Subject |
Name |
Extent of teaching |
Language of teaching |
Completion
|
Semester
|
Credits
|
Guarantors |
Teachers |
B0B01PAN |
Advanced Analysis |
2P+2S |
CS |
Z,ZK |
L |
6 |
Hamhalter J. |
|
A8B01AMA |
Advanced Matrix Analysis |
3P+1S |
CS |
Z,ZK |
L |
4 |
Velebil J. |
|
A8M01ADP |
Algorithms for Distributed and Parallel Systems |
3P+1S |
CS |
Z,ZK |
Z |
5 |
|
|
BE5B01MA1 |
Calculus 1 |
4P+2S |
EN |
Z,ZK |
Z |
7 |
Vivi P. |
|
BE5B01MA2 |
Calculus 2 |
4P+2S |
EN |
Z,ZK |
L |
7 |
Habala P. |
|
B3B01KAT |
Complex Analysis and Transformations |
4P+2S |
CS |
Z,ZK |
Z |
7 |
|
|
B3B01KAT1 |
Complex Analysis and Transformations |
4P+2S |
CS |
Z,ZK |
Z |
6 |
Bohata M. |
|
B0B01KAN |
Complex Analysis |
2P+2S |
CS |
Z,ZK |
Z |
5 |
Mihula Z. |
|
B0B01KANA |
Complex Analysis |
2P+2S |
CS |
Z,ZK |
Z |
4 |
Mihula Z. |
|
A8B01CAS |
Computer Algebra Systems (CAS) |
1P+1C |
CS |
Z |
Z |
2 |
|
|
B0B01DRN |
Differencial Equations and Numerical Analysis |
2P+2C |
CS |
Z,ZK |
L |
4 |
Habala P. |
|
BD5B01DRN |
Differencial Equations and Numerical Analysis |
14KP+6KC |
CS |
Z,ZK |
L |
6 |
|
|
A8B01DEN |
Differential Equations&Numerical Methods |
4P+2C |
CS |
Z,ZK |
L |
7 |
|
|
BE5B01DEN |
Differential Equations&Numerical Methods |
4P+2C |
EN |
Z,ZK |
L |
7 |
Habala P. |
|
A8B01DMG |
Discrete Math.& Graphs |
3P+1S |
CS |
Z,ZK |
Z |
5 |
Demlová M. |
|
BE5B01DMG |
Discrete Mathematics and Graphs |
3P+1S |
EN |
Z,ZK |
Z |
5 |
Hamhalter J. |
|
AE4B01DMA |
Discrete mathematics |
2P+2S |
EN |
Z,ZK |
Z |
7 |
|
|
B4B01DMA |
Discrete Mathematics |
2P+2S |
CS |
Z,ZK |
Z |
5 |
Habala P. |
|
XP01FA1 |
Functional Analysis 1 |
2P+2S |
CS |
ZK |
L |
4 |
Hamhalter J. |
|
XP01TGR |
Graph Theory |
2P+1S |
CS |
ZK |
Z |
4 |
Demlová M. |
|
B0B01TIK |
Information Theory and Coding |
4P+2S |
CS |
Z,ZK |
L |
8 |
|
|
B2M01TIK |
Information Theory and Coding |
3P+1C |
CS |
Z,ZK |
L |
6 |
|
|
B6B01ZDM |
Introduction to Discrete Mathematics |
2P+2S+2D |
CS |
Z,ZK |
Z |
5 |
Tišer J. |
|
BD6B01ZDM |
Introduction to Discrete Mathematics |
14KP+6KC |
CS |
Z,ZK |
Z |
5 |
|
|
B0B01PMA |
Introductory Seminar to Mathematical Analysis |
2C+2D |
CS |
Z |
Z |
2 |
Křepela M. |
|
B4B01JAG |
Languages, Automats and Gramatics |
2P+2S |
CS |
Z,ZK |
Z |
6 |
Demlová M. |
|
A8B01LAG |
Linear Algebra |
4P+2S |
CS |
Z,ZK |
Z |
7 |
Velebil J. |
|
B6B01LAG |
Linear Algebra |
4P+2C+2D |
|
Z,ZK |
L |
7 |
Velebil J. |
|
BE5B01LAL |
Linear Algebra |
4P+2S |
EN |
Z,ZK |
Z |
8 |
Vivi P. |
|
BD6B01LAG |
Linear Algebra |
28KP+6KC |
|
Z,ZK |
L |
7 |
|
|
B0B01LAG |
Linear Algebra |
4P+2S |
CS |
Z,ZK |
Z |
8 |
Velebil J. |
|
BD5B01LAG |
Linear Algebra |
28KP+6KC |
CS |
Z,ZK |
Z |
8 |
|
|
B0B01LAGA |
Linear Algebra |
4P+2S |
CS |
Z,ZK |
Z |
7 |
Velebil J. |
|
B0B01LGR |
Logic and Graphs |
3P+2S |
CS |
Z,ZK |
Z,L |
5 |
Demlová M. |
|
BD5B01MA2 |
Matematická analýza 2 |
28KP+6KC |
CS |
Z,ZK |
L |
8 |
Hájek P. |
|
B0B01MA1 |
Mathematical Analysis 1 |
4P+2S |
CS |
Z,ZK |
Z,L |
7 |
Tkadlec J. |
|
BD5B01MA1 |
Mathematical Analysis 1 |
28KP+6KC |
CS |
Z,ZK |
Z |
8 |
Tkadlec J. |
|
B0B01MA1A |
Mathematical Analysis 1 |
4P+2S |
CS |
Z,ZK |
Z |
6 |
Sobotíková V. |
|
B0B01MA2 |
Mathematical Analysis 2 |
4P+2S |
CS |
Z,ZK |
L,Z |
7 |
Tišer J. |
|
B0B01MA2A |
Mathematical Analysis 2 |
4P+2S |
CS |
Z,ZK |
L |
6 |
Tišer J. |
|
B4M01MKR |
Mathematical Cryptography |
4P+2S |
CS |
Z,ZK |
L |
6 |
Velebil J. |
|
BE4M01MKR |
Mathematical Cryptography |
4P+2S |
EN |
Z,ZK |
L |
6 |
Velebil J. |
|
B6B01MAA |
Mathematics Analysis |
2P+2S+2D |
|
Z,ZK |
Z |
5 |
Žukovec N. |
|
BD6B01MAA |
Mathematics Analysis |
14KP+6KC |
|
Z,ZK |
Z |
5 |
|
|
A3M01MKI |
Mathematics for Cybernetics |
4P+2S |
CS |
Z,ZK |
Z |
8 |
|
|
B1M01MEK |
Mathematics for Economy |
4P+2S |
CS |
Z,ZK |
Z |
6 |
|
|
BE1M01MEK |
Mathematics for Economy |
4P+2S |
EN |
Z,ZK |
Z |
6 |
|
|
BD1M01MEK |
Mathematics for Economy |
28KP+6KC |
CS |
Z,ZK |
Z |
6 |
|
|
B1B01MEK |
Mathematics for Economy |
3P+2S |
CS |
Z,ZK |
L |
5 |
Helisová K. |
|
A8B01MCM |
Mathematics-Calculus m-D |
4P+2S |
CS |
Z,ZK |
L |
7 |
