EIT-KIC Master in Energy (Leuven et al) (120 ECTS) Master of Science
Students with a degree obtained at an institution of the Flemish Community
Click here for detailed information about the application procedure.
Diploma requirements
The criteria for previous studies include:
- Candidates must have obtained a BSc diploma (or equivalent) of substantial quality and level corresponding to at least 3 years studies at University, equivalent to 180 ECTS.
- Candidates must hold a degree in Engineering.
- The selection of applicants will be based on the excellence of their studies. To verify this, the candidates must submit a transcript with a Grade Point Average (GPA) for the BSc study of at least 75% of the scale maximum.
Additional requirements
Candidates are requested to
- submit two letters of recommendation
- illustrate their entrepreneurial mindset in their CV or motivation letter.
Additional information
All applications are evaluated by both the KU Leuven Admissions Office and the relevant Master’s programme director. Admission is ultimately at the discretion of the Faculty.
The programme is based on the first part of the Bachelor, which offers general education in the basic sciences (mathematics-physics-chemistry) in combination with a number of well-chosen technical basic courses. Of these courses, the applied physics courses (electricity/magnetism, mechanics, thermodynamics) are seen as an absolute minimum. This is followed by the second part of the bachelor, in which the theoretical basic knowledge of electrical technology and mechanical engineering is offered from the basic scientific and technical knowledge of the first part. The internal foundations of this knowledge are system and control theory, electrical energy (and drives), energy conversion machines and systems, fluid mechanics and heat transfer (or transport phenomena). To gather designing experience, the students have to become acquainted with the different domains in a shared project designing different basic components of an entire system. The different aspects of the basic courses will return here in a practical form.
In individual cases, a selection committee will decide whether there are exceptional circumstances that justify deviation from one or more of the selection criteria listed above. Exceptional circumstances may result in conditional admission in which case final admission and enrolment will take place only after the condition(s) have been fulfilled.
Selection procedure:
KU Leuven, as programme coordinator, receives and classifies the applications, and then submits them to the consideration of the admissions committee (by default the programme committee until the EIT-KIC management decides otherwise). An online intranet page has been developed to facilitate the sharing and analysis of the candidates applications by the members of the committee. The Committee will classify candidates pursuant to the following criteria:
" Academic record (50 %)
" Curriculum vitae (40 %)
" Letters of motivation and recommendation forms (10 %)
Candidate evaluation in accordance with the selection criteria are governed by the General Principles of the Code of Conduct for the Recruitment of Researchers, i.e., transparency, merits, non-discrimination, recognition of mobility experience, recognition of qualifications, and the pattern of lifelong professional development.
In the initial screening, a video-conference conversation (e.g. by means of a Skype based interview with distant power point presentation) with candidates may be required to verify their motivations and the consistency of their project. The admissions committee will draw up a final list of students admitted after this interview.
After the selection, the consortium will submit the lists of main candidates for awarding any scholarships, according to the calls established each year for Category A and Category B candidates (categories as applicable in EU-supported programs such as Erasmus Mundus).
Students with a degree not obtained at an institution of the Flemish Community
Click here for detailed information about the application procedure.
Diploma requirements
The criteria for previous studies include:- Candidates must have obtained a BSc diploma (or equivalent) of substantial quality and level corresponding to at least 3 years studies at University, equivalent to 180 ECTS.
- Candidates must hold a degree in Engineering.
- The selection of applicants will be based on the excellence of their studies. To verify this, the candidates must submit a transcript with a Grade Point Average (GPA) for the BSc study of at least 75% of the scale maximum.
Language requirements
All applicants must prove their proficiency in English. The accepted English proficiency tests are:- TOEFL iBT: a total score of at least 92, with a minimum score of 22 from the writing section.
- IELTS Academic: An overall band score of at least 6.5 (with no section lower than 5.5)
- Cambridge: Certificate in Advanced English, CAE (grades A – C); Certificate of Proficiency in English, CPE (grades A – C)
The following applicants are exempted from submitting an English proficiency certificate:
Applicants who have obtained a previous diploma (secondary or higher education) taught in English in Australia, English-speaking Canada, Ireland, New Zealand, the United Kingdom and the United States of America.
Check the website of InnoEnergy for all detailed information about the English proficiency tests and the waivers.
Additional requirements
- A GRE test is not compulsory though highly recommended.- Two letters of recommendation.
- Candidates are requested to illustrate their entrepreneurial mindset in their CV or motivation letter.
Additional information
All applications are evaluated by both the KU Leuven Admissions Office and the relevant Master’s programme director. Admission is ultimately at the discretion of the Faculty.
The programme is based on the first part of the Bachelor, which offers general education in the basic sciences (mathematics-physics-chemistry) in combination with a number of well-chosen technical basic courses. Of these courses, the applied physics courses (electricity/magnetism, mechanics, thermodynamics) are seen as an absolute minimum. This is followed by the second part of the bachelor, in which the theoretical basic knowledge of electrical technology and mechanical engineering is offered from the basic scientific and technical knowledge of the first part. The internal foundations of this knowledge are system and control theory, electrical energy (and drives), energy conversion machines and systems, fluid mechanics and heat transfer (or transport phenomena). To gather designing experience, the students have to become acquainted with the different domains in a shared project designing different basic components of an entire system. The different aspects of the basic courses will return here in a practical form.
In individual cases, a selection committee will decide whether there are exceptional circumstances that justify deviation from one or more of the selection criteria listed above. Exceptional circumstances may result in conditional admission in which case final admission and enrolment will take place only after the condition(s) have been fulfilled.
