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The curriculum of the Nuclear Technology specialization of the Physicist MSc of the BME     
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)     
* - Items marked in italics are courses that appear in the BME Physics BSc program as compulsory, compulsory elective, recommended freely elective professional courses, or compulsory elective general-education courses, and therefore, naturally, only those courses that have not yet been completed during the BSc program may be taken.    
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  Recommended semester  Language     
Lect  Prac               
Common basic and compulsory courses (31 credits in total)     

 		 Nuclear Physics  BMETE80MF62  K/v 5  2 1 0 every spring
 		 # 
 
 		 hu     
Physics Laboratory NT  BMETE80MF01  K/f 6  0 0 6 every autumn # 
 
 
 		 hu     
Numerical Methods  BMETE92MF00  K/f 6  4 0 2 every autumn # 
 
 
 		 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 choosen 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     
Optional economics courses (1 course to be choosen from the following list, 2 credits in total)     

 		 Befektetések BMEGT35M004 KV/f 2  2 0 0 every spring
 		 # 
 
 		 hu    
English for university studies, angol B2+*  BMEGT60W68A KV/f 2  0 2 0 every spring
 		 # 
 
 		 en    
Kommunikációs készségfejlesztés, angol B2*  BMEGT60W60A KV/f 2  0 2 0 every spring
 		 # 
 
 		 en    
Műszaki nyelv, angol B2*  BMEGT60W64A KV/f 2  0 2 0 every spring
 		 # 
 
 		 en    
Professional writing, angol C1*  BMEGT60W71A KV/f 2  0 2 0 every spring
 		 # 
 
 		 en    
English for professional success, angol C1*  BMEGT60W70A KV/f 2  0 2 0 every spring
 		 # 
 
 		 en    
Independent research (56 credits in total)     

 		 Laboratory Practices NT1  BMETE80MF06  K/f 7  0 0 7 every semester
 		 # 
 
 		 hu     
Independent Laboratory NT2  BMETE80MF52  K/f 13  0 0 13 every semester
 
 		 # 
 		 hu     
Diploma Work NT  BMETE80MF53  K/f 30  0 0 30 every semester
 
 
 		 #  hu     
Seminar NT1  BMETE80MF02  K/f 2  0 2 0 every semester # 
 
 
 		 hu     
Seminar NT2  BMETE80MF03  K/f 2  0 2 0 every semester
 		 # 
 
 		 hu     
Seminar NT3  BMETE80MF04  K/f 2  0 2 0 every semester
 
 		 # 
 		 hu     
Seminar NT4  BMETE80MF05  K/a 0  0 2 0 every semester
 
 
 		 #  hu     
Subject matter(24 cradit can be choosen from the following list)     

 		 Optional courses     

 		 Nuclear Power Plants  BMETE80MF14  KV/v 4  3 1 0 every spring
 		 # 
 
 		 hu     
Chemistry of Nuclear Power Plants  BMETE80MFAH  KV/f 4  2 1 0 every autumn
 
 		 # 
 		 hu     
Atomerőművi üzemzavar-elemzések  BMETE80MF34  KV/v 6  3 2 0 every spring
 		 # 
 
 		 hu     
Nuclear Power Plant Operation  BMETE80MFA4  KV/f 5  2 2 0 every autumn # 
 
 
 		 hu     
Introduction to Fusion Plasma Physics  BMETE80MFA5  KV/v 3  2 0 0 every spring
 		 # 
 
 		 hu     
CFD Methods and Applications  BMETE80MFAB  KV/f 4  2 1 0 every autumn
 
 		 # 
 		 hu     
Chapters of High Temperature Experimental Plasma Physics 1  BMETE80MF45  KV/v 3  2 0 0 every spring
 		 # 
 
 		 hu     
Chapters of High Temperature Experimental Plasma Physics 2  BMETE80MF46  KV/v 3  2 0 0 every autumn
 
