Curriculum

Nuclear Applications
Master of Science (M.Sc.)

1st-4th semester
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1st semester
Name of module P/W Credits V Ü P S SWS Bem
310330 Fundamentals of Nuclear Science C 5 2 2 4
310220 Radiation Detection C 5 2 1 1 4
310340 Fundamental Skills 1 C 5 3 1 4
320070 Fundamental Skills 2 C 5 3 2 5
310350 Applied Data Analysis C 5 3 2 5
320220 Elective C 5 4 4
Summe 30 17 5 2 2 26
2nd semester
Name of module P/W Credits V Ü P S SWS Bem
320180 Nuclear Chemistry C 5 2 2 4
320210 Nuclear Physics C 5 2 1 1 4
320050 Nuclear Applications 1 C 5 4 4
320060 Nuclear Applications 2 C 5 4 4
000000 Focus Field E 10 4 4
Summe 30 16 1 3 0 20
3rd semester
Name of module P/W Credits V Ü P S SWS Bem
330050 Scientific Skills C 5 4 4
330060 Modelling and Simulation C 5 2 2 4
330210 Project Nuclear Applications (2 Months) E 10 0
000000 Focus Field E 10 0
Summe 30 2 0 6 0 8
4th semester
Name of module P/W Credits V Ü P S SWS Bem
000060 Master Thesis C 30 0
Summe 30 0 0 0 0 0
Abbreviations: L = Lecture, P = Problem Session, Lab = Laboratory, S = Seminar <br />C = Compulsory, E = Elective, SWS = Contact hours per week <br /> * Students with a first degree in Mechatronics have to choose elective modules with at least 34 credits in total. Students whose first degree is not in Mechatronics, have to choose elective modules with at least 24 credits in total. <br /> ** Students with a first degree in Mechanical Engineering have to choose the module "Fundamentals of Electrival Engineering", while students with a first degree in Electrical Engineering have to choose the module "Fundamentals of Mechanical Engineering". Students with a first degree in Mechatronics do not have to take any of the fundamentals modules.