The programme overview is adopted 2026-02-15 by Dean of Education.

• AUTUMN TERM

  • Study period 1

    • Compulsory courses

      Course code and name	Module, credits/period	Block	Note	Examination	Re-examination (okt 2026 - aug 2027)
      EEN130 Systems and mechatronics for mobility engineering	Design exercise 7.5 credits		E
      MMS196 Introduction to propulsion and energy systems for transport	Examination 7.5 credits		S

    • Elective courses

      Course code and name	Module, credits/period	Block	Note	Examination	Re-examination (okt 2026 - aug 2027)
      MMA151 Marine design project	Project 7.5 credits		*, 1), 2)
      MMS236 Aircraft design	Project (part A) 4.5 credits		1), 3)
      MMS236 Aircraft design	Project (part B) 1.5 credits		1), 3)
      MMS236 Aircraft design	Written and oral assignments 1.5 credits		S, 1), 3)
      TME047 Chalmers formula student	Written and oral assignments 0 credits		*, 1), 4)
      TME180 Automotive engineering project	Project 7.5 credits		*, 1), 4)
      TME192 Active safety	Written and oral assignments 3.5 credits		1), 4)
      TME192 Active safety	Examination 4 credits		S, 1), 4)
      TME260 Fatigue and fracture	Examination 7.5 credits		E, 1)

  • Study period 2

    • Elective courses

      Course code and name	Module, credits/period	Block	Note	Examination	Re-examination (okt 2026 - aug 2027)
      IBB139 Project management	Intermediate test 1.5 credits
      IBB139 Project management	Intermediate test 6 credits		S
      IMS106 Fundamentals of systems engineering	Examination 3 credits		1)
      IMS106 Fundamentals of systems engineering	Project 3 credits		1)
      IMS106 Fundamentals of systems engineering	Design exercise 1.5 credits		S, 1)
      MHA022 Finite element method (FEM)	Project 3 credits		1)
      MHA022 Finite element method (FEM)	Examination 4.5 credits		S, 1)
      MMA093 Rigid body dynamics	Oral examination 7.5 credits		E
      MMA151 Marine design project	Project 7.5 credits		*, E, 1), 2)
      MMA169 Structural engineering	Examination 7.5 credits		E, 1), 2)
      MMF062 Vehicle motion engineering	Project 4.5 credits		1), 4)
      MMF062 Vehicle motion engineering	Examination 3 credits		S, 1), 4)
      MMK082 Materials characterisation and failure analysis	Examination (part A) 4 credits
      MMK082 Materials characterisation and failure analysis	Project (part B) 3.5 credits		S
      MMS050 Finite element simulations in design	Examination 4.5 credits
      MMS050 Finite element simulations in design	Written and oral assignments 3 credits		S
      MMS175 Aerospace propulsion	Examination 7.5 credits		E, 1), 3)
      MMS180 Railway technology	Examination 7.5 credits		E, 1), 5)
      MMS185 Stability and design basis for marine structures	Project 2.5 credits		1), 2)
      MMS185 Stability and design basis for marine structures	Examination 5 credits		S, 1), 2)
      MMS190 Methods of risk and reliability analysis	Design exercise 2.5 credits		1), 2)
      MMS190 Methods of risk and reliability analysis	Examination (part A) 5 credits		S, 1), 2)
      MMS240 Project in aerospace	Project 7.5 credits		E, 1), 3)
      MTF073 Computational fluid dynamics: The finite volume method (CFD)	Written and oral assignments (part A) 1.5 credits		1)
      MTF073 Computational fluid dynamics: The finite volume method (CFD)	Written and oral assignments (part B) 1.5 credits		1)
      MTF073 Computational fluid dynamics: The finite volume method (CFD)	Written and oral assignments (part C) 1.5 credits		1)
      MTF073 Computational fluid dynamics: The finite volume method (CFD)	Examination 3 credits		S, 1)
      SSY130 Applied signal processing	Examination 7.5 credits		S
      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		*, 1), 4)
      TME095 Electric and Hybrid Vehicles	Examination 7.5 credits		S, 1), 4)
      TME141 Structural dynamics	Examination 7.5 credits		E
      TME146 Structural dynamics control	Examination (part A) 4.5 credits		1)
      TME146 Structural dynamics control	Laboratory (part B) 3 credits		S, 1)
      TME170 Powertrain mechanics	Examination 7.5 credits		S, 1), 4)
      TME180 Automotive engineering project	Project 7.5 credits		*, E, 1), 4)
      TME202 Vehicle and traffic safety	Laboratory (part A) 2 credits		1), 4)
      TME202 Vehicle and traffic safety	Examination (part B) 2 credits		1), 4)
      TME202 Vehicle and traffic safety	Examination (part C) 2 credits		1), 4)
      TME202 Vehicle and traffic safety	Written and oral assignments (part D) 1.5 credits		S, 1), 4)
      TRA265 Emissions from transportation	Project 7.5 credits		E, 6)

