Electric Power Engineering
The programme consists of two years of full-time studies, giving a total of 120 ECTS credits. There will not be charged any tuition fee. The teaching language is English.
The curriculum is organized in 2 semesters:
Autumn semester from middle of August to middle of December
Spring semester from January to middle June
The first year includes 8 courses with 4 courses in each semester. The second year is dominated by project work in the Autumn semester, and the Spring semester is completely devoted to the master thesis.
The curriculum is shown below. Minor changes can be made.
|
| 7,5 credits | 7,5 credits | 7,5 credits | 7,5 credits |
| Spring 2 | Master thesis | Master thesis | Master thesis | Master thesis |
| Autumn 2 | Elective 2 | TET5500 Spec. project | TET5500 Spec. project | TET5505 Spec. course |
| Spring 1 | Experts in team | Power eng. courses | Power eng. courses | Elective 1 |
| Autumn 1 | TET4115 Power system analysis | TET4190 Power Electronics | TET4160 High voltage insulation | TET5100 Power Engineering updates |
Power eng. courses: Choose at least two out of these eight courses
- TET4120 Electrical Motor Drives
- TET4185 Power Markets
- TET4180 Electric Power System Stability
- TET4195 High Voltage Equipment
- TET4135 Energy Planning
- TET4200 Maritime and Offshore Power Systems
- TET4170 Electrical intallations in buildings
- TET4175 Power Control in Smart grids
Elective 1: Courses that can be chosen will include:
- One more of the eight coursesTET4180, TET4120, TET4185, TET4195, TET4135, TET4170, TET4175 and TET4200
- TEP4220 Energy and Environmental Consequences
Elective 2: Courses that can be chosen will include:
- TPK5100 Project Management
- TPK4120 Safety and Reliability Engineering
- TET4165 Light and Lighting
Focus on experimental work is ensured through laboratory courses integrated in many of the courses above. In addition the students can include experimental activities in their project and thesis work.
SPECIALIZATIONS: The Master programme provides specialization within three areas:
- Power system analysis
- High voltage technology
- Electric energy conversion