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European Mining Course
Curriculum 2024-2026
About the programme
Programme code: ENG221 / CHEM212
Major code: ENG3077 / ENG3052
Programme director: Mikael Rinne / Rodrigo Serna
Responsible department: Civil Engineering / Chemical Engineering and Metallurgy
The European Mining Course (EMC) is an internationally recognised triple degree masters programme. The two-year (120 credits) programme is organized jointly by three European universities: Aalto University, RWTH Aachen, and Montanuniversität of Leoben.
The European Mining Course (EMC) is a Master degree which covers every aspect of the life cycle of mineral resources. Our partner universities provide the highest level of mining education through a structured, flexible exchange. The EMC is based on the expertise of the partner universities within Mining and Minerals Engineering. The focus of the programme is to provide state-of-the-art education in the fields of mining engineering by means of environmentally and economically sustainable systems and technologies, including circular economy.
At Aalto University, the programme is offered jointly by the School of Engineering (ENG) and the School of Chemical Engineering (CHEM). This means that all admitted students to EMC are first registered and enrolled at Aalto ENG but, if the student’s Master’s thesis supervisor is from CHEM, their right to study will be transferred to CHEM.
The aim of the programme is to:
- provide one of the most comprehensive Mining Engineering degree programme in the world to respond to the demands of global market, and to serve as a driver for innovation and recruitment in the sustainable mining sector
- be a flagship for European excellence in Mining Engineering
- provide a common pool of well-trained MSc graduates needed by global market and/or for potential PhD study
- enhance innovation, research and entrepreneurship
- promote internationalization of education through the mobility of students and academics between the Parties and industrial partners.
- enhance the quality of the MSc programmes of the Parties.
Graduates of the programme have:
- good understanding of the key issues involved in designing underground and surface excavations.
- Basic knowledge on the processing-related mineralogical and geological aspects of ores and industrial minerals, rock stability analyses, excavation and blasting techniques, mine ventilation and safety issues, data management and visualization of data.
- Good understanding of the fundamental properties of minerals and their relevance in mineral enrichment and recycling operations.
- General understanding of the environmental footprint and diverse impacts of mining operations and an overview of underground waste disposal and backfilling methods. Good level of understanding of financial parameters to evaluate mining projects.
Mobility is an integrated and compulsory part of the programme (see mobility structure below). Upon completion of the programme, graduates may be awarded a Master of Science degree or similar by all the three partner universities (triple degree).
Degree structure
*) Including 30 ECTS of course work at each of the EMC partner universities (Aalto, RWTH Aachen, MU Leoben).
Course descriptions in Sisu
The structure of the programme
Code | Name | ECTS | Period |
---|---|---|---|
CHEM-E6140 | Fundamentals of Minerals Engineering and Recycling | 5 | I |
GEO-E2030 | Rock Mechanics | 5 | I |
GEO-E3010 | Economic Geology and Mineral Economics | 5 | II |
GEO-E3050 | Field Experience and Project in Hard Rock Mining | 2 | II |
LC-1317 | Integrated Project Communication for MSc Students (o, w) * | 3 | II |
CHEM-E6111** | Engineering Principles for Metallurgical Processes | 5 | I |
CHEM-E6160 | Fundamentals of Pyrometallurgy | 5 | II |
Total | 30 |
*) The course is mandatory for students required to complete the mandatory foreign language course in their Master’s studies according to Aalto University degree regulations (referring to paragraph 4, section 13b).
**) Update 27 May 2024: Fundamentals of Hydrometallurgy is replaced with Engineering principles for metallurgical processes.
Code | Name | ECTS |
---|---|---|
51.00034 | Mine Waste | 5 |
51.00023 | Feasibility Studies of Mining Projects | 5 |
51.00035 | Mine Design and Simulation | 5 |
51.00008 | Mine Ventilation | 5 |
51.49767 | Reserve Modelling and Estimation | 5 |
51.00031 | Case Study: Mining Project | 5 |
Total | 30 |
Code | Name | ECTS |
---|---|---|
200.111 | Continuous Mining Methods and Conveying Technologies in Surface and Undergound Mining | 3 |
200.051 | Open Pit Mining | 4 |
200.193 | Mineral Economics | 3 |
200.147 | Occupational and Process Safety | 3 |
200.098 | Sustainable development: History of thought, basic concepts and current applications | 6 |
200.044 | Underground Mining | 4 |
Optional courses (select 7 ETCS) | ||
200.149 | Artisanal and Small-scale Mining in Development Countries | 3 |
200.059 | Excavation Engineering | 3 |
200.148 | Marine Mining | 2 |
200.140 | Mining in Austria, the European Union and Worldwide | 1 |
200.114 | Seminar in Mining Engineering and Mineral Economics | 2 |
Total | 30 |
Code | Name | ECTS |
---|---|---|
ENG.thes / CHEM.thes | Master’s thesis | 30 |
ENG.matr / CHEM.matr | Maturity test | 0 |
Master's Thesis
The master’s thesis is written on a topic related to the advanced studies of the programme, agreed upon between the student and the supervising professor. The professors of the programme provide master’s thesis topics that are related to their current research activities. The student can also suggest his/her own topic to a supervisor.
The master’s thesis supervisor shall be one of the professors of Aalto University and the thesis advisor shall hold at least a master’s degree.
The master's thesis includes a presentation and maturity test.
Please see further instructions on the master’s thesis and the related process at Thesis page under During your studies. Note: The student should follow the thesis instructions of their school. If the student’s Master’s thesis supervisor is from the School of Chemical Engineering (CHEM), their right to study will be transferred to CHEM and they should follow the thesis instructions of CHEM.
Code | Course name | ECTS | Period |
---|---|---|---|
CE.thes / CHEM.thes | Master's thesis | 30 | second year |
ENG.matr / CHEM.matr | Maturity test | 0 | second year |
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