In cooperation with KU Leuven
Please note that the available courses might be subject to change. The final study guide will be updated by 30th June, for the academic year afterwards. Changes to your learning agreement are allowed until one month after arrival at our institution.
Because of major curriculum changes in our master programmes, there are a number of new course units. The detailed information of these course units will be available at the end of May. In the meantime, you can always contact the departmental coordinator for more information.
Detailed academic calendar of the Faculty of Engineering Technology
Autumn semester | mid September - beginning February (exam period: January-February)
Spring semester | mid February - end June (exam period: June)
2nd examination opportunity | August - September
All courses are taught in English, except for:
1| Course units marked with * are projects with individual coaching in English. The topic of the project is determined in advance based on your interests and background, and the research areas of the respective master programme. The size of the project can also vary (9, 20, 30 ECTS). In this way, you have a wide range of possibilities to compose your personal study programme. These courses can only be taken once in your programme.
2| Courses marked with ** are projects with a few classes in Dutch, study material and project guidance in English.
IMPORTANT:
1| All courses are elective.
2| Combining course units from the different exchange programmes of the Master of Engineering Technology is possible but not recommended because timetable clashes may occur. This implies that a choice must be made. Students cannot be admitted to courses whose classes they cannot attend.
3| Exchange students who are native speakers of Dutch or have an excellent knowledge of Dutch and meet all requirements for participation in master courses of the Dutch programmes Engineering Technology, may do so. Outlines from the Dutch courses can be obtained from the study guide, fully updated by June 30th.
4| Read also the general procedure for study programme.
Code | Course | ECTS/SEM 1 | ECTS/SEM 2 |
4471 | Advanced reactor engineering | 4 | |
4474 | New strategies for process control | 4 | |
4473 | Design and analysis of sustainable polymer systems | 4 | |
3474 | Fundamentals of battery engineering | 4 | |
4311 | Physical chemistry and rheology | 3 | |
4526 | Master project chemical engineering technology* | 9 | 9 |
4526 | Master project chemical engineering technology* | 20 | 20 |
4526 | Master project chemical engineering technology* | 30 | 30 |
Code | Course | ECTS/SEM 1 | ECTS/SEM 2 |
2934 | Innovations in concrete** | 3 | |
4522 | Project stability** | 6 | |
4521 | Pavement design and sustainability | 3 | |
4524 | Advances in timber engineering | 3 | |
2933 | Structural mechanics 3** | 3 | |
4545 | Master project civil engineering technology* | 9 | 9 |
4545 | Master project civil engineering technology* | 20 | 20 |
4545 | Master project civil engineering technology* | 30 | 30 |
Code | Course | ECTS/SEM 1 | ECTS/SEM 2 |
2708 | Robotics & sensor technology | 4 | |
4536 | Material selection and forming processes | 5 | |
4483 | Machine learning | 5 | |
4539 | Industrial design of polymer products | 4 | |
4485 | Innovation in materials technology | 4 | |
2722 | Mechatronics project** | 4 | |
4547 | Master project electromechanical engineering technology* | 9 | 9 |
4547 | Master project electromechanical engineering technology* | 20 | 20 |
4547 | Master project electromechanical engineering technology* | 30 | 30 |
Code | Course | ECTS/SEM 1 | ECTS/SEM 2 |
4482 | IoT | 6 | |
3470 | Coding theory and cryptology | 4 | |
3474 | Fundamentals of battery engineering | 4 | |
3467 | Chip Design and Verification | 4 | |
3472 | Nano-electronics** | 4 | |
3473 | E-Health** | 4 | |
4483 | Machine learning | 5 | |
3466 | Advanced analog design | 4 | |
3468 | HW/SW co-design | 4 | |
4485 | Innovation in materials technology | 4 | |
2722 | Mechatronics project** | 4 | |
4525 | Master project electronics and ICT engineering technology* | 9 | 9 |
4525 | Master project electronics and ICT engineering technology* | 20 | 20 |
4525 | Master project electronics and ICT engineering technology* | 30 | 30 |
Code | Course | ECTS/SEM 1 | ECTS/SEM 2 |
4531 | Power electronics | 4 | |
4532 | Novel technologies for the energy transition | 4 | |
3474 | Fundamentals of battery engineering | 4 | |
4483 | Machine learning | 5 | |
4485 | Innovation in materials technology | 4 | |
4548 | Master project energy engineering technology* | 9 | 9 |
4548 | Master project energy engineering technology* | 20 | 20 |
4548 | Master project energy engineering technology* | 30 | 30 |
Code | Course | ECTS/SEM 1 | ECTS/SEM 2 |
4287 | Radiotherapy and dosimetry | 4 | |
4291 | DSP | 4 | |
4546 | Master project nuclear engineering technology* | 9 | 9 |
4546 | Master project nuclear engineering technology* | 20 | 20 |
4546 | Master project nuclear engineering technology* | 30 | 30 |
For more information, contact the departmental coordinator, Mrs. Karine Evers.