Double Degree between the Master's Degree in Mining Engineering and the Master's Degree in Geotechnical Engineering
The Double Degree between the Master's Degree in Mining Engineering (MsDME) and the Master's Degree in Geotechnical Engineering (MsDGE) combines geotechnical engineering (geotechnics, earthquake engineering, hydrogeology) with mining engineering in order to train future engineers with a broad range of professional opportunities. This double degree aims to provide specialised training in sustainable approaches to locating, extracting and exploiting minerals and energy resources as well as knowledge in geophysics and earthquake engineering and acquiring the skills to predict, evaluate and reduce seismic hazards.
Academic year starts
- 1st semester (Fall): September
- 2nd semester (Spring): February
Duration
2 years
Study load
150 ECTS (including the master's thesis)
Delivery
On-campus
Languages
- MsDME: Spanish, Catalan and English
- MsDGE: Spanish and English
Enrollment
- Part-time
- Full-time
Minimum academic progress
The minimum academic progress for first year students is 15 ECTS. Students must complete the master's program in up to:
- Full time: 4 years
- Part time: 8 years
Places
15
Official degrees
Master's Degree in Geotechnical Engineering and Master's Degree in Mining Engineering by the Universitat Politècnica de Catalunya (recorded in the Spanish Ministry of Education's degree register)
Participating schools
Fees
More information about fees and payment options
More information about grants and loans
Academic coordinators
- MsDME: Lluís Sanmiquel
- MsDGE: Jean Vaunat
Specific requirements for the MsDGE
Admission degrees
In order to gain admission to the Master's Degree in Geotechnical Engineering students must have one of the following degrees:
- bachelor's degree in Civil Engineering, Public Works Engineering or Environmental Engineering
- bachelor's degree in Environmental Sciences or Geology.
- official diploma or former undergraduate degrees in Civil Engineering, Environmental Sciences, Public Works Engineering or Geology.
Other degrees
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 files of the candidates 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.
Please check the specific admission requirements to the MScME here.
You will find all the information about the general Access requirements to UPC master's programs here.
Admission criteria
Master's Degree in Mining Engineering
The following factors or parameters are considered for admission to the Master's Degree in Mining Engineering:
- Academic record
- Experience in the research field
- Fluency in foreign languages
For more information please check the master's official website (in Spanish).
Master's Degree in Geotechnical Engineering
The following factors or parameters are considered for admission to the Master's Degree in Geotechnical Engineering:
- Weighted average mark factor (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 UPC's regulations). - CV adequacy factor (50%)
- Additional former education factor (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 favorable, etc.
Training objectives
This double degree is born as a natural need to combine geotechnical engineering (geotechnics, earthquakes, hydrogeology) with mining engineering (explosives, indoor and outdoor extraction activities, mineral processing) so that it can lead to a wider professional future. It should be noted that, academically speaking, there is an important relationship between these two fields of study. In addition, the two schools in which these two master's degrees are offered have bachelor's degrees that may naturally lead to this double degree and provide an academic continuity consistent with both master's degrees. On the one hand the Bachelor's Degree in Mining Engineering (EPSEM) and on the other hand the Bachelor's Degree in Geological Engineering (joint degree between Barcelona School of Civil Engineering at UPC and the Faculty of Geology at UB) are degrees dealing with mining technical engineering (although they are different specialties, they complement each other very well to create professionals who meet the needs of the market). Likewise, it should be noted that these bachelor's degrees are not the only studies that grant access to this double degree.
Professional opportunities
Engineers taking this Double Degree between the Master's Degree in Mining Engineering and the Master's Degree in Geotechnical Engineering will be able to access technical and managerial positions in companies related to the exploitation of mines and energy resources, as well as other positions related to the research and evaluation of mineral deposits, underground works, soundings and mining facilities, their maintenance and the study of environmental impact. They may also direct projects for the extraction, transportation and storage of resources, applying mineral and metallurgical technologies. The main opportunities for graduates in the field of mining engineering are in the mining sector, in civil works and in broader sectors where they can carry out studies on environmental impact, environmental assessment, job security and organization and quality control, among others.
They may also join work teams, either as managers or expert technicians, in the areas and activities related to the field of geotechnical engineering:
- Management and planning of geotechnical works.
- Management and planning of water resources.
- Modelling, assessment and management of geological resources.
- Assessment and reduction of seismic risk.
- Assessment and reduction geological risk.
- Assessment and reduction of hydrogeological risk, including soil contamination.
- Land survey campaigns.
- Energy resource prospecting campaigns.
- Planning and management of waste storage solutions.
- Civil engineering, geotechnical, geological and seismic consulting.
- Hydrology and hydrogeology consulting.
- Doctoral studies in civil, geotechnical, geological and earthquake engineering.
- Doctoral studies in hydrology and hydrogeology.