Tišer J. |
|
A8B01MC1 |
Mathematics-Calculus1 |
4P+2S |
CS |
Z,ZK |
Z |
7 |
Tkadlec J. |
|
A8B01MCT |
Mathematics-Complex Variable and Integral Transforms |
4P+2S |
CS |
Z,ZK |
Z |
7 |
Bohata M. |
|
B4B01NUM |
Numerical Analysis |
2P+2C |
CS |
Z,ZK |
Z |
6 |
Navara M. |
|
A8B01OGT |
Optimization and Game Theory |
3P+1S |
CS |
Z,ZK |
L |
4 |
Bohata M. |
|
AE8B01OGT |
Optimization and Game Theory |
3+1s |
EN |
Z,ZK |
L |
4 |
|
|
BE5B01PRS |
Probability and Statistics |
4P+2S |
EN |
Z,ZK |
Z |
7 |
Helisová K. |
|
BD6B01PST |
Probability and Statistics |
14KP+6KC |
|
Z,ZK |
L |
4 |
|
|
B0B01PST |
Probability and Statistics |
4P+2S |
|
Z,ZK |
Z |
7 |
Hájek P. |
|
B0B01PST1 |
Probability and Statistics |
4P+2S |
|
Z,ZK |
Z |
6 |
Hájek P. |
|
A8B01PSI |
Probability, Statistics and Information Theory |
4P+2S |
CS |
Z,ZK |
Z |
6 |
|
|
XP01VPS |
Selected topics in probability and mathematical statistics |
2P+1S |
|
ZK |
* |
4 |
Helisová K. |
|
B6B01PST |
Statistics and Probability |
2P+2S+1D |
|
Z,ZK |
L |
4 |
|
|
B0B01STP |
Statistics and Probability |
2P+2S |
|
Z,ZK |
L |
5 |
Helisová K. |
|
BD5B01STP |
Statistics and Probability |
14KP+6KC |
|
Z,ZK |
L |
6 |
Helisová K. |
|
B6B01PRA |
Statistics and Probability |
2P+2S+1D |
|
Z,ZK |
L |
5 |
Helisová K. |
|
A4M01TAL |
Theory of Algorithms |
3P+1S |
CS |
Z,ZK |
L |
6 |
|
|
B4M01TAL |
Theory of Algorithms |
3P+2S |
CS |
Z,ZK |
L |
6 |
Demlová M. |
|
BE4M01TAL |
Theory of Algorithms |
3P+2S |
EN |
Z,ZK |
L |
6 |
Demlová M. |
|
Subject |
Name |
Extent of teaching |
Language of teaching |
Completion
|
Semester
|
Credits
|
Guarantors |
Teachers |
AD0M13MKV |
Advanced Components of Power Electronic |
14KP+6KL |
CS |
Z,ZK |
L |
5 |
|
|
A0M13MKV |
Advanced Components of Power Electronic |
2P+2L |
CS |
Z,ZK |
L |
5 |
|
|
AE0M13MKV |
Advanced Components of Power Electronic |
2P+2L |
EN |
Z,ZK |
L |
5 |
|
|
AD0B13PTE |
Advanced technology in electrical engineering |
14KP+6KC |
CS |
Z,ZK |
L |
5 |
|
|
AE0B13PTE |
Advanced technology in electrical engineering |
2P+2L |
EN |
Z,ZK |
L |
5 |
|
|
B1B13PTE |
Advanced technology in electrical engineering |
2P+2L |
CS |
Z,ZK |
L |
4 |
|
|
BD1B13PTE |
Advanced technology in electrical engineering |
14KP+6KL |
CS |
Z,ZK |
L |
4 |
|
|
A7B13ANW |
Analysis and Design of Web based Applications |
2P+2S |
|
KZ |
L |
4 |
|
|
AD7B13ANW |
Analysis and Design of Web based Applications |
14KP+6KC |
|
KZ |
L |
4 |
|
|
A5M13AEZ |
Application of Electrochemical Sources |
3P+1L |
CS |
KZ |
L |
4 |
|
|
B0M13AEZ |
Application of Electrochemical Sources |
2P+2L |
CS |
Z,ZK |
Z |
4 |
|
|
BE0M13AEZ |
Application of Electrochemical Sources |
2P+2L |
EN |
Z,ZK |
Z |
4 |
|
|
B1M13AEZ |
Application of Electrochemical Sources |
2P+2L |
CS |
Z,ZK |
Z |
5 |
Hrzina P., Knap V. |
|
BD1M13AEZ |
Application of Electrochemical Sources |
14KP+6KL |
CS |
Z,ZK |
Z |
5 |
|
|
BE1M13AEZ |
Application of Electrochemical Sources |
2P+2L |
EN |
Z,ZK |
Z |
5 |
|
|
AE0B13BAP |
Bachelor Project |
28S |
EN |
Z |
L |
20 |
|
|
AE8B13BAP |
Bachelor Project |
7S |
CS |
Z |
L |
9 |
|
|
A0B13BAP |
Bachelor thesis |
28S |
CS |
Z |
L |
20 |
|
|
AD0B13BAP |
Bachelor thesis |
28S |
CS |
Z |
L |
20 |
|
|
A8B13BAP |
Bachelor thesis |
7S |
CS |
Z |
L |
9 |
|
|
BVM13TMO |
Battery testing, modeling, and state estimation |
2P+2C+2D |
CS |
Z,ZK |
L |
4 |
Knap V. |
|
BEVM13TMO |
Battery testing, modeling, and state estimation |
2P+2C+2D |
EN |
Z,ZK |
L |
4 |
Knap V. |
|
AD0M13KTM |
Construction and Technology of Microcomputers |
14KP+6KL |
CS |
Z,ZK |
Z |
5 |
|
|
A0M13KTM |
Construction and Technology of Microcomputers |
2P+2L |
CS |
Z,ZK |
Z |
5 |
|
|
AE0M13KTM |
Construction and Technology of Microcomputers |
2P+2L |
EN |
Z,ZK |
Z |
5 |
|
|
AD0B13KEO |
Construction of Electronic Circuits |
14KP+6KL |
CS |
Z,ZK |
Z |
4 |
|
|
AE0B13KEO |
Construction of Electronic Circuits |
2P+2L |
EN |
Z,ZK |
Z |
4 |
|
|
B0B13KEO |
Construction of Electronic Circuits |
2P+2L |
CS |
Z,ZK |
Z |
4 |
Papež V. |
|
BD0B13KEO |
Construction of Electronic Circuits |
14KP+6KL |
