Fizikus Mérnök BSc kurzus lista (angol)

Physicist-Engineer Responsible: Dr. András Halbritter
Legend
Type: C - compulsory, E - elective modules, O - optional
Grading: e - examination, c - coursework grade, a - audit
# - Proposed semester, + - proposed semester of elective courses, @ - alternative semester
 
Subject Code Type Eval Credit Hours Proposed Semester
Lect Prac Lab 1 2 3 4 5 6 7
COMPULSORY COURSES 150  
  Basic Knowledge 6  
  Physics Problem Solving Tutorial BMETE15AP58 C c 6 2 0 2 #            
Physics 37  
  Mechanics BMETETOP101 C e 8 4 2 0   #          
Electrodynamics and Optics BMETE12AP49 C e 8 4 2 0     #        
Thermodynamics and Statistical Physics BMETE11AP60 C e 6 2 2 0       #      
Modern Physics BMETE15AP59 C e 8 4 2 0       #      
Nuclear Physics Fundamentals NTI C e 3 2 0 0         #    
Solid State Physics BMETE11AP61 C e 4 2 1 0         #    
Mathematics 34  
  Vector and Matrix Algebra BMETE91AP62 C e 8 4 2 0 #            
Calculus BMETE92AP61 C e 8 4 2 0 #            
Multivariable Calculus BMETE92AP62 C e 8 4 2 0   #          
Probability Theory BMETE95AP45 C e 5 2 2 0     #        
Mathematical Methods in Physics BMETE11AP58 C e 5 2 2 0     #        
Informatics and Computing 21  
  Programming 1 BMEVIAUAA00 C c 7 2 2 2 #            
Programming 2 BMEVIAUAA01 C c 6 2 0 2   #          
Introduction to Numerical Algorithms BMETE15AP60 C c 4 1 0 2     #        
Introduction to Machine Learning FI-EFT C c 4 1 0 2       #      
Applied Science, Technology and Design 44  
  Data Collection and Evaluation BMETE11AP63 C c 7 0 0 4   #          
Measurement Design and Laboratory Exercises BMETE11AP64 C c 3 0 0 2     #        
Measurement Techniques BMETE11AP65 C e 3 2 0 0     #        
Measurement Techniques Laboratory BMETE11AP66 C c 5 0 0 3       #      
Computer Controlled Measurements BMETE11AP67 C c 3 0 0 2       #      
Computer Aided Design GPK C c 4 1 0 2           #  
Electronics BMETE12AP50 C c 4 2 1 0       #      
Electronics Laboratory NTI C c 3 0 0 2         #    
Chemical Sensors and Measurement Techniques VBK C e 3 2 0 0           #  
Elective Subjects on Engineering (9 credits from the list below to broaden your engineering knowledge. Some specialization courses are also accepted here, if not taken there (see specializations). Additional justified engineering subjects may be taken on individual request, please use this block to prepare if you are planning an MSc in Engineering.)   E   6 3 2 0         #    
E   3 1 1 0           #  
  Renewable energy technologies BMEGEENBEMG E c 4 3 0 1         +    
Life Cycle Assessment BMEGEENBVEE E e 3 2 0 1         +    
Energy Processes and Equipment BMEGEENBGEB E c 5 3 0 2         +    
Electric Power Transmission BMEVIVEAC00 E e 4 2 1 0         +    
Fluid Mechanics BMEGEÁTAF11 E c 6 2 2 1         @ + @
Numerical Modelling of Fluid Flows GPK E c 4 1 0 2           +  
Advanced Thermodynamics BMEGEENNWAT E c 4 2 1 0         +    
Control Engineering VIK E e 5 2 1 1           +  
Robotized Manufacuring Systems VIK E e 5 2 2 0         @   +
Management and Communication 8  
  Elective Block 1 (3 credits from the list below) GTK E   3 0 2 0 #            
  Communication Strategies English B2 BMEGT60LNGA406-01 E c 3 0 2 0 + @          
English for University Studies B2+ BMEGT60LNGA501-01 E c 3 0 2 0 + @          
Public Speaking B2+ BMEGT60LNGA502-01 E c 3 0 2 0 + @          
Technical English B2 BMEGT60LNGA403-01 E c 3 0 2 0 + @          
Academic Writing C1* BMEGT60LNGA605-01 E c 3 0 2 0 + @          
Professional Speaking C1* BMEGT60LNGA606-01 E c 3 0 2 0 + @          
Elective Block 2 (5 credits from the list below, or the asterisked (*) courses in Elective Block 1, if not taken there) GTK E   5 2 2 0           #  
  Micro and Macro Economics BMEGT301004 E c 5 4 0 0         +   @
Management and Business Economics BMEGT20A402 E c 5 4 0 0           +  
Cross-cultural Communication, English B2 BMEGT60W62A E c 3 0 2 0           +  
Psychology BMEGT52A004 E e 3 2 0 0           +  
Ergonomics BMEGT52A001 E c 3 2 0 0         @ + @
The Economic Law of the European Union BMEGT55MN02 E c 3 2 0 0         @ + @
Corporate Law BMEGT55M008 E e 3 2 0 0         +   @
Safety Culture GTK E c 3 0 2 0           +  
THESIS WORK
  Thesis Work   C c 15 0 0 15             #
INTERNSHIP
  6-week internship after semester 6   C a 0                   #
OTHER CRITERIA SUBJECTS
  Physical Education 1   C a 0 0 2 0 # @ @ @ @ @  
Physical Education 2   C a 0 0 2 0   # @ @ @ @ @
 
