| Course code | Course name | Credits | Notes |
| TMHL07 | Solid Mechanics, basic course |
6 | for DPU |
| TMHL22 | Solid Mechanics | 6 | for M, I, Ii, EMM |
| TMHL24 | HSolid Mechanics – Design Criteria | 6 | for M |
| TMHL63 | Introduction to Computational Mechanics | 6 | for M, DPU, I, Ii, MEC, AER |
| TMME04 | Engineering Mechanics part 2 | 6 | for Y |
| TMME07 | Engineering Mechanics – Statics | 6 | for DPU |
| TMME12 | Engineering Mechanics Y part 1 | 4 | for Y |
| TMME13 | Mechanics – dynamics | 6 | for DPU |
| TMME27 | Engineering Mechanics parts 1 and 2 | 10 | for I, Ii |
| TMME28 | Engineering Mechanics – Dynamics | 6 | for M, EMM |
| TMME32 | Mechanics, second course | 4 | for Yi |
| TMME62 | Engineering Mechanics | 6 | for EMM |
| TMME63 | Engineering Mechanics – Statics | 6 | for M |
| TMMI03 | Engineering Mechanics | 8 | for MI |
| TMMI09 | Vibrations and Fatigue in Mechanical Structures |
6 | for MI |
| TMMI16 | Machine Elements | 6 | for MI |
| TMMI17 | Solid Mechanics, basic course | 6 | for MI |
| TMMI37 | The Finite Element Method, FEM | 6 | for MI |
| TMMI71 | Engineering Mechanics, Advanced Course | 6 | for MI |
| TMMT31 | Bachelor Thesis - Mechanical Engineering | 18 | for M |
Acronyms: DPU = Design and Product Development, M = Mechanical Engineering, I = Industrial Engineering and Management, EMM = Energy, Environment, Management, Y = Applied Physics and Electrical Engineering, MI = Mechanical Engineering, B.Sc., MEC = Mechanical Engineering, M.Sc., AER = Aeronautical Engineering, M.Sc.
Detailed course information is found in the study information pages under the Additional documents tab.