Selection procedure:
KU Leuven, as programme coordinator, receives and classifies the applications, and then submits them to the consideration of the admissions committee (by default the programme committee until the EIT-KIC management decides otherwise). An online intranet page has been developed to facilitate the sharing and analysis of the candidates applications by the members of the committee. The Committee will classify candidates pursuant to the following criteria:
" Academic record (50 %)
" Curriculum vitae (40 %)
" Letters of motivation and recommendation forms (10 %)
Candidate evaluation in accordance with the selection criteria are governed by the General Principles of the Code of Conduct for the Recruitment of Researchers, i.e., transparency, merits, non-discrimination, recognition of mobility experience, recognition of qualifications, and the pattern of lifelong professional development.
In the initial screening, a video-conference conversation (e.g. by means of a Skype based interview with distant power point presentation) with candidates may be required to verify their motivations and the consistency of their project. The admissions committee will draw up a final list of students admitted after this interview.
After the selection, the consortium will submit the lists of main candidates for awarding any scholarships, according to the calls established each year for Category A and Category B candidates (categories as applicable in EU-supported programs such as Erasmus Mundus).
Students with a degree obtained at an institution of the Flemish Community
Click here for detailed information about the application procedure.
Diploma requirements
The criteria for previous studies include:
- Candidates must have obtained a BSc diploma (or equivalent) of substantial quality and level corresponding to at least 3 years studies at University, equivalent to 180 ECTS.
- Candidates must hold a degree in Engineering.
- The selection of applicants will be based on the excellence of their studies. To verify this, the candidates must submit a transcript with a Grade Point Average (GPA) for the BSc study of at least 75% of the scale maximum.
Additional requirements
Candidates are requested to
- submit two letters of recommendation
- illustrate their entrepreneurial mindset in their CV or motivation letter.
Additional information
All applications are evaluated by both the KU Leuven Admissions Office and the relevant Master’s programme director. Admission is ultimately at the discretion of the Faculty.
The programme is based on the first part of the Bachelor, which offers general education in the basic sciences (mathematics-physics-chemistry) in combination with a number of well-chosen technical basic courses. Of these courses, the applied physics courses (electricity/magnetism, mechanics, thermodynamics) are seen as an absolute minimum. This is followed by the second part of the bachelor, in which the theoretical basic knowledge of electrical technology and mechanical engineering is offered from the basic scientific and technical knowledge of the first part. The internal foundations of this knowledge are system and control theory, electrical energy (and drives), energy conversion machines and systems, fluid mechanics and heat transfer (or transport phenomena). To gather designing experience, the students have to become acquainted with the different domains in a shared project designing different basic components of an entire system. The different aspects of the basic courses will return here in a practical form.
In individual cases, a selection committee will decide whether there are exceptional circumstances that justify deviation from one or more of the selection criteria listed above. Exceptional circumstances may result in conditional admission in which case final admission and enrolment will take place only after the condition(s) have been fulfilled.
Selection procedure:
KU Leuven, as programme coordinator, receives and classifies the applications, and then submits them to the consideration of the admissions committee (by default the programme committee until the EIT-KIC management decides otherwise). An online intranet page has been developed to facilitate the sharing and analysis of the candidates applications by the members of the committee. The Committee will classify candidates pursuant to the following criteria:
" Academic record (50 %)
" Curriculum vitae (40 %)
" Letters of motivation and recommendation forms (10 %)
Candidate evaluation in accordance with the selection criteria are governed by the General Principles of the Code of Conduct for the Recruitment of Researchers, i.e., transparency, merits, non-discrimination, recognition of mobility experience, recognition of qualifications, and the pattern of lifelong professional development.
In the initial screening, a video-conference conversation (e.g. by means of a Skype based interview with distant power point presentation) with candidates may be required to verify their motivations and the consistency of their project. The admissions committee will draw up a final list of students admitted after this interview.
After the selection, the consortium will submit the lists of main candidates for awarding any scholarships, according to the calls established each year for Category A and Category B candidates (categories as applicable in EU-supported programs such as Erasmus Mundus).
Students with a degree not obtained at an institution of the Flemish Community
Click here for detailed information about the application procedure.
Diploma requirements
The criteria for previous studies include:- Candidates must have obtained a BSc diploma (or equivalent) of substantial quality and level corresponding to at least 3 years studies at University, equivalent to 180 ECTS.
- Candidates must hold a degree in Engineering.
- The selection of applicants will be based on the excellence of their studies. To verify this, the candidates must submit a transcript with a Grade Point Average (GPA) for the BSc study of at least 75% of the scale maximum.
Language requirements
All applicants must prove their proficiency in English. The accepted English proficiency tests are:- TOEFL iBT: a total score of at least 92, with a minimum score of 22 from the writing section.
- IELTS Academic: An overall band score of at least 6.5 (with no section lower than 5.5)
- Cambridge: Certificate in Advanced English, CAE (grades A – C); Certificate of Proficiency in English, CPE (grades A – C)
The following applicants are exempted from submitting an English proficiency certificate:
Applicants who have obtained a previous diploma (secondary or higher education) taught in English in Australia, English-speaking Canada, Ireland, New Zealand, the United Kingdom and the United States of America.
Check the website of InnoEnergy for all detailed information about the English proficiency tests and the waivers.
Additional requirements
- A GRE test is not compulsory though highly recommended.- Two letters of recommendation.
- Candidates are requested to illustrate their entrepreneurial mindset in their CV or motivation letter.
Additional information
All applications are evaluated by both the KU Leuven Admissions Office and the relevant Master’s programme director. Admission is ultimately at the discretion of the Faculty.
The programme is based on the first part of the Bachelor, which offers general education in the basic sciences (mathematics-physics-chemistry) in combination with a number of well-chosen technical basic courses. Of these courses, the applied physics courses (electricity/magnetism, mechanics, thermodynamics) are seen as an absolute minimum. This is followed by the second part of the bachelor, in which the theoretical basic knowledge of electrical technology and mechanical engineering is offered from the basic scientific and technical knowledge of the first part. The internal foundations of this knowledge are system and control theory, electrical energy (and drives), energy conversion machines and systems, fluid mechanics and heat transfer (or transport phenomena). To gather designing experience, the students have to become acquainted with the different domains in a shared project designing different basic components of an entire system. The different aspects of the basic courses will return here in a practical form.
