Physics BSc Curriculum

Curriculum for BSc in Physics starting from September 2018 and beyond

Legend:

Course type: O - obligatory, OP - optional (a given number of credits must be completed), E - elective, C - criteria.

Requirement: e - exam, m - mid-term mark, s - signature, c - comprehensive exam.

The notation for the hours/credits (e.g. 4/2/0/e/7) has the following structure: the first three numbers give the hours of lectures/practices/laboratories per week, the letter is the course requirement, and the last number is the ETCS credit score for the course.

  Subject, Code, Type Semester Hours/Credit Nyelv
        1 2 3 4 5 6    
Core Subjects   171                
1 Mathematical Methods in Physics 1 BMETE92AF51 O 7           4/2/0/e/7 hu
2 Mathematical Methods in Physics 2 BMETE15AF52 O   7         4/2/0/e/7 hu
3 Modern Mathematical Methods in Physics BMETE15AF53 O     5       2/2/0/m/5 hu
4 Programming BMEVIEEA024 O 4           2/0/2/m/4 hu
5 Programming 2 BMEVIEEA026 O   4         2/0/2/m/4 hu
  Economy and Communication Skills*             4      
6 Management and Business Economics BMEGT20A003 OP             2/0/0/m/2 hu
7 Economics BMEGT30A002 OP             2/0/0/m/2 hu
8 English for University Studies, English B2+ BMEGT60LNGA501-01 OP             0/2/0/f/3 en
9 Communication Skills, English B2 BMEGT60W60A OP             0/2/0/f/2 en
10 English for Engineering, English B2 BMEGT60LNGA403-01 OP             0/2/0/f/3 en
11 Professional Writing, English C1 BMEGT60W71A OP             0/2/0/f/2 en
12 English for Professional Success, English C1 BMEGT60W70A OP             0/2/0/f/2 en
  *: From this list a total of 4 credits of subjects must be completed.                
Base subjects   60                
13 Experimental Physics 1 BMETE11AF42 O 5           4/0/0/e/5 hu
14 Practical Course in Experimental Physics 1 BMETE11AF43 O 3           0/2/0/m/3 hu
15 Experimental Physics 2 BMETE12AF46 O   5         4/0/0/e/5 hu
16 Practical Course in Experimental Physics 2 BMETE12AF47 O   3         0/2/0/m/3 hu
17 Experimental Physics 3 BMETE11AF46 O     5       2/2/0/e/5 hu
18 Experimental Nuclear Physics BMETE80AF43 O       3     2/1/0/m/3 hu
19 Introductory Laboratory Exercises BMETE11AF44 O 3           0/0/2/m/3 hu
20 Laboratory Exercises in Physics 1 BMETE11AF28 O   4         0/0/3/m/4 hu
21 Laboratory Exercises in Physics 2 BMETE11AF45 O     5       0/0/3/m/5 hu
22 Calculus for Physicists BMETE93AF20 O 7           4/2/0/e/7 hu
23 Multivariable Calculus for Physicists BMETE93AF21 O   5         2/2/0/e/5 hu
24 Probability Theory for Physicists BMETE95AF00 O     4       2/2/0/e/4 hu
25 Numerical Methods for Physicists BMETE92AF01 O   2         0/0/2/m/2 hu
26 Measurement Techniques BMETE11AF30 O     2       2/0/0/e/2 hu
27 Electronics BMETE12AF27 O     2       2/0/0/m/2 hu
28 Electronics Laboratory BMETE80AF03 O       2     0/0/2/m/2 hu
Differentiated base subjects   80                
29 Mechanics 1 BMETE15AF23 O     2       2/0/0/e/2 hu
30 Practical Course in Mechanics 1 BMETE15AF24 O     3       0/2/0/m/3 hu
31 Quantum Mechanics 1 BMETE15AF49 O       3     3/0/0/e/3 hu
32 Practical Course in Quantum Mechanics 1 BMETE15AF28 O       3     0/2/0/m/3 hu
33 Electrodynamics 1 BMETE15AF25 O         2   2/0/0/e/2 hu
34 Practical Course in Electrodynamics 1 BMETE15AF26 O         3   0/2/0/m/3 hu
35 Optics BMETE12AF35 O         4   2/2/0/e/4 hu
36 Introduction to Solid State Physics BMETE11AF05 O         2   2/0/0/e/2 hu/en
37 Practical Course in Solid State Physics BMETE11AF06 O         2   0/2/0/m/2 hu
38 Statistical Physics 1 BMETE15AF29 O           2 2/0/0/e/2 hu
39 Practical Course in Statistical Physics 1 BMETE15AF30 O           3 0/2/0/m/3 hu
40 Specialization Subjects (see the program of the physics and applied physics specializations bellow)   O/OP       16 13 12    
41 Thesis Work BMETE15AF11 O           10 0/0/10/m/10 hu
Elective Courses   9                
42 Elective courses   E     2 4   3    