CS |
Z,ZK |
Z |
4 |
|
|
BD1M13MAD |
Control methods and testing in electrotechnology |
14KP+6KL |
CS |
Z,ZK |
L |
5 |
|
|
B1M13MAD |
Control methods and testing in electrotechnology |
2P+2L |
CS |
Z,ZK |
L |
5 |
Dušek K., Koblížek V., Mach P., Procházka R. |
|
BE1M13MAD |
Control methods and testing in electrotechnology |
2P+2L |
EN |
Z,ZK |
L |
5 |
|
|
XP13DEZ |
Degradation processes of electridal equipment |
2P+2L |
CS |
Z,ZK |
Z |
4 |
Dušek K. |
|
A0M13DIP |
Diploma Thesis |
36S |
CS |
Z |
L |
25 |
|
|
AD0M13DIP |
Diploma Thesis |
36S |
CS |
Z |
L |
25 |
|
|
AE0M13DIP |
Diploma Thesis |
36S |
EN |
Z |
L |
25 |
|
|
B1M13EKP |
Ecology and materials |
2P+2L |
CS |
Z,ZK |
Z |
5 |
Dzurňák B., Kudláček I. |
|
BD1M13EKP |
Ecology and materials |
14KP+6KC |
CS |
Z,ZK |
Z |
5 |
Kudláček I. |
|
BE1M13EKP |
Ecology and Materials |
2P+2L |
EN |
Z,ZK |
Z |
5 |
Kudláček I. |
|
AD0B13EKE |
Ecology for Electrical |
14KP+6KL |
CS |
Z,ZK |
Z |
4 |
|
|
B0B13EKE |
Ecology for Electrical |
2P+2L |
CS |
Z,ZK |
Z |
4 |
Kudláček I. |
|
BD0B13EKE |
Ecology for Electrical |
14KP+6KC |
CS |
Z,ZK |
Z |
4 |
|
|
A1M13EMP |
Ecology of materials and processes |
2P+2L |
CS |
Z,ZK |
L |
5 |
|
|
AE1M13EMP |
Ecology of materials and processes |
2P+2L |
EN |
Z,ZK |
L |
5 |
|
|
BD1M13EMP |
Ecology of materials and processes |
14KP+6KC |
CS |
Z,ZK |
L |
5 |
|
|
B1M13EMP |
Ecology of materials and processes |
2P+2L |
CS |
Z,ZK |
L |
5 |
|
|
BE1M13EMP |
Ecology of materials and processes |
2P+2L |
EN |
Z,ZK |
L |
5 |
|
|
AD1M13EMP |
Ekologie materiálů a procesů |
14KP+6KC |
CS |
Z,ZK |
L |
5 |
|
|
AE0B13EKE |
Ekologie pro elektrotechniky |
2P+2L |
EN |
Z,ZK |
Z |
4 |
|
|
B1B13TEP |
Electrical engineering technological processes |
3P+2L |
CS |
Z,ZK |
L |
4 |
Mach P., Procházka R. |
|
AD1M13EZF |
Electrochemical Sources and Photovoltaics |
14KP+6KL |
CS |
Z,ZK |
Z |
5 |
|
|
A1M13EZF |
Electrochemical Sources and Photovoltaics |
2P+2L |
CS |
Z,ZK |
Z |
5 |
|
|
AE1M13EZF |
Electrochemical Sources and Photovoltaics |
2P+2L |
EN |
Z,ZK |
Z |
5 |
|
|
B1B13SEZ |
Electrochemical Sources and Photovoltaics |
2P+2L |
CS |
Z,ZK |
L |
4 |
|
|
BD1B13SEZ |
Electrochemical Sources and Photovoltaics |
14KP+6KL |
CS |
Z,ZK |
L |
4 |
|
|
AD0B13ETM |
Electrotechnical materials |
14KP+3KL |
CS |
Z,ZK |
L |
4 |
|
|
AE0B13ETM |
Electrotechnical materials |
2P+1L |
EN |
Z,ZK |
L |
4 |
|
|
A5M13NZZ |
Independent sources |
3P+1L |
CS |
KZ |
Z |
4 |
Hrzina P. |
|
BE1M13IND |
Individual Master Project |
4C |
EN |
Z |
Z |
4 |
|
|
AD1B13IND |
Individual Project |
4KC |
CS |
Z |
Z |
5 |
|
|
AD1M13IND |
Individual Project |
4KC |
CS |
Z |
Z |
6 |
|
|
A1B13IND |
Individual Project |
4L |
CS |
Z |
Z |
5 |
|
|
A1M13IND |
Individual Project |
4L |
CS |
Z |
Z |
6 |
|
|
AE1B13IND |
Individual Project |
4L |
EN |
Z |
Z |
5 |
|
|
AE1M13IND |
Individual Project |
4L |
EN |
Z |
Z |
6 |
|
|
B1M13IND |
Individual Project |
4C |
CS |
Z |
Z |
4 |
|
|
BD1M13IND |
Individual Project |
4KC |
EN |
Z |
Z |
4 |
|
|
B1B13IND |
Individual Project |
4L |
CS |
Z |
Z |
4 |
|
|
AD1B13PPS |
Industrial computer systems |
14KP+6KL |
CS |
Z,ZK |
L |
5 |
|
|
AE1B13PPS |
Industrial computer systems |
2P+2L |
EN |
Z,ZK |
L |
5 |
|
|
B1B13PPS |
Industrial computer systems |
2P+2L |
CS |
Z,ZK |
L |
4 |
Künzel K. |
|
BD1B13PPS |
Industrial computer systems |
14KP+6KL |
CS |
Z,ZK |
L |
4 |
|
|
AD2B13PEL |
Industrial Electrical Engineering |
14KP+6KL |
CS |
Z,ZK |
Z |
5 |
|
|
A2B13PEL |
Industrial Electrical Engineering |
2P+2L |
CS |
Z,ZK |
Z |
5 |
|
|
AE2B13PEL |
Industrial Electrical Engineering |
2P+2L |
EN |
Z,ZK |
Z |
5 |
|
|
AD0M13PRE |
Industrial electronics |
14KP+6KL |
CS |
Z,ZK |
Z |
5 |
|
|
A0M13PRE |
Industrial electronics |
2P+2L |
CS |
Z,ZK |
Z |
5 |
|
|
AE0M13PRE |
Industrial electronics |
2P+2L |
EN |
Z,ZK |
Z |
5 |
|
|
BD0M13PRE |
Industrial electronics |
14KP+6KL |
CS |
Z,ZK |
Z |
5 |
|
|
B0M13PRE |
Industrial electronics |
2P+2L |
CS |
Z,ZK |
Z |
5 |
|
|
BD0M13PEK |
Introduction to Industrial Ecology |
14KP+6KC |
CS |
Z,ZK |
L |
4 |
|
|
B0M13PEK |