In individual cases, a selection committee will decide whether there are exceptional circumstances that justify deviation from one or more of the selection criteria listed above. Exceptional circumstances may result in conditional admission in which case final admission and enrolment will take place only after the condition(s) have been fulfilled.
Selection procedure:
KU Leuven, as programme coordinator, receives and classifies the applications, and then submits them to the consideration of the admissions committee (by default the programme committee until the EIT-KIC management decides otherwise). An online intranet page has been developed to facilitate the sharing and analysis of the candidates applications by the members of the committee. The Committee will classify candidates pursuant to the following criteria:
" Academic record (50 %)
" Curriculum vitae (40 %)
" Letters of motivation and recommendation forms (10 %)
Candidate evaluation in accordance with the selection criteria are governed by the General Principles of the Code of Conduct for the Recruitment of Researchers, i.e., transparency, merits, non-discrimination, recognition of mobility experience, recognition of qualifications, and the pattern of lifelong professional development.
In the initial screening, a video-conference conversation (e.g. by means of a Skype based interview with distant power point presentation) with candidates may be required to verify their motivations and the consistency of their project. The admissions committee will draw up a final list of students admitted after this interview.
After the selection, the consortium will submit the lists of main candidates for awarding any scholarships, according to the calls established each year for Category A and Category B candidates (categories as applicable in EU-supported programs such as Erasmus Mundus).
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This program can be adapted according to the previous knowledge of the student.
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Option: Energy for Smart Cities
This programme is a cooperation between the following universities:
KU Leuven, TUEindhoven (CC Benelux)
KTH (CC Sweden)
INSA, INP (CC France)
UPC (CC Iberia)
There are two routes foreseen to conduct the master program:
1) Start with basic energy and smart city related courses at CC Benelux (KU Leuven); over the Summer, the joint Summer School is attended; finish with specialized courses and thesis at CC France, CC Sweden or CC Iberia ;
2) Start with basic energy and smart city related courses at CC Sweden ; over the Summer, the joint Summer School is attended; finish with specialized courses and thesis at CC Benelux, CC France or CC Iberia.
This programme is recognised by the EIT-KIC InnoEnergy as a thematic master programme. It aims at internationally oriented master students interested in the energy aspects of smart cities and entrepreneurship in this field.-
Phase 1
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CC Benelux (KU Leuven)
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Compulsory Courses
3 ECTS Power Systems H04A0A staff staff
Power Systems: Lecture (2.41 ECTS) H04A0a staff staff
Power Systems: Exercises and Laboratory Sessions (0.59 ECTS) H04A1a staff staff
3 ECTS Power Electronics H04A2A staff staff
Power Electronics: Lecture (2.41 ECTS) H04A2a staff staff
Power Electronics: Exercises and Laboratory Sessions (0.59 ECTS) H04A3a staff staff
3 ECTS Power System Calculations H04A9A staff staff
Power System Calculations: Lecture (2.41 ECTS) H04A9a staff staff
Power System Calculations: Exercises and Practica (0.59 ECTS) H04B0a staff staff
3 ECTS Energy Markets and Regulation H04C2A staff- L.Meeus (coordinator)
- T.Van Craenenbroeck
staff
- L.Meeus (coordinator)
- T.Van Craenenbroeck
Energy Markets and Regulation: Lecture (2.41 ECTS) H04C2a staff Energy Markets and Regulation: Exercises (0.59 ECTS) H04C3a staff 3 ECTS Energy Economics H04C4A staff Energy Economics (3 ECTS) H04C4a staff 3 ECTS Smart Distribution Systems H00P3A staff- G.Deconinck (coordinator)
- H.Kazmi
staff
- G.Deconinck (coordinator)
- H.Kazmi
Smart Distribution Systems: Theory (2.41 ECTS) H00P3a staff staff
Smart Distribution Systems: Exercises and Laboratory Sessions (0.59 ECTS) H00P4a staff staff
3 ECTS Hands-on integrated Project on Innovative Energy Systems, part 1 H00U5A staff- J.Driesen (coordinator)
staff
- J.Driesen (coordinator)
Hands-on integrated Project on Innovative Energy Systems, part 1 (3 ECTS) H00U5a staff staff
3 ECTS Hands-on integrated Project on Innovative Energy Systems, part 2 H00U6A staff- J.Driesen (coordinator)
staff
- J.Driesen (coordinator)
Hands-on integrated Project on Innovative Energy Systems, part 2 (3 ECTS) H00U6a staff staff
6 ECTS Numerical Methods in Energy Sciences H9X34A staff staff
- R.Vazquez Sabariego (coordinator)
- M.Baelmans
- J.Meyers
- R.Vazquez Sabariego
Finite Difference and Finite Volume Modelling: Seminars (0.78 ECTS) H04U5a staff staff
Finite Difference and Finite Volume Modelling: Lectures (1.72 ECTS) H04U4a staff staff
Finite Elements for Electromagnetic Fields: Lecture (2.41 ECTS) H04B7a staff staff
Finite Elements for Electromagnetic Fields: Exercises (0.59 ECTS) H04C0a staff staff
Additions to CFD: Seminars (0.11 ECTS) H04B9a staff staff
Additions to CFD: Lecture (0.39 ECTS) H04B8a staff staff
4 ECTS Nuclear Energy: Basic Aspects H04B5B staff staff
Nuclear Energy: Basic Aspects (4 ECTS) H0T34a staff staff
4 ECTS Combustion Engines H04S6B staff staff
Combustion Engines: Lectures (3.3 ECTS) H04S7a staff staff
Combustion Engines: Exercises (0.7 ECTS) H04S8a staff staff
6 ECTS Renewable Energy H04C1B staff Renewable Energy (6 ECTS) H04C1a staff 4 ECTS Electrical Drives; Energy Efficiency of Electrical Machines H04A4B staff staff
Electrical Drives: Lecture (2.41 ECTS) H04A5a staff staff
Electrical Drives: Exercises and Laboratory Sessions (0.59 ECTS) H04A7a staff staff
Energy Efficiency of Electrical Machines: Lectures (1 ECTS) H0T35a staff staff
3 ECTS Thermal Systems: Basic Aspects H9X52A staff staff
- L.Helsen (coordinator)
- B.Boesmans
- L.Helsen
Thermal Systems: Basic Aspects Lectures (2.4 ECTS) H0S10a staff staff
Thermal Systems: Basic Aspects: Exercise and Lab sessions (0.6 ECTS) H0S09a staff staff
3 ECTS Energy Challenges H9X53A staff staff
Energy Challenges: Lectures (3 ECTS) H05W7a staff staff
6 ECTS Technology Entrepreneurship and New Business Development D0S18A staff staff
Entrepreneurship: Models and Ingredients (2 ECTS) D0O39a staff staff
Entrepreneurship: Development of a Business Plan for High Tech Industries (4 ECTS) D0S18a staff staff
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CC Sweden (KTH)
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Compulsory Courses
7.5 ECTS Power System Analysis, Part 1 H07O1A staff- J.Driesen (coordinator)
- N.