  Total Credits:     29 30 30 31 30 30 180  
  Contact Hours**     24 25 26 24 25 16    
  Exams**     3 3 4 3 4 2    
  ** Estimated value with typical choice.                    
Criterion Courses                    
43 Preliminary Test in Mathematics BMETE15AF50 C 0           0/0/0/s/0 hu
44 Preliminary Test in Physics BMETE11AF50 C 0           0/0/0/s/0 hu
45 Comprehensive Examination in Experimental Physics BMETE13AF11 C       0     0/0/0/c/0 hu
46 Sport   C   0 0       0/2/0/s/0 hu
  * The Comprehensive Examination in Experimental Physics can also be taken in the same semester as the Experimental Nuclear Physics.                    
Language Learning                    
47a English Specialist Language Subject***   E     2 2     0/4/0/m/4 en
47b Foreign Language   E 0 0 0 0 0   0/4/0/s/0  
  *** Those who do not need language credits can take any (elective) course instead of a specialist language course.                    
Elective Courses Related to Training                    
48 Basic Calculus BMETE15AF51 E 3           0/3/0/m/3 hu
49 Solving Problems in Physics 1 BMETE11AF47 E 3           0/3/0/m/3 hu
50 Solving Problems in Physics 2 BMETE12AF44 E   2         0/2/0/m/2 hu
51 Solving Problems in Physics 3 BMETE11AF48 E     2       0/2/0/m/2 hu
52 Advanced Problem Solving Seminar 1 BMETE11AF49 E 3           0/2/0/m/3 hu
53 Advanced Problem Solving Seminar 2 BMETE12AF45 E   3         0/2/0/m/3 hu
54 Research Project BMETE11AF51 E 3 3 3 3 3 3 0/2/0/m/3 hu/en
Physicist Specialization                    
  Subject, Code, Type 1 2 3 4 5 6    
55 Advanced Laboratory Exercises in Physics 1 BMETE11AF32 O       5     0/0/4/m/5 hu
56 Advanced Laboratory Exercises in Physics 2 BMETE11AF33 O         5   0/0/4/m/5 hu
57 Chemistry BMEVEFKA146 O       2     2/0/0/e/2 hu
  Advanced Solid State Physics:
Chosable from these two subjects		   O           2    
58 Theoretical Solid State Physics BMETE11AF34 OP             2/0/0/e/2 hu
59 Applied Solid State Physics BMETE11AF11 OP             2/0/0/e/2 en
60 Seminar BMETE15AF40 O           2 0/2/0/m/2 hu
61 Optional Courses   OP       9 8 8    
Optional Courses                    
62 Mechanics 2 BMETE15AF32 OP       2     2/0/0/e/2 en
63 Practical Course in Mechanics 2 BMETE15AF44 OP       3     0/2/0/m/3 en
64 Quantum Mechanics 2 BMETE15AF36 OP         2   2/0/0/e/2 en
65 Practical Course in Quantum Mechanics 2 BMETE15AF43 OP         3   0/2/0/m/3 en
66 Electrodynamics 2 BMETE15AF48 OP           5 2/2/0/m/5 en
67 Group Theory for Physicists BMETE11AF40 OP         5   2/2/0/e/5 en
68 Theory of Relativity BMETE15AF55 OP           3 2/0/0/m/3 en
69 Classical and Quantum Chaos BMETE15AF45 OP         3   2/0/0/e/3 en
70 Physical Chemistry BMEVEFKA147 OP         3   2/0/0/e/3 hu
71 Fluid Mechanics BMEGEÁTAF11 OP       3     2/0/0/m/3 hu
72 Introduction to Experimental Data Handling BMETE80AF38 OP       3     2/0/0/e/3 hu
73 Computer Solution of Technical and Physical Problems BMETE11AF41 OP         3   0/0/2/m/3 en
74 Computer Controlled Measurements BMETE11AF38 OP       3     0/0/2/m/3 en
75 Measurement Control Project Work in LabVIEW Environment BMETE11AF39 OP         3   0/0/2/m/3 en
76 Advanced Laboratory Exercises in Physics 3 BMETE12AF21 OP           5 0/0/4/m/5 hu
77 Quantum Information Processing# BMETE11MF42 OP           3 2/0/0/e/3 en
78 Scientific Programming BMETE15AF54 OP       4     1/0/2/m/4 hu
  #: Subject of MSc training, it can be chosen in BSc.                    
Applied Physics Specialization                    
  Subject, Code, Type 1 2 3 4 5 6    
79 Advanced Laboratory Exercises in Physics 1 BMETE11AF32 O       5     0/0/4/m/5 hu
80 Advanced Laboratory Exercises in Physics 2 BMETE11AF33 O         5   0/0/4/m/5 hu
81 Advanced Laboratory Exercises in Physics 3 BMETE12AF21 O           5 0/0/4/m/5 hu
  Advanced Solid State Physics:
Chosable from these two subjects		   O           2    
82 Theoretical Solid State Physics BMETE11AF34 OP             2/0/0/e/2 hu