Introduction to Industrial Ecology |
2P+2S |
CS |
Z,ZK |
L |
4 |
|
|
BE0M13PEK |
Introduction to Industrial Ecology |
2L+2S |
EN |
Z,ZK |
L |
4 |
|
|
AD1M13VES |
Manufacturing of Electrical Components |
14KP+6KL |
CS |
KZ |
Z |
4 |
|
|
A1M13VES |
Manufacturing of Electrical Components |
2P+2L |
CS |
KZ |
Z |
4 |
|
|
AE1M13VES |
Manufacturing of Electrical Components |
2P+2L |
EN |
KZ |
Z |
4 |
|
|
BD1M13VES |
Manufacturing of Electrical Components |
14KP+6KL |
CS |
KZ |
Z |
4 |
|
|
B1M13VES |
Manufacturing of Electrical Components |
2P+2L |
CS |
KZ |
Z |
4 |
|
|
BE1M13VES |
Manufacturing of Electrical Components |
2P+2L |
EN |
KZ |
Z |
4 |
|
|
B1B13VES |
Manufacturing of Electrical Components |
2P+2L |
CS |
Z,ZK |
L |
6 |
Papež V. |
|
AE1M13VEZ |
Manufacturing of Electronic Equipment |
2P+2L |
EN |
Z,ZK |
Z |
5 |
|
|
BD1M13VEZ |
Manufacturing of Electronic Equipment |
14KP+6KL |
CS |
Z,ZK |
Z |
5 |
|
|
B1M13VEZ |
Manufacturing of Electronic Equipment |
2P+2L |
CS |
Z,ZK |
Z |
5 |
|
|
BE1M13VEZ |
Manufacturing of Electronic Equipment |
2P+2L |
EN |
Z,ZK |
Z |
5 |
|
|
B1B13VEZ |
Manufacturing of Electronic Equipment |
2P+2L |
CS |
Z,ZK |
L |
6 |
Bušek D., Urbánek J. |
|
A1B13VVZ |
Manufacturing of Power Devices |
2P+2L |
CS |
Z,ZK |
Z |
6 |
|
|
B1B13VVZ |
Manufacturing of Power Devices |
2P+2L |
CS |
Z,ZK |
Z |
5 |
|
|
BD1B13VVZ |
Manufacturing of Power Devices |
14KP+6KL |
CS |
Z,ZK |
Z |
5 |
|
|
BD5B13VVZ |
Manufacturing of Power Devices |
14KP+6KL |
CS |
Z,ZK |
Z |
4 |
|
|
B1B13VVZ1 |
Manufacturing of Power Devices |
2P+2L |
CS |
Z,ZK |
Z |
4 |
Gric P., Hájek J., Procházka R. |
|
AD0B13MTE |
Materials and technology for electronics |
14KP+6KL |
CS |
Z,ZK |
Z |
4 |
|
|
AE0B13MTE |
Materials and Technology for Electronics |
2P+2L |
EN |
Z,ZK |
L |
4 |
|
|
BD0M13MTE |
Materials and technology for electronics |
14KP+6KL |
CS |
Z,ZK |
Z |
5 |
|
|
B0M13MTE |
Materials and technology for electronics |
2P+2L |
CS |
Z,ZK |
Z |
5 |
|
|
BE5B13MVE |
Materials for Power Electrical Engineering |
2P+2L |
EN |
Z,ZK |
Z |
5 |
Mach P., Sedláček J. |
|
B1B13MVE |
Materials for Power Electrical Engineering |
2P+2L |
CS |
Z,ZK |
Z |
5 |
|
|
BD1B13MVE |
Materials for Power Electrical Engineering |
14KP+6KL |
CS |
Z,ZK |
Z |
5 |
|
|
BD5B13MVE |
Materials for Power Electrical Engineering |
14KP+6KL |
CS |
Z,ZK |
Z |
4 |
Mach P., Sedláček J. |
|
B1B13MVE1 |
Materials for Power Electrical Engineering |
2P+2L |
CS |
Z,ZK |
Z |
4 |
Mach P. |
|
XP13MSD |
Modelling and Simulation of Technological Systems |
2P+2C |
CS |
Z,ZK |
Z |
4 |
Mach P. |
|
AD0B13NNT |
Nanotechnology |
14KP+6KC |
CS |
Z,ZK |
Z,L |
4 |
|
|
AE0B13NNT |
Nanotechnology |
2P+2S |
EN |
Z,ZK |
Z,L |
4 |
|
|
B0B13NNT |
Nanotechnology |
2P+2C |
CS |
Z,ZK |
Z,L |
4 |
|
|
BD0B13NNT |
Nanotechnology |
14KP+6KL |
CS |
Z,ZK |
Z,L |
4 |
|
|
BE0B13NNT |
Nanotechnology |
2P+2L |
EN |
Z,ZK |
Z,L |
4 |
|
|
BVB13NNT |
Nanotechnology |
2P+2L |
CS |
Z,ZK |
Z,L |
4 |
Ctibor P. |
|
BEVB13NNT |
Nanotechnology |
2P+2L |
EN |
Z,ZK |
Z,L |
4 |
Ctibor P., Voves J. |
|
A5M13FVS |
Photovoltaic Systems |
2P+2L |
CS |
KZ |
L |
4 |
Hrzina P. |
|
XP13FCD |
Photovoltaics systems |
2P+2L |
CS |
Z,ZK |
L |
4 |
Benda V. |
|
XP13FDD |
Physic of Dielectrics |
2P+2S |
CS |
Z,ZK |
Z |
4 |
Mach P. |
|
XP13PED |
Plastics in Electrical Engineering |
2P+2S |
CS |
Z,ZK |
Z |
4 |
Kudláček I. |
|
BD1B13VST |
Power components and technology |
21KP+6KL |
CS |
Z,ZK |
L |
5 |
|
|
BD5B13VST |
Power components and technology |
14KP+6KL |
CS |
Z,ZK |
L |
4 |
|
|
B1M13VSE |
Power components in electrical engineering |
2P+2L |
CS |
Z,ZK |
L |
5 |
Papež V. |
|
BD1M13VSE |
Power components in electrical engineering |
14KP+6KL |
CS |
Z,ZK |
L |
5 |
|
|
BE1M13VSE |
Power components in electrical engineering |
2P+2L |
EN |
Z,ZK |
L |
5 |
Hájek J. |
|
B1M13JAS |
Quality and Reliability |
2P+2C |
CS |
Z,ZK |
Z |
6 |
|
|
BD1M13JAS |
Quality and Reliability |
14KP+6KC |
CS |
Z,ZK |
Z |
6 |
|
|
BE1M13JAS |
Quality and Reliability |
2P+2C |
EN |
Z,ZK |
Z,L |
6 |
|
|
B1M13JAS1 |