staff
- J.Driesen (coordinator)
- N.
Power System Analysis, Part 1 (7.5 ECTS) H07O1a staff- N.
staff
- N.
9 ECTS Smart Cities and Climate Mitigation H07O2A staff- J.Driesen (coordinator)
- N.
staff
- J.Driesen (coordinator)
- N.
Smart Cities and Climate Mitigation (9 ECTS) H07O2a staff- N.
staff
- N.
6 ECTS Applied Environmental System Analysis H07O3A staff- J.Driesen (coordinator)
- N.
staff
- J.Driesen (coordinator)
- N.
Applied Environmental System Analysis (6 ECTS) H07O3a staff- N.
staff
- N.
7.5 ECTS Power Electronics H07O5A staff- J.Driesen (coordinator)
- N.
staff
- J.Driesen (coordinator)
- N.
Power Electronics (7.5 ECTS) H07O5a staff- N.
staff
- N.
7.5 ECTS Computer Applications in Power Systems H07O4A staff- J.Driesen (coordinator)
- N.
staff
- J.Driesen (coordinator)
- N.
Computer Applications in Power Systems (7.5 ECTS) H07O4a staff- N.
staff
- N.
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Elective Courses
7.5 ECTS Power System Stability and Control H00T9A staff- J.Driesen (coordinator)
staff
- J.Driesen (coordinator)
Power System Stability and Control (7.5 ECTS) H00T9a staff staff
6 ECTS Electrical Machines and Drives H07O6A staff- J.Driesen (coordinator)
- N.
staff
- J.Driesen (coordinator)
- N.
Electrical Machines and Drives (6 ECTS) H07O6a staff- N.
staff
- N.
7.5 ECTS System Planning H07O7A staff- J.Driesen (coordinator)
- N.
staff
- J.Driesen (coordinator)
- N.
System Planning (7.5 ECTS) H07O7a staff- N.
staff
- N.
7.5 ECTS Wind Power Systems H07O8A staff- J.Driesen (coordinator)
- N.
staff
- J.Driesen (coordinator)
- N.
Wind Power Systems (7.5 ECTS) H07O8a staff- N.
staff
- N.
6 ECTS Waste Management H06Y0A staff- J.Driesen (coordinator)
staff
- J.Driesen (coordinator)
Waste Management (6 ECTS) H06Y0a staff staff
6 ECTS Environmental Management H06Y1A staff- J.Driesen (coordinator)
staff
- J.Driesen (coordinator)
Environmental Management (6 ECTS) H06Y1a staff staff
6 ECTS Electric Traction H07O9B staff- J.Driesen (coordinator)
- N.
staff
- J.Driesen (coordinator)
- N.
Electric Traction (6 ECTS) H07O9a staff- N.
staff
- N.
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Phase 2
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CC Benelux (KU Leuven)
The student
- takes the Master's Thesis (30 credits, including Industrial Traineeship)
- chooses min. 24 credits from 'Courses Electrical Energy', 'Courses Thermo-Mechanical Energy', 'Courses General Techno-Economic Energy Knowledge' and/or 'Courses Complementary Technical Knowledge'.