OPTIONAL COURSES (any BME course) 10           3 3 4
 
SPECIALIZATIONS 35           12 12 11
  Nanotechnology and Quantum Applications, Nuclear Technologies and Sustainable Energetics, Scientific Data Processing
 
TOTAL NUMBER OF CREDITS 210   32 29 28 30 31 30 30
Physicist-Engineer - Nanotechnology and Quantum Applications Specialization
Specialization Responsible: Dr. Szabolcs Csonka
Legend
Type: C - compulsory, E - elective modules, O - optional
Grading: e - examination, c - coursework grade, a - audit
# - Proposed semester, + - propsed semster of courses in elective block, @ - alternative semester, * - accepted in the block of elective subjects on engineering
   
Subject Code Type Eval Credit Hours Proposed Semester
Lect Prac Lab 1 2 3 4 5 6 7
COMPULSORY COURSES 21  
  Quantum Physics   C e 6 2 2 0         #    
Advanced Physics Course (1 subject from the two courses below, the other may be taken as an elective course)   E e 3 2 0 0         @ #  
  Nano and Quantum Phenomena in Solids (Compulsory, if the "Solid State & Nano & Quantum" block is chosen at the final exam) FI-FT E e 3 2 0 0           +  
Optics (Compulsory, if the "Optics" block is chosen at the final exam) FI-AFT E e 3 2 0 0         +    
Nanotechnology and Quantum Applications Specialization Laboratory 1 FI-FT C c 6 0 0 4         #    
Nanotechnology and Quantum Applications Specialization Laboratory 2 FI-FT C c 6 0 0 4           # @
ELECTIVE COURSES (Asterisked (*) courses are also accepted in the block of elective subjects on engineering) 14  
  Quantum Information Processing
  Quantum Information Processing BMETE11MF42 E e 3 2 0 0           #  
Introduction to Quantum Computing and Communications VIK E c 2 2 0 0         #   @
Neural Networks FI-FT E c 4 1 2 0         @   #
Nanotechnology, Semiconductor Technology, Materials Science
  Advanced Semiconductor Devices FI-FT E e 3 2 0 0           #  
Advanced Micro and Nanoscale Material Processing and Analysis Techniques FI-AFT E c 3 2 0 0           #  
Spectroscopic Methods in Material Science FI-AFT E e 3 2 0 0         #   @
Chemical Methods in Nanotechnology BMETE11M38 E e 3 2 0 0         @   #
Optics and Laser Technology
  Optics Problem Solving FI-AFT E c 2 0 2 0         #   @
Laser Technology FI-AFT E c 3 2 0 0         #   @
Microscopy FI-AFT E c 3 2 0 0           #  
Optical Metrology FI-FT E e 3 2 0 0           #  
Further Elective Courses
  Measurement Control Project Work in LabVIEW Environment* BMETE11AF39 E c 3 0 0 2         #   @
Real-Time Control and Monitoring of Experimental Systems Using LabVIEW FPGA*   E c 5 0 0 3           #  
Data Science Aided Measurements* FI-FT E c 3 0 0 2           #  
Computer Solution of Technical and Physical Problems* BMETE11AF41 E c 3 0 0 2         #   @
The Fundamentals and Applications of Finite Element Modeling* E c 3 0 0 2           #  
Theoretical Physics Block (available as elective subjects upon request;
recommended for those considering MSc in a theoretical physics direction)
  Theoretical Mechanics   E e 5 2 2 0         #    
Theoretical Electrodynamics   E e 5 2 2 0           #  
Advanced Mechanics   E e 2 2 0 0           #  
Advanced Mechanics Project Work   E c 4 0 1 0           #  
Advanced Electrodynamics   E c 2 2 0 0             #
Advanced Electrodynamics Project Work   E c 4 0 1 0             #
Advanced Quantum Mechanics   E e 2 2 0 0           #  
Advanced Quantum Mechanics Project Work   E c 4 0 1 0           #  
     
Physicist-Engineer - Nuclear Technologies and Sustainable Energetics Specialization (NT&SE)
Specialization Responsible: Dr. Máté Szieberth
Legend
Type: C - compulsory, E - elective modules, O - optional
Grading: e - examination, c - coursework grade, a - audit
# - Proposed semester, * accepted in the block of elective subjects on engineering, & - criterium subject of the Physicist MSc Nuclear Technology specialization
   