Quality and Reliability |
2P+2C |
CS |
Z,ZK |
Z |
6 |
Mach P. |
|
BD1M13JAS1 |
Quality and Reliability |
14KP+6KC |
CS |
Z,ZK |
Z |
6 |
Mach P. |
|
BE1M13JAS1 |
Quality and Reliability |
2P+2C |
EN |
Z,ZK |
Z,L |
6 |
Mach P. |
|
XP13SJD |
Quality Control Systems |
2P+2S |
CS |
Z,ZK |
L |
4 |
Mach P. |
|
XP13VNM |
Research of new materials |
2P+2L |
|
Z,ZK |
Z |
4 |
Ctibor P. |
|
XP13FPD |
Semiconductor Physics |
2P+2S |
CS |
Z,ZK |
Z |
4 |
Benda V. |
|
AD1M13SVS |
Simulation of Production Sytems |
14KP+6KC |
CS |
Z,ZK |
Z |
5 |
|
|
A1M13SVS |
Simulation of Production Sytems |
2P+2C |
CS |
Z,ZK |
Z |
5 |
|
|
AE1M13SVS |
Simulation of Production Sytems |
2P+2C |
EN |
Z,ZK |
Z |
5 |
|
|
B1M13SVS |
Simulation of Production Sytems |
2P+2C |
CS |
Z,ZK |
Z |
5 |
Mach P., Zemen J. |
|
BD1M13SVS |
Simulation of Production Sytems |
14KP+6KC |
CS |
Z,ZK |
Z |
5 |
|
|
BE1M13SVS |
Simulation of Production Sytems |
2P+2C |
EN |
Z,ZK |
Z |
5 |
|
|
XP13SID |
Software in Industrial Engineering |
2P+2C |
CS |
Z,ZK |
Z |
4 |
Molhanec M. |
|
AD1B13SVS |
Solar Energy Application Systems |
14KP+6KL |
CS |
Z,ZK |
L |
5 |
|
|
A1B13SVS |
Solar Energy Application Systems |
2P+2L |
CS |
Z,ZK |
L |
5 |
|
|
AE1B13SVS |
Solar Energy Application Systems |
2P+2L |
EN |
Z,ZK |
L |
5 |
|
|
A5M13VSO |
Solar Energy Utilization |
1P+1L |
CS |
KZ |
L |
4 |
|
|
B1B13SSE |
Solar Systems and Electrochemical Sources |
2P+2L |
CS |
Z,ZK |
L |
4 |
|
|
BE1B13SSE |
Solar Systems and Electrochemical Sources |
2P+2L |
EN |
Z,ZK |
L |
4 |
Holovský J. |
|
B1B13SSE1 |
Solar Systems and Electrochemical Sources |
2P+2L |
CS |
Z,ZK |
L |
5 |
Benda V. |
|
BD1M13ASS |
Solar Systems Applications |
14KP+6KL |
CS |
Z,ZK |
Z |
5 |
Benda V. |
|
B1M13ASS |
Solar Systems Application |
2P+2L |
CS |
Z,ZK |
Z |
5 |
Benda V., Holovský J. |
|
BE1M13ASS |
Solar Systems Application |
2P+2L |
EN |
Z,ZK |
Z |
5 |
Benda V. |
|
XP13SSD |
Special Methods of Devices Quality Evaluation |
2P+2L |
CS |
Z,ZK |
Z |
4 |
Papež V. |
|
XP13SAV |
Statistic analysis and technological data evaluation |
2P+2S |
CS |
Z,ZK |
L |
4 |
Molhanec M. |
|
AD1B13TP1 |
Team Project |
14KP+6KC |
CS |
Z |
L |
4 |
|
|
AD1M13TP1 |
Team Project |
14KP+6KC |
CS |
Z |
L |
5 |
|
|
A1B13TP1 |
Team Project |
2P+2S |
CS |
Z |
L |
4 |
|
|
A1M13TP1 |
Team Project |
2P+2S |
CS |
Z |
L |
5 |
|
|
AE1B13TP1 |
Team Project |
2P+2S |
EN |
Z |
L |
4 |
|
|
AE1M13TP1 |
Team Project |
2P+2S |
EN |
Z |
L |
5 |
|
|
XP13TPD |
Technological Processes in Electronic Manufacturing |
2P+2L |
CS |
Z,ZK |
L |
4 |
Dušek K. |
|
AD1M13TPR |
Technological Project Planning |
14KP+6KC |
CS |
Z,ZK |
L |
5 |
|
|
A1M13TPR |
Technological Project Planning |
2P+2S |
CS |
Z,ZK |
L |
5 |
|
|
AE1M13TPR |
Technological Project Planning |
2P+2S |
EN |
Z,ZK |
L |
5 |
|
|
BD0M13TPR |
Technological Project Planning |
14KP+6KC |
CS |
Z,ZK |
L |
4 |
|
|
B0M13TPR |
Technological Project Planning |
2P+2S |
CS |
Z,ZK |
L |
4 |
|
|
BE0M13TPR |
Technological Project Planning |
2L+2S |
EN |
Z,ZK |
L |
4 |
|
|
B1B13TPR |
Technological Project Planning |
2P+2S |
CS |
Z,ZK |
L |
5 |
Molhanec M. |
|
B1B13VST |
Technology in Electrical Engineering |
3P+2L |
CS |
Z,ZK |
L |
5 |
|
|
AD0M13TKS |
Technology of Cables and Optical waveguides |
14KP+6KL |
CS |
Z,ZK |
L |
5 |
|
|
A0M13TKS |
Technology of Cables and Optical waveguides |
2P+2L |
CS |
Z,ZK |
L |
5 |
|
|
AE0M13TKS |
Technology of Cables and Optical waveguides |
2P+2L |
EN |
Z,ZK |
L |
5 |
|
|
BD0M13TKS |
Technology of Cables and Optical waveguides |
14KP+6KL |
CS |
Z,ZK |
Z |
4 |
|
|
B0M13TKS |
Technology of Cables and Optical waveguides |
2P+2L |
CS |
Z,ZK |
Z |
4 |
Prajzler V., Šaršounová Z., Žák P. |
|
BVB13TKS |
Technology of Cables and Optical waveguides |
2P+2L |
CS |
Z,ZK |
Z |
4 |
Prajzler V., Šaršounová Z., Žák P. |
|
AD0B13SPE |
Welding and Soldering in Electrotechnics |
14KP+6KL |
CS |
KZ |
L |
4 |
|
|
AE0B13SPE |
Welding and Soldering in Electrotechnics |
2P+2L |
EN |
KZ |
L |
4 |
|
|
B0B13SPE |
Welding and Soldering in Electrotechnics |
2P+2L |
CS |
KZ |
Z,L |