- chooses 3 credits General Interest Course (from the list)
- attends the joint Summer School over the summer between both phases (3 credits)-
Courses Electrical Energy
6 ECTS Design and Management of Electric Power Systems H04C6A staff staff
- D.Van Hertem (coordinator)
- M.Berger
- D.Van Hertem
Design and Management of Electric Power Systems: Lecture (4.82 ECTS) H04C6a staff staff
Design and Management of Electric Power Systems: Exercises and Laboratory Sessions (1.18 ECTS) H04C7a staff staff
3 ECTS Electromobility H04C8A staff staff
- J.Driesen (coordinator)
- K.De Gussemé
- J.Driesen
Electromobility: Lecture (2.41 ECTS) H04C8a staff Electromobility: Exercises and Laboratory Sessions (0.59 ECTS) H04C9a staff 6 ECTS Industrial Automation and Control H04D0A staff staff
Industrial Automation and Control: Lecture (4.82 ECTS) H04D0a staff staff
Industrial Automation and Control: Exercises and Laboratory Sessions (1.18 ECTS) H04D1a staff staff
3 ECTS Electromagnetic Processing of Materials H04B1A staff staff
Electromagnetic Processing of Materials: Lecture (2.41 ECTS) H04B1a staff staff
Electromagnetic Processing of Materials: Exercises and Laboratory Sessions (0.59 ECTS) H04B2a staff staff
3 ECTS Measurement and Testing, including High Voltages H04D2A staff staff
- G.Deconinck (coordinator)
- T.De Rybel
- G.Deconinck
Measurement and Testing, including High Voltages: Lecture (2.41 ECTS) H04D2a staff Measurement and Testing, including High Voltages: Exercises and Practica (0.59 ECTS) H04D3a staff 3 ECTS Light and Lighting Systems H04D4A staff staff
Light and Lighting Systems: Lecture (2.41 ECTS) H04D4a staff staff
Light and Lighting Systems: Exercises and Laboratory Sessions (0.59 ECTS) H04D5a staff staff
3 ECTS Materials in Electrical Engineering H04D6A staff staff
Materials in Electrical Engineering: Lecture (2.41 ECTS) H04D6a staff staff
Materials in Electrical Engineering: Exercises and Laboratory Sessions (0.59 ECTS) H04D7a staff staff
3 ECTS Flexible Electrical Power Systems H0T47A staff staff
- D.Van Hertem (coordinator)
- J.Beerten
- D.Van Hertem
Flexible Electrical Power Systems (3 ECTS) H0T47a staff 3 ECTS Electrical Energy Conversion for Renewable Energy and Storage H0O42A staff staff
Electrical Energy Conversion for Renewable Energy and Storage (3 ECTS) H0O42A staff
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Courses Thermo-Mechanical Energy
6 ECTS Aerodynamics H04O1A staff staff
- M.Baelmans (coordinator)
- W.Dekeyser
- J.Meyers
Aerodynamics: Lectures (0.9 ECTS) H04I7a staff staff
Aerodynamics: Exercises (0.1 ECTS) H04I8a staff staff
Aerodynamics: Lectures (4.5 ECTS) H04O1a staff staff
Aerodynamics: Exercises (0.5 ECTS) H04O2a staff staff
3 ECTS Numerical Techniques in Fluid Dynamics H04U8A staff staff
- J.Meyers (coordinator)
- M.Baelmans
- J.Meyers
Numerical Techniques in Fluid Dynamics: Theory Lecture (1.34 ECTS) H04U8a staff staff
Numerical Techniques in Fluid Dynamics: Project (1.66 ECTS) H04U9a staff staff
3 ECTS Turbulence H04Y7A staff staff
Turbulence: Theory Lecture (2.7 ECTS) H04Y7a staff staff
Turbulence: Practice (0.3 ECTS) H04Y8a staff staff
5 ECTS Aircraft Engines H04Z8A staff staff
Aircraft Engines: Lecture (4.19 ECTS) H04Z8a staff staff
Aircraft Engines: Laboratory Sessions (0.81 ECTS) H04Z9a staff staff
3 ECTS Two-Phase Flow: Theory and Applications H0A21A staff staff
Two-Phase Flow: Theory and Applications (3 ECTS) H0A21a staff staff
3 ECTS Advanced Measurement Techniques in Fluid Mechanics H0E66A staff staff
Advanced Measurement Techniques in Fluid Mechanics: Lectures (1.2 ECTS) H0E66a staff staff
Advanced Measurement Techniques in Fluid Mechanics: Lab Sessions (1.8 ECTS) H0E67a staff staff
3 ECTS Turbomachinery, Part 2 H04Y6A staff staff
Turbomachinery, Part 2 (3 ECTS) H04Y6a staff staff
6 ECTS Advanced Thermodynamics and Plasma Physics H04Q1B staff- W.Dekeyser (coordinator)
- M.Baelmans
staff
- W.Dekeyser (coordinator)
- M.Baelmans
Advanced Thermodynamics and Plasma Physics (6 ECTS) H04Q1a staff staff
-
Courses General Techno-Economic Energy Knowledge
Students can choose the course D0M36A (Environmental and Transportation Economics) (3 ECTS) or D0M36B (Environmental and Transportation Economics) (6 ECTS). Students can take only one of both courses in their ISP.
3 ECTS Environmental Economics D0M36A staff staff
Environmental Economics (3 ECTS) D0M36a staff staff
6 ECTS Environmental Economics D0M36B staff staff
Environmental Economics (3 ECTS) D0M36a staff staff
Environmental Economics: Exercises and Laboratory Sessions (3 ECTS) D0O31a staff staff
4 ECTS Fundamentals of Financial Mathematics G0Q20C staff staff
Fundamentals of Financial Mathematics (4 ECTS) G0Q20a staff staff
3 ECTS Optimization Problems in Energy Systems H0P08A staff staff
Optimization Problems in Energy Systems: Lecture (2 ECTS) H0P08a staff staff
Optimization Problems in Energy Systems: Exercises (1 ECTS) H0P09a staff staff
4 ECTS Energy Law H06R6A staff- N.
- S.Vanhove (substitute)
staff
- N.
- S.Vanhove (substitute)
Energy Law (4 ECTS) H06R6a staff- N.
- S.Vanhove (substitute)
staff
- N.
