| Course |
Name |
| MTF001 | Analytical Mechanics |
| MTF008 | Mechanics |
| MTF009 | Modern Physics |
| MTF012 | Thermodynamics |
| MTF054 | Physical optics |
| MTF055 | Mechanics II |
| MTF056 | Electromagnetic Field Theory |
| MTF057 | Quantum Physics for EEIGM |
| MTF059 | Optics |
| MTF064 | Solid State Physics |
| MTF066 | Theory of Relativity |
| MTF067 | Quantum Physics |
| MTF068 | Mechanics |
| MTF069 | Thermodynamics |
| MTF070 | Atomic and Molecular Physics |
| MTF071 | Particle and Nuclear Physics |
| MTF072 | Statistical Mechnics and Thermodynamics |
| MTF073 | Quantum Physics II |
| MTF074 | Applied Quantum Mechanics |
| MTF075 | Electromagnetic Field Theory II |
| MTF076 | Astrophysics and Cosmology |
| MTF077 | Electricity for EEIGM |
| MTF079 | Computer Introduction |
| MTF080 | Research Methods I |
| MTF200 | Master Thesis |
| MTF301 | Modern Physics and Astronomy |
| MTF302 | Force and Motion |
| MTF303 | Thermodynamics and electricity |
| MTF429 | Mechanics |
| MTF430 | Thermodynamics |
| MTF501 | Elementary Physics |
| MTF503 | Elementary Physics |
| MTM017 | Strength of Materials |
| MTM018 | Hydraulics II |
| MTM021 | Computational Methods in Mechanics (M) |
| MTM022 | Computer Aided Design |
| MTM023 | Heat and Mass Transfer |
| MTM024 | Hydraulics I |
| MTM025 | Finite Element Method |
| MTM026 | Plates and Shells |
| MTM027 | Energy Engineering |
| MTM029 | Fuels, Combustion and Gasification Technology |
| MTM030 | Variational Methods in Solid Mechanics |
| MTM032 | Introduction to Technology |
| MTM033 | Experimetal Methods |
| MTM035 | Machine Design |
| MTM038 | Advanced Fluid Mechanics |
| MTM039 | Thermal Turbomachines and Steam Boilers |
| MTM040 | Applied Solid Mechanics |
| MTM041 | Computational Geometry |
| MTM043 | Tribology |
| MTM044 | Energy Plant and Systems Engineering |
| MTM045 | Applied mechanics in the paper- and pulp industry |
| MTM050 | Thesis |
| MTM051 | Strength of Materials and Machine Elements |
| MTM052 | Hydromechanics |
| MTM060 | Continuum Mechanics |
| MTM061 | Integrated Product Development |
| MTM062 | Strength of Materials,Solid Mechanics and Machine Elements |
| MTM063 | Strength of Materials, Solid Mechanics and Machine Element |
| MTM065 | Mechanical Vibrations |
| MTM066 | Wave Propagation in Structures |
| MTM070 | Physical Optics |
| MTM071 | Technical Optics |
| MTM072 | Technical Optics, part 1 |
| MTM073 | Technical Optics, part 2 |
| MTM074 | Mechanical Waves |
| MTM075 | Applied Fluid Mechanics |
| MTM076 | Applied Fluid Mechanics, project part |
| MTM077 | Sirius - Creative Product Design Process |
| MTM078 | Mechanical Vibrations, continuation course |
| MTM079 | Nuclear Engineering |
| MTM080 | Internal Combustion Engines |
| MTM081 | Computational Methods in Mechanics (F) |
| MTM082 | Fluid Mechanics |
| MTM084 | Hydropower engineering |
| MTM428 | The Computer in The Workplace |
| MTM431 | Energy Engineering |
| MTM435 | Introduction to Technology |
| MTM436 | Turbo Machinery |
| MTM437 | Heat and Air Conditioning Systems |
| MTM438 | Design project |
| MTM439 | District Heating Technology |
| MTM440 | Energy Design |
| MTM441 | Introduction to Technology and Design |
| MTM505 | Basic Technology |
| MTM506 | Basic Technology |
| MTU001 | |