Nuclear technology

Subjects of the final exam

The Curriculum of the Nuclear Technology Specialization

 

Legend:

 

Course type: K - obligatory, KV - optional, SZV - freely chosable. Requirement: v - exam, f - end of term mark, a - audit

 

The courses marked with # are held every year, the ones marked with E/O are held every two years:

# - Proposed semester

O - Proposed for those who start the programme in an odd year (e.g. 2019)

E - Proposed for those who start the programme in an even year (e.g. 2020)

* - The courses marked with star are courses of the BME physics BSc programme, courses already completed during the BSc studies will not be accepted for the MSc programme.

The name of the course brings you to the information webpage of the course, clicking the code will show you the official accreditation formular.

Subject Code Type Credit Hours Semester Proposed semester Language
Lect Prac Lab 1 2 3 4
Common basic and compulsory courses (31 credits in total)
  Nuclear Phyics BMETE80MF62 K/v 5 2 1 0 every spring   #     hu/en
Physics Laboratory NT BMETE80MF01 K/f 6 0 0 6 every autumn #       hu/en
Numerical Methods BMETE92MF00 K/f 6 4 0 2 every autumn #       hu/en
Colloquim Series 1 BMETE15MF41 K/f 1 1 0 0 every semester   #     en
Colloquim Series 2 BMETE15MF42 K/f 1 1 0 0 every semester     #   en
Optional main courses (2 courses to be chosen from the following list, 10 credits in total)
   Fundamentals of Photonics BMETE12MF81 KV/v 5 2 1 0 every autumn #       en
Nanotechnology and Materials Science BMETE11MF58 KV/v 5 3 0 0 every autumn #       en
Particle Physics BMETE15MF72 KV/v 5 2 1 0 every autumn #       en
Statistical Physics 2 BMETE15MF73 KV/v 5 2 1 0 every autumn #       en
Computer Simulation in Physics BMETE15MF74 KV/f 5 2 1 0 every spring   #     en
Medical Imaging BMETE80MFAN KV/v 5 3 1 0 every autumn #       hu/en
Optional economics courses (1 course to be chosen from the following list, 2 credits in total)
  Investments BMEGT35M004 KV/f 2 2 0 0 every spring   #     hu/en
Academic English* BMEGT63MAPD KV/f 2 0 2 0 every spring   #     en
Communications Skills* BMEGT63A061 KV/f 2 0 2 0 every spring   #     en
English for Engineering* BMEGT63A051 KV/f 2 0 2 0 every spring   #     en
English for Specific Purposes* BMEGT63MAS9 KV/f 2 0 2 0 every spring   #     en
Independent research (56 credits in total)
  Project Laboratory NT1 BMETE80MF06 K/f 7 0 0 7 every semester   #     hu/en
Project Laboratory NT2 BMETE80MF52 K/f 13 0 0 13 every semester     #   hu/en
Diploma Work NT BMETE80MF53 K/f 30 0 0 30 every semester       # hu/en
Seminar NT1 BMETE80MF02 K/f 2 0 2 0 every semester #       hu/en
Seminar NT2 BMETE80MF03 K/f 2 0 2 0 every semester   #     hu/en
Seminar NT3 BMETE80MF04 K/f 2 0 2 0 every semester     #   hu/en
Seminar NT4 BMETE80MF05 K/a 0 0 2 0 every semester       # hu/en
Subject matter (24 credits can be chosen from the following list)
  Optional courses
  Nuclear Power Plants BMETE80MF14 KV/v 4 3 1 0 every spring   #     hu/en
Chemistry of Nuclear Power Plants BMETE80MFAH KV/f 4 2 1 0 every autumn     #   hu/en
Safety analyses of nuclear power plants BMETE80MF34 KV/v 6 3 2 0 every spring   #     hu/en
Nuclear Power Plant Operation BMETE80MFA4 KV/f 5 2 2 0 every autumn #       hu/en
Introduction to Fusion Plasma Physics BMETE80MFA5 KV/v 3 2 0 0 every spring   #     hu/en