- S.Vanhove (substitute)
3 ECTS Electricity and Gas Markets H06P1A staff staff
Electricity and Gas Markets (3 ECTS) H06P1a staff staff
-
Courses Complementary Technical Knowledge
6 ECTS Optimization H03E3A staff staff
Optimization: Lecture (4 ECTS) H03E3a staff staff
Optimization: Exercises and Laboratory Sessions (2 ECTS) H03E4a staff staff
3 ECTS Quantum Physics H06E2A staff- P.Lievens
- R.de Groote (substitute)
staff
- P.Lievens
- R.de Groote (substitute)
Quantum Physics: Lecture (2 ECTS) H06E2a staff- P.Lievens
- R.de Groote (substitute)
staff
- P.Lievens
- R.de Groote (substitute)
Quantum Physics: Exercises and Laboratory Sessions (1 ECTS) H06E3a staff- P.Lievens
- R.de Groote (substitute)
staff
- P.Lievens
- R.de Groote (substitute)
3 ECTS Measurement Systems H05F7A staff staff
Measurement Systems: Lecture (2.41 ECTS) H05F7a staff staff
Measurement Systems: Exercises and Laboratory Sessions (0.59 ECTS) H05F8a staff staff
3 ECTS Building Simulations, Part 1 H03T4A staff staff
Building Simulations, Part 1 (3 ECTS) H03T4a staff staff
4 ECTS Experimental Design G0B68A staff- P.Goos
- A.Strouwen (substitute)
staff
- P.Goos
- A.Strouwen (substitute)
Experimental Design (4 ECTS) G0B68a staff- P.Goos
- A.Strouwen (substitute)
staff
- P.Goos
- A.Strouwen (substitute)
6 ECTS Statistical Data Analysis G0O00A staff staff
Statistical Data Analysis (3 ECTS) G0O00a staff staff
Statistical Data Analysis: Exercises (2 ECTS) G0O01a staff staff
Statistical Data Analysis: Project (1 ECTS) G0O02a staff staff
3 ECTS Mechatronic Drive Systems H0T49A staff staff
Mechatronic Drive Systems: Lectures (2.7 ECTS) H0T48a staff staff
Mechatronic Drive Systems: Exercises (0.3 ECTS) H0T49a staff staff
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Master's Thesis
This course is compulsory.
The Industrial Traineeship (eq. 6 credits) is included in the Master's Thesis (30 credits) and does not have to be included separately.30 ECTS Master's Thesis H09L7B staff- E.Delarue (coordinator)
- N.
staff
- E.Delarue (coordinator)
- N.
Master's Thesis (30 ECTS) H09L7a staff- N.
staff
- N.
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General Interest Courses
The student chooses min. 3 credits from this group.
6 ECTS Innovation Management and Strategy D0H36A staff staff
Innovation Management and Strategy (6 ECTS) D0H36a staff staff
4 ECTS Philosophy of Technology W0EN7A staff staff
Philosophy of Technology (4 ECTS) W0EN7a staff staff
3 ECTS Engineering Economy H00K1A staff Engineering Economy: Lecture (2.44 ECTS) H00K1a staff Engineering Economy: Workshops (0.56 ECTS) H03K2a staff 3 ECTS Management and Information Technology H00K2A staff staff
Management and Information Technology: Lecture (2.44 ECTS) H00K2a staff staff
Management and Information Technology (0.56 ECTS) H03K3a staff staff
3 ECTS Dutch Language and Cultures H06B4A staff staff
- L.De Wachter (coordinator)
- N.
- L.De Wachter (substitute)
- L.Boelaert (cooperator)
- S.Van Aken (cooperator)
Dutch Language and Cultures (3 ECTS) H06B4a staff staff
- N.
- L.De Wachter (substitute)
- L.Boelaert (cooperator)
- S.Van Aken (cooperator)
6 ECTS ICT Service Management D0I69A staff staff
ICT Service Management (6 ECTS) D0I69a staff staff
4 ECTS Introduction to Management and Strategy D0R78A staff staff
Introduction to Management (3 ECTS) D0R78a staff staff
Introduction to Strategy (1 ECTS) D0S83a staff staff
3 ECTS Ecodesign and Life Cycle Engineering H00O3A staff Ecodesign and Life Cycle Engineering (3 ECTS) H00O3a staff 4 ECTS Intellectual Property Management G0B01A staff staff
Intellectual Property Management (4 ECTS) G0B01a staff staff
3 ECTS Project Management H04X2A staff Project Management (3 ECTS) H04X2a staff 3 ECTS Engels in de bedrijfsomgeving H04B3A staff- A.Laffut
- A.De Geest (cooperator)
staff
- A.Laffut
- A.De Geest (cooperator)
Engels in de bedrijfsomgeving (3 ECTS) H04B3a staff- A.Laffut
- A.De Geest (cooperator)
staff
- A.Laffut
- A.De Geest (cooperator)
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Broadening Programme
This course is compulsory, and encompasses the Summer School.
3 ECTS Capita Selecta Smart Cities II.1. H09G7A staff- J.Driesen (coordinator)
- N.
staff
- J.Driesen (coordinator)
- N.
Capita Selecta Smart Cities II.1. (3 ECTS) H09G7a staff- N.
staff
- N.
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CC Sweden (KTH)
This programme is recognised by the EIT-KIC InnoEnergy as a thematic master programme.
Students who choose to complete their master programme at KTH, will find here all the necessary accurate information as well as the programme guide. -
CC France (INSA, INP)
This programme is recognised by the EIT-KIC InnoEnergy as a thematic master programme.
Students who choose to complete their master programme at INP, will find here all the necessary accurate information as well as the programme guide. -
CC Iberia (UPC)
This programme is recognised by the EIT-KIC InnoEnergy as a thematic master programme.
Students who choose to complete their master programme at UPC, will find here all the necessary accurate information as well as the programme guide.
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-
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Option: Smart Electrical Networks and Systems (SENSE)
This programme is a cooperation between the following universities:
KU Leuven, TUEindhoven (CC Benelux)
KTH, Sweden
UU, Sweden
AGH, Poland
INP Grenoble, France
KIT, Germany
UPC, Spain
This programme is recognised by the EIT-KIC InnoEnergy as a thematic master programme. It aims at internationally oriented master students interested in the energy aspects of smart electrical networks and systems and entrepreneurship in this field.-
Phase 2
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CC Benelux (KU Leuven)
The student
- takes the Master's Thesis (30 credits, including Industrial Traineeship)
- chooses min. 24 credits from 'Courses Electrical Energy', 'Courses Thermo-Mechanical Energy', 'Courses General Techno-Economic Energy Knowledge' and/or 'Courses Complementary Technical Knowledge'.
