Year 1

Programme overview for year 2025/2026

The programme overview is adopted 2025-02-19 by Dean of Education.

Course code and name	Module, credits/period	Note
ENM056 Electrical machines - design and analysis	Examination 7.5 credits	E
ENM097 Future renewable based power systems	Laboratory 1.5 credits
ENM097 Future renewable based power systems	Examples class 1.5 credits
ENM097 Future renewable based power systems	Project 2.5 credits
ENM097 Future renewable based power systems	Examination 2 credits	S

Course code and name	Module, credits/period	Note
EEK202 Power system protection and monitoring	Examination 7.5 credits	E, 1), 2)
EEN045 Electric power engineering, extended design project	Project 7.5 credits	*, 1), 3), 4), 2)
EEN120 Recent advances in electric power engineering	Project 7.5 credits	E, 1), 3), 4), 2)
EEN125 FEM-based design of electrical machines	Project 3.5 credits	1), 3), 2)
EEN125 FEM-based design of electrical machines	Examination 4 credits	S, 1), 3), 2)
ESS101 Modelling and simulation	Examination 4.5 credits	2)
ESS101 Modelling and simulation	Laboratory 3 credits	S, 2)
MMS196 Introduction to propulsion and energy systems for transport	Examination 7.5 credits	S, 1), 2)
MTT040 High voltage technology	Examination 7.5 credits	S, 1), 3), 2)
TME047 Chalmers formula student	Written and oral assignments 0 credits	*

Course code and name	Module, credits/period	Block	Note	Examination	Re-examination (okt 2025 - aug 2026)
ENM061 Power electronic converters	Examination 6 credits
ENM061 Power electronic converters	Laboratory 1.5 credits		S

Course code and name	Module, credits/period	Note
EEN016 Lithium-ion battery systems for vehicles and large-scale energy storage	Examination 7.5 credits	E, 1), 2)
EEN045 Electric power engineering, extended design project	Project 7.5 credits	*, E, 1), 3), 4), 2)
EEN120 Recent advances in electric power engineering	Project 7.5 credits	E, 1), 3), 2)
EEN195 Applied design of power electronics on printed circuit boards	Design exercise + laboratory 4 credits	1), 3), 2)
EEN195 Applied design of power electronics on printed circuit boards	Oral examination 3.5 credits	S, 1), 3), 2)
ENM052 Ancillary services in power system	Examination 7.5 credits	E, 1)
ENM100 Power electronic solutions for power systems	Examination 7.5 credits	E, 1), 2)
SSY285 Linear control system design	Design exercise + laboratory 3 credits
SSY285 Linear control system design	Examination 4.5 credits	S
TME047 Chalmers formula student	Written and oral assignments 3 credits	*
TME095 Electric and Hybrid Vehicles	Examination 7.5 credits	S

Course code and name	Module, credits/period	Note
DAT341 Applied machine learning	Take-home examination 4 credits
DAT341 Applied machine learning	Written and oral assignments 3.5 credits	S
DAT566 Introduction to data science and AI	Written and oral assignments 4 credits
DAT566 Introduction to data science and AI	Examination 3.5 credits	S
ENM076 Electric drive systems	Examination 4.5 credits	1)
ENM076 Electric drive systems	Laboratory 3 credits	S, 1)
MTT035 High voltage engineering	Examination 7.5 credits	S, 1)
MTT060 Electric installations and statutes	Project 4.5 credits	3), 5)
MTT060 Electric installations and statutes	Examination 3 credits	S, 3), 5)
SSY156 Modelling and control of mechatronic systems	Design exercise + laboratory 7.5 credits	S
SSY282 Model predictive control	Examination 7.5 credits	E
TEK315 Strategic management and economics of intellectual property	Examination 7.5 credits	E
VMI036 Environmental management	Project 7.5 credits	S

Course code and name	Module, credits/period	Note
DAT341 Applied machine learning	Take-home examination 4 credits
DAT341 Applied machine learning	Written and oral assignments 3.5 credits	S
EEK221 Applied computational electromagnetics	Project 7.5 credits	E, 1), 3)
ENM066 Advanced power system analysis	Examination 5 credits	1)
ENM066 Advanced power system analysis	Project 2.5 credits	S, 1)
ENM071 Applied power electronics: Devices and implementations	Examination 7.5 credits	E, 1)
SSY191 Model-based development of cyber-physical systems	Project 4 credits
SSY191 Model-based development of cyber-physical systems	Written and oral assignments 2 credits
SSY191 Model-based development of cyber-physical systems	Project 1.5 credits	S
TEK250 Industrial management	Examination 7.5 credits	E
TEK785 Advanced intellectual property management	Examination 7.5 credits	E
TME047 Chalmers formula student	Project 12 credits	S
VTM081 Life cycle assessment	Examination 7.5 credits	S

Course code and name	Module, credits/period	Block	Note	Examination	Re-examination (okt 2025 - aug 2026)
IBB139 Project management	Intermediate test 1.5 credits
IBB139 Project management	Intermediate test 6 credits		S

1 Compulsory elective: Compulsory electives in year 1 and 2 (EEK202, EEK221, EEN016, EEN045, EEN120, EEN125, EEN195, ENM052, ENM066, ENM071, ENM076, ENM100, MMS196, MTT035, MTT040) 5 of stated courses are required for the degree
2 Recommendation: This course should be studied in year 2 (EEK202, EEN016, EEN045, EEN120, EEN125, EEN195, ENM100, ESS101, MMS196, MTT040)
3 Compulsory elective: Project course (EEK221, EEN045, EEN120, EEN125, EEN195, MTT040, MTT060) 1 of stated courses are required for the degree
4 Overlap: Only one of the marked courses can be included in the degree (EEN045, EEN120)
5 Recommendation: Given in Swedish and based on Swedish regulations (MTT060)
DIG: Digital examination is an examination written in the Inspera system. The student will bring their own computer and access the exam via Safe exam browser.
E: The only module in the course. Module grade and grade for the course are reported at the same time.
S: Final grade. All module grades are reported before the final grade for the course can be reported.
*: The module includes education in another period