Year 2

Programme overview for year 2025/2026

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

Course code and name	Module, credits/period	Note
FFR105 Stochastic optimization algorithms	Examination 7.5 credits	E
IMS135 Machine learning and data-driven modelling in mechanics	Project 3 credits
IMS135 Machine learning and data-driven modelling in mechanics	Examination 4.5 credits	S
PPU191 Engineering design and optimization	Written and oral assignments 3 credits
PPU191 Engineering design and optimization	Examination 4.5 credits	S
SEE040 Leadership for sustainability transitions	Project 2.5 credits
SEE040 Leadership for sustainability transitions	Intermediate test 2 credits
SEE040 Leadership for sustainability transitions	Written and oral assignments 3 credits	S
TME210 Turbomachinery	Examination 7.5 credits	E
TME260 Fatigue and fracture	Examination 7.5 credits	E
TRA285 Structural batteries: Design, manufacturing and characterisation	Project 3.8 credits	*
TRA300 Digitalization in sports: From physics to innovation	Project 3.8 credits	*, 1)
TRA350 Structural batteries: Design, manufacturing and characterisation	Project 7.5 credits	*
TRA375 Digitalization in sports: From physics to innovation	Project 7.5 credits	*, 1)

Course code and name	Module, credits/period	Note
MMA093 Rigid body dynamics	Oral examination 7.5 credits	E
MMS175 Aerospace propulsion	Examination 7.5 credits	E
MTF073 Computational fluid dynamics: The finite volume method (CFD)	Written and oral assignments (part A) 1.5 credits
MTF073 Computational fluid dynamics: The finite volume method (CFD)	Written and oral assignments (part B) 1.5 credits
MTF073 Computational fluid dynamics: The finite volume method (CFD)	Written and oral assignments (part C) 1.5 credits
MTF073 Computational fluid dynamics: The finite volume method (CFD)	Examination 3 credits	S
TME146 Structural dynamics control	Examination (part A) 4.5 credits
TME146 Structural dynamics control	Laboratory (part B) 3 credits	S
TME160 Multiphase flow	Examination 7.5 credits	E
TME250 Finite element method: Solids	Examination 7.5 credits	E
TRA220 GPU-accelerated computational methods using Python and CUDA	Project 7.5 credits	E
TRA270 Engineering fluid-structure interaction: Technologies and practices	Project 7.5 credits	E
TRA285 Structural batteries: Design, manufacturing and characterisation	Project 3.7 credits	*, E
TRA300 Digitalization in sports: From physics to innovation	Project 3.7 credits	*, E, 1)
TRA350 Structural batteries: Design, manufacturing and characterisation	Project 7.5 credits	*, E
TRA375 Digitalization in sports: From physics to innovation	Project 7.5 credits	*, E, 1)

Course code and name	Module, credits/period	Note
IMSX60 Master's thesis in Industrial and materials science	Diploma thesis (part A) 30 credits	*
MMSX60 Master's thesis in Mechanics and maritime sciences	Diploma thesis (part A) 30 credits	*
IMSX30 Master's thesis in Industrial and materials science	Diploma thesis 30 credits	*
IMSX60 Master's thesis in Industrial and materials science	Diploma thesis (part B) 30 credits	*
MMSX30 Master's thesis in Mechanics and maritime sciences	Diploma thesis 30 credits	*
MMSX60 Master's thesis in Mechanics and maritime sciences	Diploma thesis (part B) 30 credits	*

1 The course has theme MTS 7.5 credits
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