- chooses min. 4,5 credits general interest course (from the list)-
Courses Electrical Energy
6 ECTS Design and Management of Electric Power Systems H04C6A staff staff
- D.Van Hertem (coordinator)
- M.Berger
- D.Van Hertem
Design and Management of Electric Power Systems: Lecture (4.82 ECTS) H04C6a staff staff
Design and Management of Electric Power Systems: Exercises and Laboratory Sessions (1.18 ECTS) H04C7a staff staff
3 ECTS Electromobility H04C8A staff staff
- J.Driesen (coordinator)
- K.De Gussemé
- J.Driesen
Electromobility: Lecture (2.41 ECTS) H04C8a staff Electromobility: Exercises and Laboratory Sessions (0.59 ECTS) H04C9a staff 6 ECTS Industrial Automation and Control H04D0A staff staff
Industrial Automation and Control: Lecture (4.82 ECTS) H04D0a staff staff
Industrial Automation and Control: Exercises and Laboratory Sessions (1.18 ECTS) H04D1a staff staff
3 ECTS Electromagnetic Processing of Materials H04B1A staff staff
Electromagnetic Processing of Materials: Lecture (2.41 ECTS) H04B1a staff staff
Electromagnetic Processing of Materials: Exercises and Laboratory Sessions (0.59 ECTS) H04B2a staff staff
3 ECTS Measurement and Testing, including High Voltages H04D2A staff staff
- G.Deconinck (coordinator)
- T.De Rybel
- G.Deconinck
Measurement and Testing, including High Voltages: Lecture (2.41 ECTS) H04D2a staff Measurement and Testing, including High Voltages: Exercises and Practica (0.59 ECTS) H04D3a staff 3 ECTS Light and Lighting Systems H04D4A staff staff
Light and Lighting Systems: Lecture (2.41 ECTS) H04D4a staff staff
Light and Lighting Systems: Exercises and Laboratory Sessions (0.59 ECTS) H04D5a staff staff
3 ECTS Materials in Electrical Engineering H04D6A staff staff
Materials in Electrical Engineering: Lecture (2.41 ECTS) H04D6a staff staff
Materials in Electrical Engineering: Exercises and Laboratory Sessions (0.59 ECTS) H04D7a staff staff
3 ECTS Flexible Electrical Power Systems H0T47A staff staff
- D.Van Hertem (coordinator)
- J.Beerten
- D.Van Hertem
Flexible Electrical Power Systems (3 ECTS) H0T47a staff 3 ECTS Electrical Energy Conversion for Renewable Energy and Storage H0O42A staff staff
Electrical Energy Conversion for Renewable Energy and Storage (3 ECTS) H0O42A staff
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Courses Thermo-Mechanical Energy
6 ECTS Aerodynamics H04O1A staff staff
- M.Baelmans (coordinator)
- W.Dekeyser
- J.Meyers
Aerodynamics: Lectures (0.9 ECTS) H04I7a staff staff
Aerodynamics: Exercises (0.1 ECTS) H04I8a staff staff
Aerodynamics: Lectures (4.5 ECTS) H04O1a staff staff
Aerodynamics: Exercises (0.5 ECTS) H04O2a staff staff
3 ECTS Numerical Techniques in Fluid Dynamics H04U8A staff staff
- J.Meyers (coordinator)
- M.Baelmans
- J.Meyers
Numerical Techniques in Fluid Dynamics: Theory Lecture (1.34 ECTS) H04U8a staff staff
Numerical Techniques in Fluid Dynamics: Project (1.66 ECTS) H04U9a staff staff
3 ECTS Turbulence H04Y7A staff staff
Turbulence: Theory Lecture (2.7 ECTS) H04Y7a staff staff
Turbulence: Practice (0.3 ECTS) H04Y8a staff staff
5 ECTS Aircraft Engines H04Z8A staff staff
Aircraft Engines: Lecture (4.19 ECTS) H04Z8a staff staff
Aircraft Engines: Laboratory Sessions (0.81 ECTS) H04Z9a staff staff
3 ECTS Two-Phase Flow: Theory and Applications H0A21A staff staff
Two-Phase Flow: Theory and Applications (3 ECTS) H0A21a staff staff
3 ECTS Advanced Measurement Techniques in Fluid Mechanics H0E66A staff staff
Advanced Measurement Techniques in Fluid Mechanics: Lectures (1.2 ECTS) H0E66a staff staff
Advanced Measurement Techniques in Fluid Mechanics: Lab Sessions (1.8 ECTS) H0E67a staff staff
3 ECTS Turbomachinery, Part 2 H04Y6A staff staff
Turbomachinery, Part 2 (3 ECTS) H04Y6a staff staff
6 ECTS Advanced Thermodynamics and Plasma Physics H04Q1B staff- W.Dekeyser (coordinator)
- M.Baelmans
staff
- W.Dekeyser (coordinator)
- M.Baelmans
Advanced Thermodynamics and Plasma Physics (6 ECTS) H04Q1a staff staff
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Courses General Techno-Economic Energy Knowledge
Students can choose the course D0M36A (Environmental and Transportation Economics) (3 ECTS) or D0M36B (Environmental and Transportation Economics) (6 ECTS). Students can take only one of both courses in their ISP.