4 |
|
|
BD0B13SPE |
Welding and Soldering in Electrotechnics |
14KP+6KL |
CS |
KZ |
L |
4 |
|
|
BVB13SPE |
Welding and Soldering in Electrotechnics |
2P+2L |
CS |
KZ |
Z,L |
4 |
Dušek K., Sedláček J. |
|
Subject |
Name |
Extent of teaching |
Language of teaching |
Completion
|
Semester
|
Credits
|
Guarantors |
Teachers |
AD0B14AMS |
Actuators and Low Power Machines |
14+6L |
CS |
Z,ZK |
L |
5 |
|
|
B0B14AMS |
Actuators and Low Power Machines |
2P+2L |
CS |
Z,ZK |
L |
5 |
|
|
BD0B14AMS |
Actuators and Low Power Machines |
14KP+6KL |
CS |
Z,ZK |
L |
5 |
|
|
BE0B14AMS |
Actuators and Low Power Machines |
2+2L |
EN |
Z,ZK |
L |
5 |
|
|
BE9M14AML |
Aerodynamics and Flight Mechanics |
2P+4L |
EN |
Z,ZK |
Z |
6 |
|
|
AD0M14AML |
Aerodynamics and Mechanics of Flight |
14+6s |
CS |
Z,ZK |
Z |
4 |
|
|
A0M14AML |
Aerodynamics and Mechanics of Flight |
2+2s |
CS |
Z,ZK |
Z |
4 |
|
|
AE0M14AML |
Aerodynamics and Mechanics of Flight |
2+2s |
CS |
Z,ZK |
Z |
4 |
|
|
A3M14AML |
Aerodynamics and mechanics of flight |
2+2c |
CS |
Z,ZK |
Z |
6 |
|
|
AD3M14AML |
Aerodynamics and mechanics of flight |
14+6s |
CS |
Z,ZK |
Z |
6 |
|
|
AE3M14AML |
Aerodynamics and mechanics of flight |
2+2s |
EN |
Z,ZK |
Z |
6 |
|
|
B9M14AML |
Aerodynamics and Mechanics of Flight |
2P+4L |
CS |
Z,ZK |
Z |
6 |
|
|
AE8B14ADP |
Algorithm Development and Programming |
2+2c |
|
Z,ZK |
Z |
5 |
|
|
BE5B14ADP |
Algorithm Development and Programming |
2P+2C |
|
Z,ZK |
Z |
5 |
|
|
AD0B14AEE |
Automotive Electrical and Electronic Engineering |
14+6L |
CS |
Z,ZK |
L |
4 |
|
|
A0B14AEE |
Automotive Electrical and Electronic Engineering |
2+2L |
CS |
Z,ZK |
L |
4 |
|
|
AE0B14AEE |
Automotive Electrical and Electronic Engineering |
2+2L |
CS |
Z,ZK |
L |
4 |
|
|
B0B14AEE |
Automotive Electrical and Electronic Engineering |
2P+2L |
CS |
Z,ZK |
L |
5 |
|
|
BD0B14AEE |
Automotive Electrical and Electronic Engineering |
14+6l |
CS |
Z,ZK |
L |
5 |
|
|
BE0B14AEE |
Automotive Electrical and Electronic Engineering |
2+2L |
EN |
Z,ZK |
L |
5 |
|
|
AE0B14BAP |
Bachelor Project |
|
|
Z |
L |
20 |
|
|
AE8B14BAP |
Bachelor Project |
7s |
|
Z |
L |
9 |
|
|
A0B14BAP |
Bachelor thesis |
|
|
Z |
L |
20 |
|
|
AD0B14BAP |
Bachelor thesis |
|
|
Z |
L |
20 |
|
|
A8B14BAP |
Bachelor thesis |
7s |
|
Z |
L |
9 |
|
|
AD7B14SAP |
Computer Structure and Architecture |
14+6c |
CS |
Z,ZK |
L |
6 |
|
|
A7B14SAP |
Computer Structures and Architectures |
2+2c |
CS |
Z,ZK |
L |
6 |
|
|
B1M14REP |
Control and Regulation of Electric Drives |
2P+2L |
CS |
Z,ZK |
Z |
5 |
|
|
BD1M14REP |
Control and Regulation of Electric Drives |
14+6l |
CS |
Z,ZK |
Z |
5 |
|
|
BE1M14REP |
Control and Regulation of Electric Drives |
2P+2L |
EN |
Z,ZK |
Z |
5 |
|
|
BD0M14KOP |
Design of Electric Drives Components |
14+6l |
CS |
Z,ZK |
Z |
5 |
|
|
B0M14KOP |
Design of Electric Drives Components |
2P+2L |
CS |
Z,ZK |
Z |
5 |
Bauer J. |
|
BE0M14KOP |
Design of Electric Drives Components |
2+2L |
CS |
Z,ZK |
Z |
5 |
|
|
B1M14DEP |
Digital Control of Electric Drives |
2P+2L |
CS |
Z,ZK |
L |
5 |
Zděnek J. |
|
BD1M14DEP |
Digital Control of Electric Drives |
14+6l |
CS |
Z,ZK |
L |
5 |
|
|
BE1M14DEP |
Digital Control of Electric Drives |
2P+2L |
EN |
Z,ZK |
L |
5 |
|
|
A0M14DIP |
Diploma Project |
|
|
Z |
L |
25 |
|
|
AD0M14DIP |
Diploma Project |
|
|
Z |
L |
25 |
|
|
AE0M14DIP |
Diploma Project |
|
|
Z |
L |
25 |
|
|
A5M14RPI |
Distribution of Electric Energy and Drives |
2P+1L |
CS |
Z,ZK |
Z |
5 |
Lettl J. |
|
AD0M14KSP |
Drive Communication Systems |
14+6c |
CS |
Z,ZK |
L |
5 |
|
|
A0M14KSP |
Drive Communication Systems |
2+2c |
CS |
Z,ZK |
L |
5 |
|
|
AE0M14KSP |
Drive Communication Systems |
2+2c |
CS |
Z,ZK |
L |
5 |
|
|
B0M14KSP |
Drive Communication Systems |
2+2l |
CS |
Z,ZK |
L |
5 |
|
|
BD0M14KSP |
Drive Communication Systems |
14+6l |
CS |
Z,ZK |
L |
5 |
|
|
AD0B14SPP |
Drive Sensors |
14+6L |
CS |
Z,ZK |
Z |
4 |
|
|
A0B14SPP |
Drive Sensors |
2+2L |
CS |
Z,ZK |
Z |
4 |
|
|
AE0B14SPP |
Drive Sensors |
2+2L |
CS |
Z,ZK |
Z |
4 |
|
|
XP14DES |
Dynamics of Electric Machines |
