Accordion BsDMREMR+BsDEE

Academic year starts in

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

Duration

5 years

Delivery

On-campus

Language

  • BsDEE: Spanish, Catalan or English
  • BsDMREMR: Spanish, Catalan or English

Commitment

Full time

Places

20

Official degrees

Bachelor's Degree in Environmental Engineering and Bachelor's Degree in Mineral Resource Engineering & Mineral Recycling by the Universitat Politècnica de Catalunya.

Participating schools

Fees

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

Academic coordinators

Admission criteria

This double degree is mainly indicated for bachelor's students of the indicated programs, which are both taught at the UPC: Bachelor's Degree in Mineral Resource Engineering & Mineral Recycling and the Bachelor's Degree in Environmental Engineering.

The academic requirement for access is to have fully completed the first three years of the bachelor's degree.

Assessment & selection criteria

The selection criteria is based on the students course grades of the first three academic years.

Application, selection and enrolment

The double degree between BsDEE-BsDMREMR is an annual admission. Students who meet the academic admission requirements may apply for admission as follows:

  • When? From June 1st to 30th 2025.
  • How? By attaching the Application for admission to the BsDEE-BsDMREMR (sol·licitud) double degree studies (application) through the UPC electronic office – Procedure "Instància directora".
  • Resolution: the Academic Committee will resolve during the second half of July 2025.

Enrolment

When accessing a double degree, a management file is opened in the eSecretaria with the specific itinerary of the double degree studies to be taken.

Registration for the double degree between BsDEE-BsDMREMR will be annual and will be formalized during the ordinary registration period of the Barcelona School of Civil Engineering.

Objectives

There is an important relationship between the environmental and mining fields; this double degree is born out of a natural need to combine environmental engineering (geology, edaphology, hydrogeology, environmental geochemistry, environmental impact assessment, solid waste, etc.) with mining engineering in a way that can lead to a professional future with a wider work option spectrum. A mining or environmental engineer with a very solid background in environmental or mining engineering respectively, certainly translates into very high career potential. Furthermore, the sustainable development trends of recent years in the mining sector point to the promotion and increase of all activities related to the recovery, reuse and recycling of mineral products within the framework of the circular economy. This represents an important meeting point between environmental engineering and mining.

Career opportunities

Students from this double degree will see their career opportunities broadened with regard to students from just one of the two bachelor's degrees. Therefore, bearing in mind the different fields in which students from these two bachelor's degrees can work separately, we may highlight the following fields of work for our double degree students:

  • Quality control of groundwater, as well as water from rivers, lakes, seas and oceans.
  • Water supply to cities.
  • Treatment of waste water.
  • Decontamination of soil and groundwater.
  • Control measures on air and noise pollution.
  • Environmental biotechnology.
  • Management of solid waste.
  • Environmental impact of products and processes.
  • Evaluation of the impact of climate change.
  • Restoration of degraded lands.
  • Introduction of renewable energies.
  • Environmental and natural resources economy.
  • Circular economy.
  • Sustainable transportation and mobility.
  • Smart cities and sustainable construction.
  • Green infrastructures.
  • Supervision of underground and open-cast mining activities. Management of work teams and machinery.
  • Design and planning of mining activities.
  • Blast design in mines and civil works.
  • Civil works: excavating, tunneling, and ground movements.
  • Management of minerals and waste.
  • Industries related to construction materials.
  • Technical work in spatial planning and management.
  • Groundwater management.
  • Research for R&D projects.
  • Technical work in areas of public administration and teaching at secondary schools and universities.
  • Technical work in occupational safety.

These are the academic tracks depending on the degree of origin of the student:

Summary of the track for students coming from the Degree in Environmental Engineering:

198 mandatory ECTS from BsDEE (1st, 2nd, 3rd year all courses + 4th year mandatory courses) + 63 ECTS from BsDMREMR + 30 ECTS from Final Thesis (12 ECTS from BsDEE + 18 ECTS from BsDMREMR) = 291 ECTS

