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Physics
Physics
Non-Invasive Measurement Techniques,
7.5 credits
Level
Course, Master’s level
Study time
50%
Subject:
Physics
Engineering Physics
Non-Linear Physics,
7.5 credits
Level
Course, Master’s level
Study time
50%
Subject:
Physics
Engineering Physics
Nuclear physics,
7.5 credits
Level
Course, Master’s level
Study time
50%; 100%
Subject:
Physics
Nuclear Physics
Radiation Physics
Numerical Methods in Physics,
7.5 credits
Level
Course, Master’s level
Study time
50%
Subject:
Computational Science
Physics
Engineering Physics
Optical Construction,
7.5 credits
Level
Course, Master’s level
Study time
50%
Subject:
Engineering Physics
Physics
Physical Measurement Techniques,
7.5 credits
Level
Course, Bachelor's level
Study time
50%
Subject:
Physics
Engineering Physics
Physics of Nuclear Medicine,
7.5 credits
Level
Course, Master’s level
Study time
100%
Subject:
Physics
Radiation Physics
Medical Technology
Physics of Radiotherapy,
5 credits
Level
Course, Master’s level
Study time
67%
Subject:
Physics
Medical Technology
Radiation Physics
Physics of X-rays,
7.5 credits
Level
Course, Master’s level
Study time
100%
Subject:
Physics
Medical Technology
Radiation Physics
Quantum Field Theory I,
7.5 credits
Level
Course, Master’s level
Study time
50%
Subject:
Physics
Engineering Physics
Quantum Field Theory II,
7.5 credits
Level
Course, Master’s level
Study time
50%
Subject:
Physics
Engineering Physics
Quantum Mechanics 1,
6 credits
Level
Course, Bachelor's level
Study time
33%
Subject:
Physics
Engineering Physics
Quantum Mechanics 2,
7.5 credits
Level
Course, Master’s level
Study time
50%
Subject:
Physics
Engineering Physics
Radiation Biology and Radiation Protection,
7.5 credits
Level
Course, Master’s level
Study time
100%
Subject:
Physics
Medical Technology
Radiation Physics
Radiation Dosimetry,
15 credits
Level
Course, Master’s level
Study time
100%
Subject:
Radiation Physics
Physics
Radiation Interaction,
7.5 credits
Level
Course, Master’s level
Study time
100%
Subject:
Radiation Physics
Physics
Research Topics in Physics,
3 credits
Level
Course, Master’s level
Study time
17%
Subject:
Physics
Engineering Physics
Risk analysis in Radiotherapy,
7.5 credits
Level
Course, Master’s level
Study time
50%; 33%
Subject:
Physics
Medical Technology
Radiation Physics
Safety in biomedical engineering and hazard analysis,
4 credits
Level
Course, Master’s level
Study time
50%
Subject:
Computer Technology
Electronics
Entrepreneurship
Physics
Medical Technology
Product Development
Solar Cells,
7.5 credits
Level
Course, Master’s level
Study time
50%
Subject:
Physics
Engineering Physics
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