2P+2C |
|
ZK |
Z |
4 |
Chomát M. |
|
AD0M14DMP |
Dynamics of mechanical parts of drives |
14+6s |
CS |
Z,ZK |
Z |
4 |
|
|
A0M14DMP |
Dynamics of mechanical parts of drives |
2+2s |
CS |
Z,ZK |
Z |
4 |
|
|
AE0M14DMP |
Dynamics of mechanical parts of drives |
2+2s |
CS |
Z,ZK |
Z |
4 |
|
|
AD0M14KOP |
Electric Drive Component Design |
14+6l |
CS |
Z,ZK |
Z |
5 |
|
|
A0M14KOP |
Electric Drive Component Design |
2+2L |
CS |
Z,ZK |
Z |
5 |
|
|
AE0M14KOP |
Electric Drive Component Design |
2+2L |
CS |
Z,ZK |
Z |
5 |
|
|
AD1M14RPO |
Electric Drive Control |
14+6L |
CS |
Z,ZK |
L |
5 |
|
|
A1M14RPO |
Electric Drive Control |
2+2L |
CS |
Z,ZK |
L |
5 |
|
|
AE1M14RPO |
Electric Drive Control |
2+2L |
CS |
Z,ZK |
L |
5 |
|
|
AD0M14DGP |
Electric Drive Diagnostics |
14+6L |
CS |
Z,ZK |
L |
5 |
|
|
A0M14DGP |
Electric Drive Diagnostics |
2+2L |
CS |
Z,ZK |
L |
5 |
|
|
AE0M14DGP |
Electric Drive Diagnostics |
2+2L |
CS |
Z,ZK |
L |
5 |
|
|
AD3B14EPR |
Electric drive for automation and robotics |
14+6s |
CS |
Z,ZK |
L |
6 |
|
|
A3B14EPR |
Electric drive for automation and robotics |
2+2s |
CS |
Z,ZK |
L |
6 |
|
|
AE3B14EPR |
Electric drive for automation and robotics |
2+2s |
CS |
Z,ZK |
L |
6 |
|
|
AD1B14PO1 |
Electric Drives and Traction 1 |
14+6L |
CS |
Z,ZK |
Z |
6 |
|
|
A1B14PO1 |
Electric Drives and Traction 1 |
2P+2L |
CS |
Z,ZK |
Z |
6 |
|
|
AE1B14PO1 |
Electric Drives and Traction 1 |
2+2L |
CS |
Z,ZK |
Z |
6 |
|
|
AD1M14PO2 |
Electric Drives and Traction 2 |
14+6L |
CS |
Z,ZK |
L |
5 |
|
|
A1M14PO2 |
Electric Drives and Traction 2 |
2+2L |
CS |
Z,ZK |
L |
5 |
|
|
AE1M14PO2 |
Electric Drives and Traction 2 |
2+2L |
CS |
Z,ZK |
L |
5 |
|
|
B1M14EPT |
Electric Drives and Traction |
2P+2L |
CS |
Z,ZK |
Z |
6 |
|
|
BD1M14EPT |
Electric Drives and Traction |
14+6l |
CS |
Z,ZK |
Z |
6 |
|
|
BE1M14EPT |
Electric Drives and Traction |
2P+2L |
EN |
Z,ZK |
Z |
6 |
|
|
B1M14EPT1 |
Electric Drives and Traction |
2P+2L |
CS |
Z,ZK |
Z |
5 |
Lettl J. |
|
BD1M14EPT1 |
Electric Drives and Traction |
14KP+6KL |
CS |
Z,ZK |
Z |
5 |
|
|
BE1M14EPT1 |
Electric Drives and Traction |
2P+2L |
EN |
Z,ZK |
Z |
5 |
|
|
B3B14EPR |
Electric Drives for Automation and Robotics |
2P+2L |
CS |
Z,ZK |
L |
4 |
|
|
B3B14EPR1 |
Electric Drives for Automation and Robotics |
2P+2L |
CS |
Z,ZK |
L |
6 |
Bauer J. |
|
A5M14EPO |
Electric Drives |
3+2L |
CS |
KZ |
L |
4 |
|
|
AD1B14SP1 |
Electric Machinery and Apparatus 1 |
21+6L |
CS |
Z,ZK |
Z |
6 |
|
|
A1B14SP1 |
Electric Machinery and Apparatus 1 |
3+2L |
CS |
Z,ZK |
Z |
6 |
|
|
AE1B14SP1 |
Electric Machinery and Apparatus 1 |
3+2L |
CS |
Z,ZK |
Z |
5 |
|
|
BE5B14SP1 |
Electric Machinery and Apparatus 1 |
3P+2L |
EN |
Z,ZK |
L |
5 |
Mindl P. |
|
AD1M14SP2 |
Electric Machinery and Apparatus 2 |
14+6L |
CS |
Z,ZK |
Z |
5 |
|
|
A1M14SP2 |
Electric Machinery and Apparatus 2 |
2+2L |
CS |
Z,ZK |
Z |
5 |
|
|
AE1M14SP2 |
Electric Machinery and Apparatus 2 |
2+2L |
CS |
Z,ZK |
Z |
5 |
|
|
B1M14ESP |
Electric Machinery and Apparatus |
2P+2L |
CS |
Z,ZK |
Z |
5 |
Mindl P. |
|
BD1M14ESP |
Electric Machinery and Apparatus |
14KP+6KL |
CS |
Z,ZK |
Z |
5 |
|
|
BE1M14ESP |
Electric Machinery and Apparatus |
2P+2L |
EN |
Z,ZK |
Z |
5 |
Mindl P. |
|
B1B14ZSP |
Electric Machines and Apparatuses Basics |
3P+2L |
CS |
Z,ZK |
L |
5 |
Kobrle P. |
|
BD1B14ZSP |
Electric Machines and Apparatuses Basics |
21+6l |
CS |
Z,ZK |
L |
5 |
|
|
BE1B14ZSP |
Electric Machines and Apparatuses Basics |
3P+2L |
EN |
Z,ZK |
L |
5 |
|
|
BD5B14ZSP |
Electric Machines and Apparatuses Basics |
14KP+6KL |
CS |
Z,ZK |
L |
4 |
|
|
B5M14ESIB |
Electrical Systems of Intelligent Buildings |
2P+2L |
CS |
ZK |
|
5 |
Chomát M. |
|
XP14EMC |
Electromagnetic Compatibility |
2P+2C |
CS |
ZK |
Z |
4 |
Čeřovský Z. |
|
AD0B14TME |
Engineering mechanics |
14+6s |
CS |
Z,ZK |
L |
4 |
|
|
AE0B14TME |
Engineering mechanics |
2+2s |
CS |
Z,ZK |
L |
4 |
|
|
A0B14TME |
Engineering mechanics |
2+2s |
CS |
Z,ZK |
L |
4 |
|
|
B1B14TME |
Engineering mechanics |
2P+2C |
CS |
Z,ZK |
L |
4 |
|
|
BD1B14TME |
