|
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 Physies |
|
MTF076 |
Astrophysics and Cosmology |
|
MTF079 |
Computer Introduction |
|
MTF080 |
Research Methods I |
|
MTF081 |
Space and Astrophysics |
|
MTF083 |
Waves and plasmas |
|
MTF084 |
Waves and antennas |
|
MTF085 |
Plasmas |
|
MTF086 |
Antennas |
|
MTF087 |
Applied Surface Characterigation |
|
MTF200 |
Master Thesis |
|
MTF301 |
Modern Physics and Astronomy |
|
MTF302 |
Force and Motion |
|
MTF303 |
Thermodynamics and electricity |
|
MTF304 |
Optics |
|
MTF305 |
Thermodynamics |
|
MTF306 |
Force and Motion II |
|
MTF429 |
Mechanics |
|
MTF430 |
Thermodynamics |
|
MTF501 |
Elementary Physics |
|
MTF503 |
Elementary Physics |
|
MTM018 |
Hydraulics II |
|
MTM021 |
Computational Methods in Mechanics (M) |
|
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 |
Experimental Methods |
|
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 |
|
MTM050 |
Thesis |
|
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 |
|
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 |
|
MTM088 |
Computer Introduction |
|
MTM089 |
Mechanical Computer-aided engineering |
|
MTM090 |
Machine Elements, basic course |
|
MTM091 |
Hydraulics and pneumatics |
|
MTM092 |
Strength of materials, supplementary course |
|
MTM094 |
Strength of materials, supplementary course II |
|
MTM096 |
Simulation of dynamic system |
|
MTM431 |
Energy Engineering |
|
MTM436 |
Turbo Machinery |
|
MTM437 |
Heat and Air Conditioning Systems |
|
MTM438 |
Design project |
|
MTM439 |
District Heating Technology |
|
MTM441 |
Introduction to Technology and Design |
|
MTM442 |
Hydropower technology I |
|
MTM444 |
The computer in The Workspace |
|
MTM445 |
Thesis |
|
MTM446 |
Hydromechanics |
|
MTM447 |
Mechanical Engineering |
|
MTM448 |
Energi engineering |
|
MTM449 |
Hydropower technology III part I |
|
MTM450 |
Turbomachinery and hydraulic turbines |
|
MTM460 |
Final Degree Project |
|
MTM505 |
Basic Technology |
|
MTM506 |
Basic Technology |
|
MTM607 |
Hydraulics |
