Acordeón

Díptic del Màster en Enginyeria Geotècnica

Academic year starts in

Fall semester (Fall): September
Spring semester (Spring): February

Duration

1,5 years

Study load

90 ECTS (including 15 ECTS for the Master's Final Thesis)

Minimum academic progress

The minimum academic progress for first year students is 30 ECTS.

Delivery

On-campus

Enrolment

  • Part-time
    At least 30 ECTS enrolled on the first year, and up to 72 ECTS the rest of the years
  • Full-time
    At least 30 ECTS (and up to 60 ETCS) enrolled on the first year, and up to 72 ECTS the rest of the years

Language

Catalan, Spanish & English

Places

30

Official degree

Master's Degree in Geotechnical Engineering by the Universitat Politècnica de Catalunya (recorded in the Spanish Ministry of Education's degree register)

Fees

More information about fees and payment options

More information about grants and loans

Academic coordinator

Yeudy Felipe Vargas
email

Specific admission requirements

In order to gain admission to the Master's Degree in Geotechnical Engineering the following requirements must be met:

  • University degree
    • Holders of an official bachelor's degree in Engineering or Architecture in the Civil, Industrial, Chemistry, Environmental, Forestal, Mining, Physics, Biology or Agronomy fields
    • Holders of an official bachelor's degree in Environmental, Chemical, Physical, Biological or Geological Sciences
    • Holders of an official diploma or former undergraduate degrees in Engineering or Architecture in the Civil, Industrial, Chemistry, Environmental, Forestal, Mining, Physics, Biology or Agronomy fields
    • Holders of an official diploma or former undergraduate degrees in Environmental, Chemical, Physical, Biological or Geological Sciences
  • Other degrees or qualifications

    When the access request is made from a degree other than those listed above, the body responsible for the master's degree will analyze the candidates' curriculum with the aim of determining, for each case, the additional training to be taken.

Students pending obtaining the degree that gives access to the master's degree

UPC undergraduate students who, despite not having obtained the bachelor’s degree, have pending the TFG and, at most, up to 9 ECTS (including credits pending recognition or transfer) or who have completed their studies, but are waiting to achieve, if possible, transversal competence in a third language. Under no circumstances will students who access this route be able to obtain a master's degree if they have not previously obtained a bachelor's degree.

Candidates from other universities who are enrolled in all the credits to complete the studies that give access to the master's degree can apply for access. Acceptance will be conditioned to the fulfillment of the general and specific access and admission requirements at the time of formalizing the registration.

You will find all the information about the general Access requirements to UPC master's programs here.

Admission criteria

The following factors or parameters are considered for admission to the Master's Degree in Geotechnical Engineering:

  • F1: Weighted average mark factor or parameter (40%)
    It is the result of summing the values obtained by multiplying the marks of the courses passed by the number of credits in each of them and dividing it by the number of credits passed (as stated in the UPC's regulations).
  • F2: CV adequacy factor or parameter (50%)
  • F3: Additional former education factor or parameter (10%)
    Adequacy to the academic or professional competencies established in the Master's Degree is advisable.

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

Pre-enrolment and enrolment

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

Learning objectives

Upon completing the Master's Degree in Geotechnical Engineering, you will be able to develop advanced technology and research in Soil and Rock Mechanics. You will solve complex geotechnical problems in foundations, dams, underground works and land roads. In addition, you will acquire theoretical and experimental knowledge to create innovative and sustainable solutions.

Career opportunities

  • Management and implementation of geotechnical campaigns: Design and build innovative geotechnical infrastructures
  • Responsible for water resources management and planning.
  • Risk assessment and reduction: Specialized in the mitigation of geological and seismic risks.
  • Responsible for the assessment and reduction of seismic risk.
  • Forensic analysis: Investigate and solve complex geotechnical problems.
  • Climate change adaptation: Integrate nature-based solutions for sustainable and energy projects.
  • Career in various sectors: Work in laboratories, companies, administrations and geotechnical consultancies, both nationally and internationally.
  • Research and development: Boost your career in R&D centers and universities.

For more information on course groups, coordinators and codes check the printer version of the curriculum.
COURSES ECTS
FIRST YEAR
Fall semester
Mandatory courses
250MEG001 Mathematical & numerical tools for geotechnical engineering problems 5
250MEG003 Hydrogeology 5
250MEG004 Theoretical & experimental soil mechanics 5
250MEG009 Geotechnical infrastructure 5
250423 Tunnels & rock mechanics 5
250420 Geotechnical design & construction 5
Spring semester
Mandatory courses
250MEG002 Geology for engineering 5
250MEG005 Characterisation & behaviour of geomaterials 5
250MEG006 Earthquake engineering & geophysics 5
250MEG008 Applied soil mechanics 5
250421 Geomechanics of failures 5
Elective courses
250MEG011 Stability of natural & artificial slopes 5
250MEG012 Seismology & earthquake risk 5
250MEG013 Unsaturated soil mechanics 5
250422 Interactions between groundwater & civil works 5
SECOND YEAR
Fall semester
Mandatory courses
250MEG007 Information & communication techniques 5
250MEGTFM Master's thesis 15
Elective courses
250MEG010 Space risk analysis & remote sensing 5
250MEG014 Energy & geotechnics 5
250MEG015 Modelling of coupled problems in geotechnical engineering 5

Students accessing the Master's Degree in Water Engineering can access the following information:

Master's Degree in Geotechnical Engineering (2016) Master's Degree in Geotechnical Engineering (2025)
Processes in soils & rocks
250800 - Continuum mechanics Mathematical & numerical tools for geotechnical engineering problems
250802 - Geology for engineering Geology applied to engineering
250803 - Modelling of flow & transport in porous media Hydrogeology
250804 - Soil mechanics Theoretical & experimental soil mechanics
250805 - Rock mechanics Characterization & behavior of geomaterials
250806 - Groundwaves generation & propagation Seismic & geophysical engineering
250809 - Seminars Information & communication techniques
Geotecnnical works
250810 - Advanced soil mechanics Applied soil mechanics
250811 - Foundations & earth retaining structures Geotechnical infrastructures
250423 - Tunnels & rock mechanics Tunnels & Rock Mechanics (MDCE)
250420 - Geotechnical design & construction Geotechnical design & construction (MDCE)
250421 - Geomechanics of breakage Geomechanics of fractures (MDCE)
Seismic & geological risk
250808 - Geographic information systems Spatial risk analysis & remote sensing
250521 - Slope stability Stability of slopes & slopes
250830 - Sismology Seismology & seismic risk
Geotechnics for energy & climate
250816 - Unsaturated soil mechanics Mechanics of unsaturated soils
250422 - Interaction between groundwater & civil works Interactions between groundwater & civil works (MDCE)
250807 - Numerical modelling tool in geoengineering Modeling problems linked to geotechnical engineering

Simulate your timetable with the UPC Timetable Viewer

Choose the subjects you want to study and simulate how your schedule will be:

Wednesdays from 12:00 to 14:00 there are no classes and these periods can be used for cultural activities (culture period).

The Master's Thesis is an original exercise to be done individually and presented and defended before a university panel consisting in a project in the sphere of the specific civil engineering technologies synthesising and integrating the competences acquired on the course.