3 ECTS Environmental Economics D0M36A staff staff
Environmental Economics (3 ECTS) D0M36a staff staff
6 ECTS Environmental Economics D0M36B staff staff
Environmental Economics (3 ECTS) D0M36a staff staff
Environmental Economics: Exercises and Laboratory Sessions (3 ECTS) D0O31a staff staff
4 ECTS Fundamentals of Financial Mathematics G0Q20C staff staff
Fundamentals of Financial Mathematics (4 ECTS) G0Q20a staff staff
3 ECTS Optimization Problems in Energy Systems H0P08A staff staff
Optimization Problems in Energy Systems: Lecture (2 ECTS) H0P08a staff staff
Optimization Problems in Energy Systems: Exercises (1 ECTS) H0P09a staff staff
4 ECTS Energy Law H06R6A staff- N.
- S.Vanhove (substitute)
staff
- N.
- S.Vanhove (substitute)
Energy Law (4 ECTS) H06R6a staff- N.
- S.Vanhove (substitute)
staff
- N.
- S.Vanhove (substitute)
3 ECTS Electricity and Gas Markets H06P1A staff staff
Electricity and Gas Markets (3 ECTS) H06P1a staff staff
-
Courses Complementary Technical Knowledge
6 ECTS Optimization H03E3A staff staff
Optimization: Lecture (4 ECTS) H03E3a staff staff
Optimization: Exercises and Laboratory Sessions (2 ECTS) H03E4a staff staff
3 ECTS Quantum Physics H06E2A staff- P.Lievens
- R.de Groote (substitute)
staff
- P.Lievens
- R.de Groote (substitute)
Quantum Physics: Lecture (2 ECTS) H06E2a staff- P.Lievens
- R.de Groote (substitute)
staff
- P.Lievens
- R.de Groote (substitute)
Quantum Physics: Exercises and Laboratory Sessions (1 ECTS) H06E3a staff- P.Lievens
- R.de Groote (substitute)
staff
- P.Lievens
- R.de Groote (substitute)
3 ECTS Measurement Systems H05F7A staff staff
Measurement Systems: Lecture (2.41 ECTS) H05F7a staff staff
Measurement Systems: Exercises and Laboratory Sessions (0.59 ECTS) H05F8a staff staff
3 ECTS Building Simulations, Part 1 H03T4A staff staff
Building Simulations, Part 1 (3 ECTS) H03T4a staff staff
4 ECTS Experimental Design G0B68A staff- P.Goos
- A.Strouwen (substitute)
staff
- P.Goos
- A.Strouwen (substitute)
Experimental Design (4 ECTS) G0B68a staff- P.Goos
- A.Strouwen (substitute)
staff
- P.Goos
- A.Strouwen (substitute)
6 ECTS Statistical Data Analysis G0O00A staff staff
Statistical Data Analysis (3 ECTS) G0O00a staff staff
Statistical Data Analysis: Exercises (2 ECTS) G0O01a staff staff
Statistical Data Analysis: Project (1 ECTS) G0O02a staff staff
3 ECTS Mechatronic Drive Systems H0T49A staff staff
Mechatronic Drive Systems: Lectures (2.7 ECTS) H0T48a staff staff
Mechatronic Drive Systems: Exercises (0.3 ECTS) H0T49a staff staff
-
Master's Thesis
This course is compulsory.
The Industrial Traineeship (6 credits) is included in the Master's Thesis (30 credits).30 ECTS Master's Thesis H09L7B staff- E.Delarue (coordinator)
- N.
staff
- E.Delarue (coordinator)
- N.
Master's Thesis (30 ECTS) H09L7a staff- N.
staff
- N.
-
General Interest Courses
The student chooses min. 4,5 credits from this group.
6 ECTS Innovation Management and Strategy D0H36A staff staff
Innovation Management and Strategy (6 ECTS) D0H36a staff staff
4 ECTS Philosophy of Technology W0EN7A staff staff
Philosophy of Technology (4 ECTS) W0EN7a staff staff
3 ECTS Engineering Economy H00K1A staff Engineering Economy: Lecture (2.44 ECTS) H00K1a staff Engineering Economy: Workshops (0.56 ECTS) H03K2a staff 3 ECTS Management and Information Technology H00K2A staff staff
Management and Information Technology: Lecture (2.44 ECTS) H00K2a staff staff
Management and Information Technology (0.56 ECTS) H03K3a staff staff
3 ECTS Dutch Language and Cultures H06B4A staff staff
- L.De Wachter (coordinator)
- N.
- L.De Wachter (substitute)
- L.Boelaert (cooperator)
- S.Van Aken (cooperator)
Dutch Language and Cultures (3 ECTS) H06B4a staff staff
- N.
- L.De Wachter (substitute)
- L.Boelaert (cooperator)
- S.Van Aken (cooperator)
6 ECTS ICT Service Management D0I69A staff staff
ICT Service Management (6 ECTS) D0I69a staff staff
4 ECTS Introduction to Management and Strategy D0R78A staff staff
Introduction to Management (3 ECTS) D0R78a staff staff
Introduction to Strategy (1 ECTS) D0S83a staff staff
3 ECTS Ecodesign and Life Cycle Engineering H00O3A staff Ecodesign and Life Cycle Engineering (3 ECTS) H00O3a staff 4 ECTS Intellectual Property Management G0B01A staff staff
Intellectual Property Management (4 ECTS) G0B01a staff staff
3 ECTS Project Management H04X2A staff Project Management (3 ECTS) H04X2a staff 3 ECTS Engels in de bedrijfsomgeving H04B3A staff- A.Laffut
- A.De Geest (cooperator)
staff
- A.Laffut
- A.De Geest (cooperator)
Engels in de bedrijfsomgeving (3 ECTS) H04B3a staff- A.Laffut
- A.De Geest (cooperator)
staff
- A.Laffut
- A.De Geest (cooperator)
3 ECTS Capita Selecta Smart Cities II.1. H09G7A staff- J.Driesen (coordinator)
- N.
staff
- J.Driesen (coordinator)
- N.
Capita Selecta Smart Cities II.1. (3 ECTS) H09G7a staff- N.
staff
- N.
-
Broadening Programme
-
-
-
-