• SPRING TERM

  • Study period 3

    • Elective courses

      Course code and name	Module, credits/period	Block	Note	Examination	Re-examination (okt 2026 - aug 2027)
      DAT171 Object-oriented programming in Python	Written and oral assignments 3 credits
      DAT171 Object-oriented programming in Python	Examination 4.5 credits		S
      DAT566 Introduction to data science and AI	Written and oral assignments 4 credits		1)
      DAT566 Introduction to data science and AI	Examination 3.5 credits		S, 1)
      EEN135 Electric machines for vehicles and vessels	Intermediate test (part A) 2 credits		1), 7)
      EEN135 Electric machines for vehicles and vessels	Intermediate test (part B) 2 credits		1), 7)
      EEN135 Electric machines for vehicles and vessels	Intermediate test (part C) 2 credits		1), 7)
      EEN135 Electric machines for vehicles and vessels	Laboratory (part D) 1.5 credits		S, 1), 7)
      IEK313 Quality management	Examination 7.5 credits		E
      MMA163 Ship resistance and propulsion	Examples class (part A) 2.5 credits		1), 2)
      MMA163 Ship resistance and propulsion	Examination (part B) 5 credits		S, 1), 2)
      MMS205 Naval architecture	Project (part A) 3 credits		1), 2)
      MMS205 Naval architecture	Project (part B) 3 credits		1), 2)
      MMS205 Naval architecture	Examination 1.5 credits		S, 1), 2)
      MTF236 Road vehicle aerodynamics	Examination 5 credits		1), 4)
      MTF236 Road vehicle aerodynamics	Project 2.5 credits		S, 1), 4)
      MTF242 Internal combustion engines	Design exercise + laboratory 1.5 credits		1), 4)
      MTF242 Internal combustion engines	Examination 6 credits		S, 1), 4)
      PPU231 Production and product service systems	Project 4.5 credits
      PPU231 Production and product service systems	Intermediate test 3 credits		S
      TME085 Compressible flow	Examination 7.5 credits		S, 1), 3)
      TME240 Composite mechanics	Examination 7.5 credits		E
      TME245 Finite element method: Structures	Examination 7.5 credits		E, 1)
      TRA275 Fuel cell systems	Project 7.5 credits		E
      TRA280 Battery essentials: Fundamentals and future trends	Project 7.5 credits		E

  • Study period 4

    • Compulsory courses

      Course code and name	Module, credits/period	Block	Note	Examination	Re-examination (okt 2026 - aug 2027)
      MMS210 Connected fleets in data-driven engineering	Written and oral assignments 7.5 credits		E

    • Elective courses

      Course code and name	Module, credits/period	Block	Note	Examination	Re-examination (okt 2026 - aug 2027)
      EEN016 Lithium-ion battery systems for vehicles and large-scale energy storage	Examination 7.5 credits		E
      EEN140 Electric drive systems for vehicles and vessels	Intermediate test (part A) 2 credits		1), 7)
      EEN140 Electric drive systems for vehicles and vessels	Intermediate test (part B) 2 credits		1), 7)
      EEN140 Electric drive systems for vehicles and vessels	Intermediate test (part C) 2 credits		1), 7)
      EEN140 Electric drive systems for vehicles and vessels	Laboratory (part D) 1.5 credits		S, 1), 7)
      IBB139 Project management	Intermediate test 1.5 credits
      IBB139 Project management	Intermediate test 6 credits		S
      KKR073 Computational fluid dynamics for engineers (CFD)	Examination 4 credits
      KKR073 Computational fluid dynamics for engineers (CFD)	Project 3.5 credits		S
      MMS200 Project in railway technology	Project 7.5 credits		E, 1), 5)
      MTF271 Turbulence modeling	Written and oral assignments (part A) 1.5 credits		1), 3)
      MTF271 Turbulence modeling	Written and oral assignments (part B) 1.5 credits		1), 3)
      MTF271 Turbulence modeling	Examination 4.5 credits		S, 1), 3)
      SJO747 Wave loads and seakeeping	Examination (part A) 5.5 credits		1), 2)
      SJO747 Wave loads and seakeeping	Written and oral assignments (part B) 2 credits		S, 1), 2)
      TME047 Chalmers formula student	Project 12 credits		S, 1), 4)
      TME102 Vehicle motion and control	Examination (part A) 4.5 credits		1), 4)
      TME102 Vehicle motion and control	Project (part B) 3 credits		S, 1), 4)
      TME196 Impact biomechanics	Written and oral assignments (part A) 4.5 credits		1), 4)
      TME196 Impact biomechanics	Examination (part B) 3 credits		S, 1), 4)

• 1 Compulsory elective: Compulsory elective courses (DAT566, EEN135, EEN140, IMS106, MHA022, MMA151, MMA163, MMA169, MMF062, MMS175, MMS180, MMS185, MMS190, MMS200, MMS205, MMS236, MMS240, MTF073, MTF236, MTF242, MTF271, SJO747, TME047, TME085, TME095, TME102, TME146, TME170, TME180, TME192, TME196, TME202, TME245, TME260) 37.5 credits of stated courses are required for the degree
• 2 Recommendation: Profile - Marine technology (MMA151, MMA163, MMA169, MMS185, MMS190, MMS205, SJO747)
• 3 Recommendation: Profile - Aerospace engineering (MMS175, MMS236, MMS240, MTF271, TME085)
• 4 Recommendation: Profile - Automotive engineering (MMF062, MTF236, MTF242, TME047, TME095, TME102, TME170, TME180, TME192, TME196, TME202)
• 5 Recommendation: Profile - Railway technology (MMS180, MMS200)
• 6 The course has theme MTS 7.5 credits
• 7 Recommendation: Suitable for all profiles (EEN135, EEN140)
• 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