 		 # 
 		 hu     
Physics of Semiconductors  BMETE11MF26  KV/v 3  2 0 0 every autumn # 
 
 
 		 en     
Fluid Theories in Plasma Physics  BMETE80MFAU  KV/v 5  2 2 0 every autumn
 
 		 # 
 		 hu     
Fusion Devices  BMETE80MFAI  KV/f 4  2 0 1 every autumn # 
 
 
 		 hu     
Fusion Plasma Physics Laboratory Exercises  BMETE80MF56  KV/f 2  0 0 2 every autumn
 
 		 # 
 		 hu     
Monte Carlo Methods  BMETE80MFAD  KV/f 5  2 0 1 every autumn # 
 
 
 		 hu     
Monte Carlo Particle Transport Methods  BMETE80MFA9  KV/f 3  2 0 0 every autumn
 
 		 # 
 		 hu     
Nemkonvencionális anyagok 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     
Nuclear Fuel Cycle  BMETE80MFA2  KV/f 4  2 1 0 every autumn # 
 
 
 		 hu     
Radionuclide Production and Application in Medical Biology  BMETE80MFAM  KV/v 4  2 0 1 every autumn
 
 		 # 
 		 hu     
Dispersion of Radioactive Matter  BMETE80MF32  KV/v 4  2 2 0 every autumn
 
 		 # 
 		 hu     
Safety of Radioactive Wastes  BMETE80MF31  KV/v 4  3 0 1 every autumn
 
 		 # 
 		 hu     
Radioanalytics  BMETE80MFA7  KV/f 6  3 0 2 every spring
 		 # 
 
 		 hu     
Reactor Physics Calculations  BMETE80MF38  KV/f 4  3 1 0 every autumn # 
 
 
 		 hu     
Reaktorszabályozás és műszerezés  BMETE80MFAA  KV/v 4  2 1 0 every autumn
 
 		 # 
 		 hu     
Röntgen- és gammaspektrometriai módszerek  BMETE80MFAC  KV/v 4  2 1 0 every autumn # 
 
 
 		 hu     
Radiation Protection 2  BMETE80MFA8  KV/v 5  2 0 2 every spring
 		 # 
 
 		 hu     
Collisional Transport in Magnetized Plasmas  BMETE80MFAE  KV/f 5  1 2 0 every autumn
 
 		 # 
 		 hu     
Zajmódszerek nukleáris rendszerekben BMET805MFAJ KV/v 3  2 0 0 every spring
 		 # 
 
 		 hu    
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     
A BME TTK Fizikus MSc képzés további specializációiból összesen 6 kreditnyi tárgy szakirányfelelősi jóváhagyással felvehető.     
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     
Low Temperature Plasma Physics  BMETE80MFAG  SZV/v 3  2 0 0 every autumn
 
 		 # 
 		 hu     
Material Testing by Neutrons  BMETE80MF59  SZV/v 3  2 0 0 every spring
 		 # 
 
 		 hu     
Material Testing in Nuclear Power Plants  BMETE80MFA3  SZV/v 3  2 0 0 every autumn
 
 		 # 
 		 hu     
Magnetohidrodinamika toroidális rendszerekben  BMETE80MFAV  SZV/v 4  2 0 0 every spring
 		 # 
 
 		 hu     
Nuclear Electrodynamics  BMETE80MFAF  SZV/v 3  2 0 0 every spring
 		 # 
 
 		 hu     
Selected Topics in Nuclear Physics  BMETE80MFA0  SZV/v 3  2 0 0 every autumn
 
 		 # 
 		 hu     
Criterion courses     

 		 Basics of Nuclear Technics  BMETE80MF12  K/a 0  0 0 0 every autumn # 
 
 
 
 		    
Advanced Exam in Nuclear Techniques  BMETE80MF08  K/s 0  0 0 0 every spring
 
 
 		 # 
 		    
Summer Practica NT  BMETE80MF09  K/a 0  0 0 9 every autumn
 
 		 # 
 		 hu     
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