - Structures track)
  • 179,0 ECTS (MsDCE - Specialty in Structural & Construction Engineering + MsDSCE - Construction track)

Delivery

On-campus

Language

  • MsDCE: Catalan, Spanish & English
  • MsDSCE: Catalan, Spanish & English

Minimum academic progress

The minimum academic progress for first year students is 45 ECTS. Students must complete the master's program in up to 4 years.
Students who want to abandon the double degree program will resume their studies at the master's degree of origin.
Poor performance will be grounds for expulsion from the program.

Places

10

Official degree

  • EiC-E track
  • T-E track
  • EiC-C track

Participating school

Barcelona School of Civil Engineering

Fees

More information about fees and payment options
More information about grants and loans

Academic coordinator

José Turmo

Means of admission

There are three different means to access the double degree:

  • 1st mean: Direct admission to the double degree (prior admission to one of the two master's degrees is necessary)
    Applicants must have completed a bachelor's degree granting access to either of the two master's degrees, including the additional training courses necessary. By this mean, students would start the first year of the double degree. Students that wish to abandon the double degree will resume their studies at their original program, that is the MsDCE or the MsDSCE. Poor performance will be grounds for expulsion.
  • 2nd mean: Admission through the MsDCE
    Applicants must have completed their first year of the MsDCE (60 ECTS) to access the double degree. By this mean, students would access the second year of the double degree. Students that wish to abandon the double degree will resume their studies at the MsDCE. Poor performance will be grounds for expulsion.
  • 3rd mean: Admission through the MsDSCE
    Applicants must have completed their first year of the MsDSCE (60 ECTS) to access the double degree and meet all the admission requirements of the MsDCE, including the additional training courses necessary. By this mean, students would access the second year of the double degree. Students that wish to abandon the double degree will resume their studies at the MsDSCE. Poor performance will be grounds for expulsion.

Pre-enrolment and enrolment

Check here the general admission requirements for UPC masters and information on pre-enrolment: calendar, how to apply for admission, how to reserve a place if the resolution is favourable, etc.

Admission criteria

The admission process will be done jointly by both schools.

The application for admission to the double master's program will be made according to the calendar established by each centre, before the ordinary enrolment period.

If the number of applications exceeds the number of places offered in the academic year, these will be ordered according to the academic record, accessing the program those students with the best grades. Priority will be given to the students who access the double degree through the 1st mean (direct access to the double degree) described in the previous section.

To access the double degree, students must be admitted to the other master's degree at an individual level, meeting the pertinent criteria and with the training supplements stipulated in each case. In particular, the admission criteria to the MsDSCE are part of the admission criteria to the MsDCE, thus admission to the latter implies meeting a greater number of requirements. Taking this into account, it is concluded that any student who meets the MDCE admission requirements, with the necessary training complements, may be admitted to the double degree.

You can find all the information about the admission criteria, on the websites of each master's degrees (MsDCE -  Admission criteria y MsDSCE - Admission criteria).

You can check the results of the evaluation and selection of the applications for admission resolutions for the current academic year here.

Competencies

The double master's degree curriculum has been designed in such a way that the two master's degrees are achieved in parallel, taking into account that the basic courses are taken, in general, before the more specilized ones, and that the existing electives in one master's degree serve to achieve specific competences of the other. Thus, in the overall curriculum, all the competences of both master's degrees are achieved. In case of having similar courses in both master's degrees (validatable between them according to the recognition tables), students are offered the possibility of choosing which one to take.

The curriculum contemplates that the study load during all semesters is no greater than 36 ECTS. In this sense, and according to the Academic Regulations for Bachelor's and Master's degrees at the UPC, students will have the option of completing a single assignment summing up the teaching load (credits) of all the assignments for both degrees or two different reports, each one having the corresponding teaching load (credits). In any case, students must register and pay for both theses. This approach reduces the time students need to obtain the double master's degree, and clearly demonstrates that obtaining a double degree requires additional effort.

Objectives

This double degree proposal, aims to respond to the labor market's demand for competent professionals, in the field of structures, underground works and construction, in the broadest sense, both from the technological and structural analysis aspects, materials and underground works as well as construction management. We understand that this proposal is an ideal combination professionally and, furthermore, it is attractive for students, as shown by the fact that every year students who finish the Degree in Civil Engineering have a hard time choosing between the MsDSCE, valued for its intensifications, or the MsDCE, valued for its prestige and professional training. In this sense, the double degree will serve as a stimulus for new students, both from the UPC and from other universities, since it is unique in the catalog of master's degrees at the state level.

Career opportunities

Students will be able to:

  • Choose from a new offer with broader future professional possibilities.
  • Obtain the professional attributes offered by the MsDCE while acquiring specific technological knowledge in the gestión de la construcción y el proyecto y análisis de estructuras civiles y obras subterráneas.
  • Choose in wich semester to take their courses, because of the flexibility of the program.
  • Become professionals with a broader vision of the current labor market.
  • Obtain a better position when accessing the labor market.
  • Get more valued and well-paid work placements.

Please check the study program for each track.