Subject Code Type Eval Credit Hours Proposed Semester
Lect Prac Lab 1 2 3 4 5 6 7
COMPULSORY COURSES 19  
  NT&SE Specialization laboratory I. BMETENTBsPSPL1-00 C c 3 0 0 2           #  
NT&SE Specialization laboratory II. BMETENTBsPSPL2-00 C c 3 0 0 2             #
Sustainable Development and Energetics BMETE80AF06 C c 3 2 0 0         #    
Monte Carlo methods& BMETE80MFAD C e 4 2 1 0         #    
Radiation Protection& BMETE80MD06 C e 3 2 0 0           #  
Radiation Detection and Measurement& BMETE80AF42 C e 3 2 0 0           #  
ELECTIVE COURSES (Asterisked (*) courses are also accepted in the block of elective subjects on engineering) 16  
  Nuclear Energy subject group
  Reactor Physics Fundamentals MX00/2 E c 3 1 1 0         #    
Thermal Hydraulics of Nuclear Power Plants*,& BMETE80MX03 E c 5 3 1 0           #  
Nuclear Power Plants* BMETE80MX04 E c 5 3 1 0           #  
Introduction to CFD Methods* BMETE80AF37 E c 4 1 0 2           #  
Reactor Physics# BMETE80MD08 E e 5 3 1 0             #
Safety of Radioactive Wastes BMETE80MF31 E c 4 3 0 1             #
NPP simulations exercises BMETE80MF17 E c 3 0 0 2             #
Medical Physics subject group
  Medical Imaging Systems BMETE80AF35 E c 3 2 0 0           #  
Impact of Ionizing Radiation on the Living Environment BMETENTMsOISHE-00 E c 3 2 0 0             #
Radiobiology BMETE80MF70 E c 3 2 1 0             #
Medical imaging BMETE80MF91 E e 5 3 1 0             #
Fusion Research subject group
  Introduction to Fusion Plasma Physics BMETE80MF19 E e 3 2 0 0           #  
Fusion Devices BMETE80NE02 E c 4 2 0 1             #
Chapters of High Temperature Experimental Plasma Physics 1 BMETE80MF45 E e 3 2 0 0             #
Sustainable Energetics Subject Group
  Renewable energy technologies * BMEGEENBEMG E c 4 3 0 1         #    
Life Cycle Assessment* BMEGEENBVEE E e 3 2 0 1         #    
Energy Processes and Equipment* BMEGEENBGEB E c 5 3 0 2         #    
Other subjects
  Mathematical Methods of Experimental Data Evaluation BMETE80AF38 E e 3 2 0 0         #    
Introduction to Geophysics BMETE80AF44 E c 3 2 0 0         #    
Theoretical Physics Block (available as elective subjects upon request)
  Quantum Physics E e 6 2 2 0         #    
Theoretical Electrodynamics   E e 5 2 2 0           #  
 
Physicist-Engineer - Scientific Data Processing Specialization  
Specialization Responsible: Dr. János Török
Legend  
Type: C - compulsory, E - elective modules, O - optional  
Grading: e - examination, c - coursework grade, a - audit  
# - Proposed semester, @ - alternative semester, * - accepted in the block of elective subjects on engineering
     
Subject Code Type Eval Credit Hours Proposed Semester Prerequisites
Lect Prac Lab 1 2 3 4 5 6 7
COMPULSORY COURSES 21    
  Neural Networks   C c 4 1 2 0         #     Introduction to Machine Learning
Mathematical Methods of Experimental Data Evaluation   C e 3 2 0 0         #     Probability Theory
Complex Networks BMETE15MF76 C e 4 2 1 0             # Probability Theory
Introduction to Data Science   C e 7 3 1 1           #   Intr. to Exp. Data Handl., Intr. to Machine Learn., Compl. Netw.
Data Science Aided Measurements   C c 3 0 0 2           #   Intr. to Machine Learning, Meas. Tech. Laboratory
ELECTIVE COURSES (Asterisked (*) courses are also accepted
in the block of elective subjects on engineering) 		14    
  Data-driven and Agent-based Modeling   E c 4 1 0 2           #   Intro. to Machine Learning, Intro. to Exp. Data Handling
Artificial Intelligence Project Work   E c 4 0 0 1           #   Neural Networks
Financial Engineering BMETE15MF78 E e 3 2 0 0           #   Introduction to Numerical Algorithms
Monte Carlo Methods BMETE80MFAD E e 4 2 1 0         #     Probability Theory
Measurement Control Project Work in LabVIEW Environment* BMETE11AF39 E c 3 0 0 2         #   @ Programming 1
Real-Time Control and Monitoring of Experimental Systems Using LabVIEW FPGA*   E c 4 0 0 3           #   Measurement Control Project Work in LabVIEW Environment
Computer Solution of Technical and Physical Problems* BMETE11AF41 E c 3 0 0 2         #   @  
The Fundaments and Applications of Finite Element Modeling*   E c 3 0 0 2           #   Electrodynamics and Optics, Multivariable Calculus
Medical Imaging Systems   E c 3 2 0 0           #   Modern Physics, Measurement Techniques