83 Applied Solid State Physics BMETE11AF11 OP             2/0/0/e/2 en
84 Introduction to Experimental Data Handling BMETE80AF38 O       3     2/0/0/e/3 hu
85 Chemistry BMEVEFKA146 O       2     2/0/0/e/2 hu
86 Optional Courses   OP       6 8 5    
Optional Courses    
Materials Science                    
87 Spectroscopy BMETE12AF48 OP         3   2/0/0/e/3 hu
88 Advanced Semiconductor Devices# BMETE11MF52 OP           3 2/0/0/e/3 en
89 Microtechnology and Nanotechnology BMETE12AF33 OP           3 2/0/0/m/3 hu
90 Physics of Vacuum BMETE12AF43 OP         3   2/0/0/m/3 hu
91 Fundaments and Applications of Materials Science BMETE12AF31 OP         3   2/0/0/e/3 hu
92 Introduction to Surface Physics BMETE12AF32 OP         3   2/0/0/m/3 hu
93 Physical Chemistry BMEVEFKA147 OP         3   2/0/0/e/3 hu
  #: Subject of MSc training, it can be chosen in BSc.                    
Theoretical Physics                    
94 Quantum Mechanics 2 BMETE15AF36 OP         2   2/0/0/e/2 en
95 Practical Course in Quantum Mechanics 2 BMETE15AF43 OP         3   0/2/0/m/3 en
96 Electrodynamics 2 BMETE15AF48 OP           5 2/2/0/m/5 en
97 Fluid Mechanics BMEGEÁTAF11 OP       3     2/0/0/m/3 hu
Informatics-Physics                    
98 Computer Controlled Measurements BMETE11AF38 OP       3     0/0/2/m/3 en
99 Measurement Control Project Work in LabVIEW Environment BMETE11AF39 OP         3   0/0/2/m/3 en
100 Scientific Programming BMETE15AF54 OP       4     1/0/2/m/4 hu
101 Monte Carlo Methods** BMETE80AF45 OP         4   2/1/0/e/4 hu
102 The Fundaments and Applications of Finite Element Modeling BMETE12AF42 OP       3     2/0/0/m/3 hu
103 Quantum Information Processing# BMETE11MF42 OP           3 2/0/0/e/3 en
  **: Criterion course for the Nuclear Technology specialization of the physics MSc program.                    
  #: Subject of MSc training, it can be chosen in BSc.                    
Nuclear Technology                    
104 Nuclear Measurement Techniques** BMETE80AF42 OP       3     2/0/0/e/3 hu
105 Sustainable Development and Energetics BMETE80AF06 OP       3     2/0/0/m/3 hu
106 Radiation Protection and its Regulatory Issues** BMETE80AF24 OP         2   2/0/0/m/2 hu
107 Thermo-hydraulics of Nuclear Power Plants** BMETE80AF31 OP         5   3/1/0/m/5 hu
108 Introduction to CFD Methods BMETE80AF37 OP           4 1/0/2/m/4 hu
109 Reactor Physics** BMETE80AF33 OP         5   3/1/0/e/5 hu
110 Introduction to Fusion Plasma Physics BMETE80AF36 OP         3   2/0/0/e/3 en
111 Nuclear Safety BMETE80AF30 OP         3   2/0/0/m/3 hu
112 Introduction to Geophysics BMETE80AF44 OP         3   2/0/0/m/3 hu
113 Radiochemistry and Nuclear Chemistry BMETE80AF32 OP           4 3/0/0/m/4 hu
114 Radioactive Waste Management BMETE80AF10 OP           2 2/0/0/e/2 hu
115 Measurement and Diagnostics in Industry BMETE80AF11 OP           2 2/0/0/m/2 hu
  **: Criterion course for the Nuclear Technology specialization of the physics MSc program.                    
Optics and Laser Physics                    
116 Laser Technique BMETE12AF37 OP         3   2/0/0/m/3 hu
117 Planning and Construction of Physical Experiments BMETE12AF41 OP           3 2/0/0/m/3 hu
118 Microscopy BMETE12AF34 OP           3 2/0/0/m/3 hu
119 Introduction to the Physics of Ultrafast Pulses BMETE12AF40 OP           3 2/0/0/m/3 hu
Medical and Biophysics                    
120 Medical Imaging Systems BMETE80AF35 OP           3 2/0/0/m/3 hu
121 Foundations of Biophysics BMETE12AF38 OP       3     2/0/0/m/3 hu
122 Chemical and Biomedical Measurement Techniques BMETE14AF07 OP       5     2/0/2/m/5 hu
Elective Courses                    
  Applied Plasma Physics BMETE12AF39 E           3 2/0/0/m/3 hu
Selected Topics in the Modern Technologies BMETE12AF14 E           2 2/0/0/m/2 en
Introduction to Analog and Digital Electronics BMETE80AF28 E         2   1/0/1/m/2 hu
Mathematical Foundations of Quantum Theory BMETE92AF55 E           4 2/1/0/e/4 hu