Applicants must have completed a bachelor's degree granting access to either of the two master's degrees, including the additional training courses necessary. By this mean, students would start the first year of the double degree and exclusively to the EiC-E track.

EiC-E track

COURSES
ECTS
First year
Fall semester
Mandatory courses
250401 Mechanics of continua9
250402 Numerical modelling9
250403 Structural analysis7.5
250404 Hydraulic infrastructure4.5
Elective courses
250704 Structural dynamics 15
Spring semester
Mandatory courses
250405 - 250725 Structural engineering6
250406 Computational engineering6
250408 Water engineering6
250409 Planning & management of transportation6
250700 Fundamentals of structural projects6
Elective courses
250713 Experimental techniques for the characterization of structural materials 25
250730 Structural optimization 25
250439 Numerical models in civil & structural engineering 25
Second year
Fall semester
Mandatory courses
250407 Geomechanical & geotechnical engineering6
250471 Bridges 25
250472 Analysis & design of steel structures5
250473 Advanced design of concrete structures5
250731 Construction methods & project management5
Elective courses
250474 Structural management5
250475 Mixed & composite structures5
250703 Composite materials structures5
250704 Structural dynamics 35
250710 Inspection, analysis & restoration of historical constructions5
250728 Foundation structures5
250950 Numerical methods for PDEs5
Spring semester
Mandatory courses
250470 Building structures5
250471 Bridges 15
250702 Workshops & research seminars5.5
Elective courses
250476 Seismic risk assessment & reduction5
250707 Non-linear analysis & behaviour of concrete structures5
250708 Non-linear analysis of steel structures5
250709 Nanotechnology in construction5
250711 Advanced bridge engineering5
250713 Experimental techniques for the characterization of structural materials 45
250727 Performance based seismic design & assessment of structures5
250730 Structural optimization 45
250439 Numerical models in civil & structural engineering 45
250958 Advanced structural analysis5
Third year
Fall or spring semester
Mandatory courses
250499 Master's thesis25
250726 Master's thesis30

Applicants must have completed their first year of the MsDCE (60 ECTS) to access the double degree. By this mean, students would access the second year of the double degree and tracks EiC-E, T-E and EiC-C.

EiC-E track

COURSES
ECTS
First year
Fall semester
Mandatory courses
250401 Mechanics of continua9
250402 Numerical modelling9
250403 Structural analysis7.5
250404 Hydraulic infrastructure4.5
Elective courses
250704 Structural dynamics 15
Spring semester
Mandatory courses
250405 - 250725 Structural engineering6
250406 Computational engineering6
250407 Geomechanical & geotechnical engineering6
250408 Water engineering6
250409 Planning & management of transportation6
Elective courses
250713 Experimental techniques for the characterization of structural materials 25
250730 Structural optimization 25
250439 Numerical models in civil & structural engineering 25
Second year
Fall semester
Mandatory courses
250472 Analysis & design of steel structures5
250473 Advanced design of concrete structures5
250700 Fundamentals of structural projects6
250702 Workshops & research seminars5.5
250731 Construction methods & project management5
Elective courses
250474 Structural management5
250475 Mixed & composite structures5
250703 Composite materials structures5
250704 Structural dynamics 35
250710 Inspection, analysis & restoration of historical constructions5
250728 Foundation structures5
250950 Numerical methods for PDEs5
Spring semester
Mandatory courses
250470 Building structures5
250471 Bridges5
Elective courses
250476 Seismic risk assessment & reduction5
250707 Non-linear analysis & behaviour of concrete structures5
250708 Non-linear analysis of steel structures5
250709 Nanotechnology in construction5
250711 Advanced bridge engineering5
250713 Experimental techniques for the characterization of structural materials 45
250727 Performance based seismic design & assessment of structures5
250730 Structural optimization 45
250439 Numerical models in civil & structural engineering 45
250958 Advanced structural analysis5
Third year
Fall or spring semester
Mandatory courses
250499 Master's thesis25
250726 Master's thesis30

T-E track

COURSES
ECTS
First year
Fall semester
Mandatory courses
250401 Mechanics of continua9
250402 Numerical modelling9
250403 Structural analysis7.5
250404 Hydraulic infrastructure4.5
Elective courses
250704 Structural dynamics 15
Spring semester
Mandatory courses
250405 - 250725 Structural engineering6
250406 Computational engineering6
250408 Water engineering6
250409 Planning & management of transportation6
250700 Fundamentals of structural projects6
Elective courses
250439 Numerical models in civil & structural engineering 25
250713 Experimental techniques for the characterization of structural materials 25
250730 Structural optimization 25
Second year
Fall semester
Mandatory courses
250407 Geomechanical & geotechnical engineering6
250420 Geotechnical design & construction5
250423 Tunnels & rock mechanics5
250731 Construction methods & project management5
Elective courses
250471 Bridges 25
250472 Analysis & design of steel structures5
250473 Advanced design of concrete structures5
250474 Structural management5
250475 Mixed & composite structures5
250703 Composite materials structures5
250704 Structural dynamics 35
250710 Inspection, analysis & restoration of historical constructions5
250728 Foundation structures5
250950 Numerical methods for PDEs5
Spring semester
Mandatory courses
250421 Geomechanics of breakage5
250422 Interaccions entre aigües subterrànies i obres civils5
250702 Workshops & research seminars5.5
Elective courses
250470 Building structures5
250471 Bridges 15
250476 Seismic risk assessment & reduction5
250707 Non-linear analysis & behaviour of concrete structures5
250708 Non-linear analysis of steel structures5
250709 Nanotechnology in construction5
250711 Advanced bridge engineering5
250713 Experimental techniques for the characterization of structural materials 45
250727 Performance based seismic design & assessment of structures5
250730 Structural optimization 45
250439 Numerical models in civil & structural engineering 45
250958 Advanced structural analysis5
Third year
Fall or spring semester
Mandatory courses
250499 Master's thesis25
250726 Master's thesis30

