The programme overview is adopted 2025-02-13 by Dean of Education.

• AUTUMN TERM

  • Study period 1

    • Compulsory courses

      Course code and name	Module, credits/period	Block	Note	Examination	Re-examination (okt 2025 - aug 2026)
      TME226 Mechanics of fluids	Written and oral assignments (part A) 1.5 credits
      TME226 Mechanics of fluids	Written and oral assignments (part B) 1.5 credits
      TME226 Mechanics of fluids	Examination 4.5 credits		S
      TME235 Mechanics of solids	Examination 7.5 credits		E

    • Elective courses

      Course code and name	Module, credits/period	Block	Note	Examination	Re-examination (okt 2025 - aug 2026)
      IMS135 Machine learning and data-driven modelling in mechanics	Project 3 credits		1)
      IMS135 Machine learning and data-driven modelling in mechanics	Examination 4.5 credits		S, 1)
      TME210 Turbomachinery	Examination 7.5 credits		E, 1)
      TME260 Fatigue and fracture	Examination 7.5 credits		E, 1)

    • Voluntary courses

      Course code and name	Module, credits/period	Block	Note	Examination	Re-examination (okt 2025 - aug 2026)
      TME265 Preparatory course in Matlab	Project 3 credits		E

  • Study period 2

    • Elective courses

      Course code and name	Module, credits/period	Block	Note	Examination	Re-examination (okt 2025 - aug 2026)
      MMA093 Rigid body dynamics	Oral examination 7.5 credits		E, 1)
      MMS175 Aerospace propulsion	Examination 7.5 credits		E, 1)
      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)
      TME141 Structural dynamics	Examination 7.5 credits		E, 1)
      TME146 Structural dynamics control	Examination (part A) 4.5 credits		1)
      TME146 Structural dynamics control	Laboratory (part B) 3 credits		S, 1)
      TME160 Multiphase flow	Examination 7.5 credits		E, 1)
      TME250 Finite element method: Solids	Examination 7.5 credits		E, 1)

• SPRING TERM

  • Study period 3

    • Elective courses

      Course code and name	Module, credits/period	Block	Note	Examination	Re-examination (okt 2025 - aug 2026)
      TME085 Compressible flow	Examination 7.5 credits		S, 1)
      TME240 Composite mechanics	Examination 7.5 credits		E, 1)
      TME245 Finite element method: Structures	Examination 7.5 credits		E, 1)

  • Study period 4

    • Compulsory courses

      Course code and name	Module, credits/period	Block	Note	Examination	Re-examination (okt 2025 - aug 2026)
      TME131 Project in applied mechanics	Project 7.5 credits		E

    • Elective courses

      Course code and name	Module, credits/period	Block	Note	Examination	Re-examination (okt 2025 - aug 2026)
      MHA043 Material mechanics	Laboratory 4.5 credits		1)
      MHA043 Material mechanics	Examination 1.5 credits		1)
      MHA043 Material mechanics	Intermediate test 1.5 credits		S, 1)
      MTF271 Turbulence modeling	Written and oral assignments (part A) 1.5 credits		1)
      MTF271 Turbulence modeling	Written and oral assignments (part B) 1.5 credits		1)
      MTF271 Turbulence modeling	Examination 4.5 credits		S, 1)

• 1 Compulsory elective: Among these courses you have to choose at least 5 in total during year 1 and year 2. (IMS135, MHA043, MMA093, MMS175, MTF073, MTF271, TME085, TME141, TME146, TME160, TME210, TME240, TME245, TME250, TME260) 5 of stated courses are required for the degree
• 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.
• S: Final grade. All module grades are reported before the final grade for the course can be reported.
• E: The only module in the course. Module grade and grade for the course are reported at the same time.