COURSES | ECTS |
| First year (EPSEM) | |
| Fall semester | |
| 330602 Mining economics* | 5 |
| 330327 Mining machinery | 5 |
| 330335 Geological resource modelling & estimation | 5 |
| 330601 Mineral process modelling* | 5 |
| 330338 Geological & energy resource management | 5 |
| 330337 Land & underground space management | 5 |
| Spring semester | |
| 330605 Numerical methods for mining engineering* | 5 |
| 330603 Modelling of underground excavations* | 5 |
| 330332 Mineral engineering | 5 |
| 330606 Mining design & modelling* | 5 |
| 330604 Blasting modeling* | 5 |
| 330333 Environmental mining engineering | 5 |
| Second year (ETSECCPB) | |
| Fall & spring semesters | |
| 250803 Modelling of flow & transport in porous media | 5 |
| 250804 Soils mechanics | 5 |
| 250805 Rock mechanics | 5 |
| 250830 Sismology | 5 |
| 3 mandatory specialty courses from the MsDGE | 15 |
| 2 elective courses from the MsDGE | 10 |
| Joint Master's Thesis | 45 |
COURSES | ECTS |
| First year | |
| Fall semester (ETSECCPB) | |
| 250803 Modelling of flow & transport in porous media | 5 |
| 250804 Soils mechanics | 5 |
| 250805 Rock mechanics | 5 |
| 250830 Sismology | 5 |
| 2 mandatory specialty courses from the MsDGE | 10 |
| Spring semester (EPSEM) | |
| 330605 Numerical methods for mining engineering* | 5 |
| 330603 Modelling of underground excavations* | 5 |
| 330332 Mineral engineering | 5 |
| 330606 Mining design & modelling* | 5 |
| 330604 Blasting modeling* | 5 |
| 330333 Environmental mining engineering | 5 |
| Second year | |
| Fall semester (EPSEM) | |
| 330602 Mining economics* | 5 |
| 330327 Mining machinery | 5 |
| 330335 Geological resource modelling & estimation | 5 |
| 330601 Mineral process modelling* | 5 |
| 330338 Geological & energy resource management | 5 |
| 330337 Land & underground space management | 5 |
| Spring semester (ETSECCPB) | |
| 1 mandatory specialty course from the MsDGE | 5 |
| 2 elective courses from the MsDGE | 10 |
| Joint Master's Thesis | 45 |
* The new designation of these courses with respect to the verified version has been informed through the degree's accreditation process and is pending evaluation by AQU's External Audit Committee.
Mandatory specialty courses from the MsDGE
COURSES | ECTS |
| 250810 Advanced soil mechanics | 5 |
| 250811 Foundations & earth retaining structures | 5 |
| 250812 Underground excavations | 5 |
| 250420 Geotechnical design & construction | 5 |
| 250421 Geomechanics of breakage | 5 |
| 250821 Aquifer mechanics | 5 |
| 250822 Stochastic methods in hydrology | 5 |
| 250823 Aquifers balance & recharge | 5 |
| 250531 Modelling of soil & groundwater contamination | 5 |
| 250824 Hydrogeochemical modelling | 5 |
| 250520 Earthquake engineering | 5 |
| 250831 Geophysical prospection | 5 |
| 250832 Sismometry | 5 |
| 250833 Seismic hazard assessment | 5 |
Common elective specialty courses
SUBJECTS | ECTS |
| Mass transport in the ground (3 courses) | 15 |
| Interactions between groundwater, civil works & the environment (3 courses) | 15 |
| Seismic risk assessment (2 courses) | 10 |
| Seismic design of structures (5 courses) | 25 |
| Geological characterization (3 courses) | 15 |
| Coupled processes in soils & rocks (2 courses) | 10 |
| Modeling in geotechnical engineering (3 courses) | 15 |
Students enrolled at UPC for the Double Degree MSCME-MScGE can access the following information:
Track 1: EPSEM-ETSECCPB
Tria les assignatures que vulguis fer i simula com serà el teu horari amb el Visor d'horaris UPC:
Track 2: ETSECCPB-EPSEM-ETSECCPB
Tria les assignatures que vulguis fer i simula com serà el teu horari amb el Visor d'horaris UPC:
The Master's Thesis is an original exercise to be done individually and presented and defended before a university pannel consisting in a project in the sphere of the specific geotechnical engineering technologies synthesising and integrating the competences acquired on the course.
Scheduled theses
These are the master theses' currently scheduled and validated for this track:
Related links
- Escola Politècnica Superior d'Enginyers de Manresa
- Thesis submitted to the Global access to UPC knowledge site (UPCommons):
- Portal Camins
- Col·legi d'Enginyers de Camins, Canals i Ports de Catalunya
- Col·legi d'Enginyers Tècnics d'Obres Públiques de Catalunya
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