EiC-C track

COURSES
ECTS
First year
Fall semester
Mandatory courses
250401 Mechanics of continua9
250402 Numerical modelling9
250403 Structural analysis7.5
250404 Hydraulic infrastructure4.5
Spring semester
Mandatory courses
250405 - 250725 Structural engineering6
250406 Computational engineering6
250407 Geomechanical & geotechnical engineering6
250408 Water engineering6
250409 Planning & management of transportation6
Second year
Fall semester
Mandatory courses
250471 Bridges 25
250472 Analysis & design of steel structures5
250473 Advanced design of concrete structures5
250700 Fundamentals of structural projects6
250702 Workshops & research seminars5.5
250731 Construction methods & project management5
Elective courses
250715 Economical & financial aspects of construction5
250720 Management skills5
250722 Advanced technics in construction5
250723 Using construction waste5
Spring semester
Mandatory courses
250470 Building structures5
250471 Bridges 15
Elective courses
250716 Durability of structures5
250717 Environmental management5
250718 Quality management5
250721 Advanced materials in construction5
250724 Construction seminars2.5
250729 Health & safety in construction5
Third year
Fall or spring semester
Mandatory courses
250499 Master's thesis25
250726 Master's thesis30

Applicants must have completed their first year of the MsDSCE (60 ECTS) to access the double degree and meet all the admission requirements of the MsDCE, including the additional training courses necessary. By this mean, students would access the second year of the double degree and tracks EiC-E, T-E and EiC-C.

EiC-E track

COURSES
ECTS
First year
Fall semester
Mandatory courses
250403 Structural analysis 17.5
250470 Building structures 45
250471 Bridges 45
250472 Analysis & design of steel structures 45
250473 Advanced design of concrete structures 45
250700 Fundamentals of structural projects6
250702 Workshops & research seminars5.5
250731 Construction methods & project management5
Elective courses
250474 Structural management5
250475 Mixed & composite structures5
250703 Composite materials structures5
250704 Structural dynamics5
250710 Inspection, analysis & restoration of historical constructions5
250728 Foundation structures5
Spring semester
Mandatory courses
250470 Building structures 35
250471 Bridges 35
250472 Analysis & design of steel structures 35
250473 Advanced design of concrete structures 35
250702 Workshops & research seminars5.5
Elective courses
250439 Numerical models in civil & structural engineering5
250707 Non-linear analysis & behaviour of concrete structures5
250708 Non-linear analysis of steel structures5
250709 Nanotechnology in construction5
250711 Advanced bridge engineering5
250713 Experimental techniques for the characterization of structural materials5
250727 Performance based seismic design & assessment of structures5
250730 Structural optimization5
250958 Advanced structural analysis5
Second year
Fall semester
Mandatory courses
250401 Mechanics of continua9
250402 Numerical modelling9
250403 Structural analysis 37.5
250404 Hydraulic infrastructure4.5
Spring semester
Mandatory courses
250405 - 250725 Structural engineering6
250406 Computational engineering6
250407 Geomechanical & geotechnical engineering6
250408 Water engineering6
250409 Planning & management of transportation6
Third year
Fall or spring semester
Mandatory courses
250499 Master's thesis25
250726 Master's thesis30

T-E track

COURSES
ECTS
Third year
Fall or spring semester
Mandatory courses
250499 Master's thesis25
250726 Master's thesis30

EiC-C track

COURSES
ECTS
Third year
Fall or spring semester
Mandatory courses
250499 Master's thesis25
250726 Master's thesis30

1 Also available in 2nd year's fall semester.
2 Also available in 2nd year's spring semester.
3 Also available in 1st year's fall semester.
4 Also available in 1st year's spring semester.


EiC-E track

Choose the subjects you want to study and simulate how your schedule will be with the UPC Timetable Viewer:

T-E track

Choose the subjects you want to study and simulate how your schedule will be with the UPC Timetable Viewer:

EiC-C track

Choose the subjects you want to study and simulate how your schedule will be with the UPC Timetable Viewer:

The Master's final thesis is an original exercise to be done individually and presented and defended before a university panel consisting in a project that synthesises and integrates the competences acquired during the studies.

Students will have the option of completing a single final thesis summing up the teaching load (credits) of the master's final thesis for both degrees or two different theses, each one having the corresponding teaching load (credits).

Scheduled theses

These are the master's theses currently scheduled for public presentation: