| Name |
Course |
| | MTU001 | |
| Advanced Fluid Mechanics | MTM038 | |
| Advanced Machine Elements | MTM037 | |
| Analytical Mechanics | MTF001 | |
| Applied Fluid Mechanics | MTM075 | |
| Applied Fluid Mechanics, project part | MTM076 | |
| Applied mechanics in the paper- and pulp industry | MTM045 | |
| Applied Quantum Mechanics | MTF074 | |
| Applied Solid Mechanics | MTM040 | |
| Astrophysics and Cosmology | MTF076 | |
| Atomic and Molecular Physics | MTF070 | |
| Basic Technology | MTM505 | |
| Basic Technology | MTM506 | |
| Basic technology | MTM504 | |
| Computational Geometry | MTM041 | |
| Computational Methods in Mechanics (F) | MTM081 | |
| Computational Methods in Mechanics (M) | MTM021 | |
| Computer Aided Design | MTM022 | |
| Computer Aided Kinematics and Dynamics of Mechanical Syste | MTM028 | |
| Continuum Mechanics | MTM060 | |
| Design project | MTM438 | |
| District Heating Technology | MTM439 | |
| Electricity for EEIGM | MTF077 | |
| Electromagnetic Field Theory | MTF056 | |
| Electromagnetic Field Theory II | MTF075 | |
| Elementary Physics | MTF501 | |
| Elementary Physics | MTF503 | |
| Energy Design | MTM440 | |
| Energy Engineering | MTM027 | |
| Energy Engineering | MTM431 | |
| Energy Plant and Systems Engineering | MTM044 | |
| Experimetal Methods | MTM033 | |
| Finite Element Method | MTM025 | |
| Fluid Mechanics | MTM082 | |
| Force and Motion | MTF302 | |
| Fuels, Combustion and Gasification Technology | MTM029 | |
| Heat and Air Conditioning Systems | MTM437 | |
| Heat and Mass Transfer | MTM023 | |
| Hydraulics I | MTM024 | |
| Hydraulics II | MTM018 | |
| Hydromechanics | MTM052 | |
| Hydropower engineering | MTM084 | |
| Innovation and Machine Design | MTM068 | |
| Integrated Product Development | MTM061 | |
| Internal Combustion Engines | MTM080 | |
| Introduction to Mechanical Computer | MTM034 | |
| Introduction to Technology | MTM032 | |
| Introduction to Technology | MTM435 | |
| Machine Design | MTM035 | |
| Mechanical Vibrations | MTM065 | |
| Mechanical Vibrations, continuation course | MTM078 | |
| Mechanical Waves | MTM074 | |
| Mechanics | MTF008 | |
| Mechanics | MTF068 | |
| Mechanics | MTF429 | |
| Mechanics II | MTF055 | |
| Modern Physics | MTF009 | |
| Modern Physics and Astronomy | MTF301 | |
| Nuclear Engineering | MTM079 | |
| Optics | MTF059 | |
| Particle and Nuclear Physics | MTF071 | |
| Physical Optics | MTM070 | |
| Physical optics | MTF054 | |
| Plates and Shells | MTM026 | |
| Quantum Physics | MTF067 | |
| Quantum Physics for EEIGM | MTF057 | |
| Quantum Physics II | MTF073 | |
| Research Methods | MTF006 | |
| Sirius - Creative Product Design Process | MTM077 | |
| Solid State Physics | MTF064 | |
| Statistical Mechnics and Thermodynamics | MTF072 | |
| Strength of Materials | MTM017 | |
| Strength of Materials and Machine Elements | MTM051 | |
| Strength of Materials, Solid Mechanics and Machine Element | MTM063 | |
| Strength of Materials,Solid Mechanics and Machine Elements | MTM062 | |
| Systematic Design | MTM067 | |
| Technical Optics | MTM071 | |
| Technical Optics, part 1 | MTM072 | |
| Technical Optics, part 2 | MTM073 | |
| The Computer in The Workplace | MTM428 | |
| Theory of Relativity | MTF066 | |
| Thermal Turbomachines and Steam Boilers | MTM039 | |
| Thermodynamics | MTF012 | |
| Thermodynamics | MTF069 | |
| Thermodynamics | MTF430 | |
| Thermodynamics and electricity | MTF303 | |
| Thesis | MTM050 | |
| Tribology | MTM043 | |
| Turbo Machinery | MTM436 | |
| Variational Methods in Solid Mechanics | MTM030 | |
| Wave Propagation in Structures | MTM066 | |