Course adaptation table

COURSES
ECTS
DEGREE
First year
Fall semester
2500200 Biology & ecology 6 BsDEE
2500201 Fundamentals of Mathematics 6 BsDEE
2500202 Mechanics 6 BsDEE
2500203 Earth system 6 BsDEE
2500204 Chemistry I 6 BsDEE
Spring semester
2500205 Environmental economy & sustainability 6 BsDEE
2500206 Chemistry II 6 BsDEE
2500207 Environmental thermodynamics & kinetics 6 BsDEE
2500208 Mathematics I 6 BsDEE
2500209 Geology & edaphologya 6 BsDEE
Second year
Fall semester
2500210 Mathematics II 6 BsDEE
2500211 Environmental microbiology & biotechnology 6 BsDEE
2500213 Fluid mechanics 6 BsDEE
2500214 Ecotoxicology principles & environmental analysis 6 BsDEE
2500215 Statistics 6 BsDEE
Spring semester
2500212 Geographic informations systems 6 BsDEE
2500216 Hydraulics 6 BsDEE
2500217 Atmospheric processes & hydrology 6 BsDEE
2500218 Environmental hydrogeology & geochemistry 6 BsDEE
2500219 Geomechanics 6 BsDEE
Third year
Fall semester
2500220 Instrumentation, remote sensing & Big Data 6 BsDEE
2500221 Numerical modelling 6 BsDEE
2500222 Structures 6 BsDEE
2500225 Water treatment 6 BsDEE
2500226 Decontamination of soils & aquiphera 6 BsDEE
Spring semester
2500223 Sustainable transportation 6 BsDEE
2500224 Evaluation of environmental impact 6 BsDEE
2500227 Solid waste 6 BsDEE
2500228 Waste water & reuse 6 BsDEE
2500229 Construction procedures & materials 6 BsDEE
Fourth year
Fall semester
330418 Ground modelling 6 BsDMREMR
330463 Material processing principles 6 BsDMREMR
330462 Surface mining 6 BsDMREMR
330468 Underground mining 6 BsDMREMR
330425 Occupational risks prevention 6 BsDMREMR
Spring semester
330419 Applied surveying & cartography 6 BsDMREMR
330423 Technology of mining exploration 4,5 BsDMREMR
330413 Mineral deposits 4,5 BsDMREMR
330465 Underground works 6 BsDMREMR
330420 Electricity & control engineering 6 BsDMREMR
330431 Use of explosives 6 BsDMREMR
Fifth year
Fall semester
2500230 Air & noise pollution 6 BsDEE
Final Thesis 18 BsDMREMR
Spring semester
2500231 Decision-making systems 6 BsDEE
2500232 Project management & environmental legislation 6 BsDEE
2500243 Final Thesis 12 BsDEE

Summary of the track for students coming from the Degree in Mineral Resource Engineering & Mineral Recycling:

  • 204 mandatory ECTS from BsDMREMR (1st, 2nd, 3rd year all courses + 4th year mandatory courses)
  • 54 ECTS from BsDEE
  • 30 ECTS from Final Thesis (12 ECTS from BsDEE + 18 ECTS from BsDMREMR)
  • Total = 288 ECTS

Course adaptation table

COURSES
ECTS
DEGREE
First year
Fall semester
330051 Mathematics I 6 BsDMREMR
330052 Physics I 6 BsDMREMR
330053 Introduction to computing 6 BsDMREMR
330054 Chemistry 6 BsDMREMR
330055 Environmental technologies & sustainability 6 BsDMREMR
Spring semester
330056 Mathematics II 6 BsDMREMR
330057 Physics II 6 BsDMREMR
330058 Graphic expression 6 BsDMREMR
330059 Statistics 6 BsDMREMR
330060 Materials science & technology 6 BsDMREMR
Second year
Fall semester
330061 Mathematics III 6 BsDMREMR
330063 Mechanical systems 6 BsDMREMR
330065 Thermodynamics & fluid mechanics 6 BsDMREMR
330409 General surveying & cartography 6 BsDMREMR
330404 Geology & geological cartography 6 BsDMREMR
Spring semester
330460 Mathematics applied to mining engineering 3 BsDMREMR
330066 330066 - Strength of materials 6 BsDMREMR
330403 Mineralogy & petrology 6 BsDMREMR
330413 Mineral deposits 4,5 BsDMREMR
330419 Applied surveying & cartography 6 BsDMREMR
330423 Technology of mining exploration 4,5 BsDMREMR
Third year
Fall semester
330461 Business management in circular economy 6 BsDMREMR
330414 Earth engineering 6 BsDMREMR
330418 Ground modelling 6 BsDMREMR
330462 Surface mining 6 BsDMREMR
330463 Material processing principles 6 BsDMREMR
Spring semester
330466 Recycling plants & minerals 6 BsDMREMR
330464 Urban & waste mining 6 BsDMREMR
330420 Electrotechnics & control systems 6 BsDMREMR
330431 Use of explosives 6 BsDMREMR
330465 Underground works 6 BsDMREMR
Fourth year
Fall semester
2500211 Environmental microbiology & biotechnology 6 BsDEE
2500214 Ecotoxicology principles & environmental analysis 6 BsDEE
2500225 Water treatment 6 BsDEE
2500226 Decontamination of soils & aquiphera 6 BsDEE
2500230 Air & noise pollution 6 BsDEE
Spring semester
2500217 Atmospheric processes & hydrology 6 BsDEE
2500218 Hydrogeology & environmental geochemistry 6 BsDEE
2500223 Sustainable transport 6 BsDEE
2500228 Wastewater & reuse 6 BsDEE
Fifth year
Fall semester
330467 Projects 6 BsDMREMR
330469 Environmental impact & restoration 6 BsDMREMR
330425 Occupational health & safety 6 BsDMREMR
330468 Underground mining 6 BsDMREMR
Spring semester
2500243 Final thesis 12 BsDEE
Final thesis 18 BsDMREMR

The Final Theses can be done jointly or separatedly. If you choose to present a 30 ECTS joint Final Thesis, on both fields, you should enrol both theses during the spring call of the fourth year.


Students enrolled at UPC for the Double Bachelor's Degree can access the following information:

Track 1: BsDEE-BsDMREMR

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

Track 2: BsDMREMR-BsDEE

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

The Bachelor'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 synthesizing and integrating the competences acquired on the course.