Introduction to Theoretical Plasma Physics BMETE15MF29 KV/v 3 2 0 0 every autumn #       hu/en
CFD Methods and Applications BMETE80MFAB KV/f 4 2 1 0 every autumn     #   hu/en
Chapters of High Temperature Experimental Plasma Physics 1 BMETE80MF45 KV/v 3 2 0 0 every spring   #     hu/en
Chapters of High Temperature Experimental Plasma Physics 2 BMETE80MF46 KV/v 3 2 0 0 every autumn     #   hu/en
Physics of Semiconductors BMETE11MF26 KV/v 3 2 0 0 every autumn #       hu/en
Fluid Theories in Plasma Physics BMETE80MFAU KV/v 5 2 2 0 every autumn     #   hu/en
Large Fusion Devices BMETE80MFAI KV/f 4 2 0 1 every autumn #       hu/en
Fusion Plasma Physics Laboratory Exercises BMETE80MF56 KV/f 2 0 0 2 every autumn     #   hu/en
Magnetohidrodynamics in low dimensional systems BMETE15MF32 KV/v 3 2 0 0 every spring   #     hu/en
Monte Carlo Methods BMETE80MFAD KV/f 5 2 0 1 every autumn #       hu/en
Monte Carlo Particle Transport Methods BMETE80MFA9 KV/f 3 2 0 0 every autumn     #   hu/en
Nonconventional Materials BMEVEFAA707 KV/v 3 2 0 0 every autumn #       hu/en
Neutron and Gamma Transport Methods BMETE80MFA6 KV/f 4 2 1 0 every autumn     #   hu/en
Nuclear Fuel Cycle BMETE80MFA2 KV/f 4 2 1 0 every autumn #       hu/en
Radionuclide Production and Application in Medical Biology BMETE80MFAM KV/v 4 2 0 1 every autumn     #   hu/en
Dispersion of Radioactive Matter BMETE80MF32 KV/v 4 2 2 0 every autumn     #   hu/en
Safety of Radioactive Wastes BMETE80MF31 KV/v 4 3 0 1 every autumn     #   hu/en
Radioanalytics BMETE80MFA7 KV/f 6 3 0 2 every spring   #     hu/en
Reactor Physics Calculations BMETE80MF38 KV/f 4 3 1 0 every autumn #       hu/en
Reactor Instrumentation and Control BMETE80MFAA KV/v 4 2 1 0 every autumn     #   hu/en
X-ray and gamma spectrometry BMETE80MFAC KV/v 4 2 1 0 every autumn #       hu/en
Radiation Protection 2 BMETE80MFA8 KV/v 5 2 0 2 every spring   #     hu/en
Collisional Transport in Magnetized Plasmas BMETE80MFAE KV/f 5 1 2 0 every autumn     #   hu/en
Noise Techniques in Nuclear Systems BMETE80MFAJ KV/v 3 2 0 0 every spring   #     hu/en
Optional courses from the Physics BSc
  Computer Controlled Measurements* BMETE11AF38 SZV/f 3 0 0 2 every spring   #     en
Measurement Control Project Work in LabVIEW Environment* BMETE11AF39 SZV/f 3 0 0 2 every autumn     #   en
From the optional courses of the other MSc programmes of the BME TTK, 6 credits can be chosen with the approval of the head of the specialization.
Freely selectable courses (any subject from the BME, but we recommend the subjects in the following list, 9 credits in total)
  Nuclear Non-Proliferation BMETE80MFA1 SZV/v 3 2 0 0 every autumn     #   hu/en
Low Temperature Plasma Physics BMETE80MFAG SZV/v 3 2 0 0 every autumn     #   hu/en
Material Testing by Neutrons BMETE80MF59 SZV/v 3 2 0 0 every spring   #     hu/en
Material Testing in Nuclear Power Plants BMETE80MFA3 SZV/v 3 2 0 0 every autumn     #   hu/en
Nuclear Electrodynamics BMETE80MFAF SZV/v 3 2 0 0 every spring   #     hu/en
Selected Topics in Nuclear Physics BMETE80MFA0 SZV/v 3 2 0 0 every autumn     #   hu/en
Criterion courses
  Basics of Atomic Energetics BMETE80MF12 K/a 0 0 0 0 every autumn #        
Advanced Exam in Nuclear Techniques BMETE80MF08 K/s 0 0 0 0 every spring       #  
Internship NT BMETE80MF09 K/a 0 0 0 9 every autumn     #