Engineering mechanics |
14+6c |
CS |
Z,ZK |
L |
4 |
|
|
BE1B14TME |
Engineering mechanics |
2P+2C |
EN |
Z,ZK |
L |
4 |
|
|
B1B14TME1 |
Engineering mechanics |
2P+2C |
CS |
Z,ZK |
L |
5 |
Kočárník P. |
|
A7B14TEV |
Expression of technical information |
2+2c |
CS |
KZ |
L |
4 |
|
|
AD7B14TEV |
Expression of technical information |
14+6c |
CS |
KZ |
L |
4 |
|
|
B1B14ZEL |
Fundamentals of Electrotechnical Engineering |
2P+2C |
CS |
KZ |
Z |
3 |
|
|
BD1B14ZEL |
Fundamentals of Electrotechnical Engineering |
14+6c |
CS |
KZ |
Z |
3 |
|
|
BE1B14ZEL |
Fundamentals of Electrotechnical Engineering |
2+2c |
EN |
KZ |
Z |
3 |
|
|
BD5B14ZEL |
Fundamentals of Electrotechnical Engineering |
14KP+6KC |
CS |
KZ |
Z |
4 |
|
|
B1B14ZEL1 |
Fundamentals of Electrotechnical Engineering |
2P+2C |
CS |
KZ |
Z |
4 |
|
|
B2B14ZEK |
Fundamentals of electrotechnics |
2P+1L |
CS |
KZ |
|
4 |
Bauer J. |
|
A5M14ZSE |
Fundamentals of Power Electrical Engineering |
2+1L |
CS |
KZ |
L |
4 |
|
|
B1B14ZPO |
Fundametals of Electric Drives |
2P+2L |
CS |
Z,ZK |
Z |
5 |
|
|
BD1B14ZPO |
Fundametals of Electric Drives |
14+6c |
CS |
Z,ZK |
Z |
5 |
|
|
BE1B14ZPO |
Fundametals of Electric Drives |
2P+2L |
EN |
Z,ZK |
Z |
5 |
Kobrle P. |
|
BD5B14ZPO |
Fundametals of Electric Drives |
14KP+6KL |
CS |
Z,ZK |
Z |
4 |
|
|
BEVB14ZPO |
Fundametals of Electric Drives |
2P+2L |
EN |
Z,ZK |
Z |
5 |
|
|
AD1B14IND |
Individual Bachelor Project |
4L |
CS |
Z |
Z |
5 |
|
|
A1B14IND |
Individual Bachelor Project |
4L |
CS |
Z |
Z |
5 |
|
|
AE1B14IND |
Individual Bachelor Project |
4L |
CS |
Z |
Z |
5 |
|
|
BD1B14IND |
Individual Bachelor Project |
0+4c |
CS |
Z |
Z |
4 |
|
|
B1B14IND |
Individual Bachelor Project |
0+4c |
CS |
Z |
Z |
4 |
|
|
BE1B14IND |
Individual Bachelor Project |
4L |
EN |
Z |
Z |
4 |
|
|
AD1M14IND |
Individual Magister Project |
4L |
CS |
Z |
Z |
5 |
|
|
A1M14IND |
Individual Magister Project |
4L |
CS |
Z |
Z |
5 |
|
|
AE1M14IND |
Individual Magister Project |
4L |
CS |
Z |
Z |
5 |
|
|
BD1M14IND |
Individual Master Project |
0+4c |
CS |
Z |
Z |
4 |
|
|
B1M14IND |
Individual Master Project |
0+4c |
CS |
Z |
Z |
4 |
|
|
BE1M14IND |
Individual Master Project |
0+4c |
EN |
Z |
Z |
4 |
|
|
AD1M14TP1 |
Magister Team Project |
14+6c |
CS |
Z |
L |
5 |
|
|
A1M14TP1 |
Magister Team Project |
2+2c |
CS |
Z |
L |
5 |
|
|
AE1M14TP1 |
Magister Team Project |
2+2c |
CS |
Z |
L |
5 |
|
|
B1M14SSE |
Machinery and Structures of Power Plants |
2P+2C |
CS |
Z,ZK |
Z |
5 |
Kočárník P. |
|
BD1M14SSE |
Machinery and Structures of Power Plants |
14KP+6KC |
CS |
Z,ZK |
Z |
5 |
Kočárník P. |
|
BE1M14SSE |
Machinery and Structures of Power Plants |
2P+2C |
EN |
Z,ZK |
Z |
5 |
|
|
AD1M14SSE |
Machinery structures of power plants |
14+6s |
CS |
Z,ZK |
Z |
4 |
|
|
A1M14SSE |
Machinery structures of power plants |
2+2s |
CS |
Z,ZK |
Z |
4 |
|
|
AE1M14SSE |
Machinery structures of power plants |
2+2s |
CS |
Z,ZK |
Z |
4 |
|
|
AD1B14MIS |
Microprocessors for Power Systems |
14+6L |
CS |
Z,ZK |
Z |
5 |
|
|
A1B14MIS |
Microprocessors for Power Systems |
2+2L |
CS |
Z,ZK |
Z |
5 |
|
|
AE1B14MIS |
Microprocessors for Power Systems |
2+2L |
CS |
Z,ZK |
Z |
5 |
|
|
BD1B14MIS |
Microprocessors for Power Systems |
14+6l |
CS |
Z,ZK |
Z |
5 |
|
|
B1B14MIS |
Microprocessors for Power Systems |
2P+2L |
CS |
Z,ZK |
Z |
5 |
Zděnek J. |
|
BE1B14MIS |
Microprocessors for Power Systems |
2P+2L |
EN |
Z,ZK |
Z |
5 |
|
|
BEVB14MIS |
Microprocessors for Power Systems |
2P+2L |
EN |
Z,ZK |
Z |
5 |
|
|
B0M14MDS |
Modeling of Dynamical Systems |
2P+2C |
CS |
Z,ZK |
L |
4 |
|
|
BD0M14MDS |
Modeling of Dynamical Systems |
14+6c |
CS |
Z,ZK |
L |
4 |
|
|
BE0M14MDS |
Modeling of Dynamical Systems |
2+2c |
EN |
Z,ZK |
L |
4 |
|
|
B1M14MDS1 |
Modeling of Dynamical Systems |
2P+2C |
CS |
Z,ZK |
L |
5 |
Kočárník P. |
|
BD1M14MDS1 |
Modeling of Dynamical Systems |
14KP+6KC |
CS |
Z,ZK |
L |
5 |
|
|
BE1M14MDS1 |
Modeling of Dynamical Systems |
2P+2C |
EN |
Z,ZK |
L |
5 |
|
|
B0B14MEP |
Modeling of Electric Drives |
2P+2C |
CS |
KZ |
L |
4 |
Kočárník P. |
|
BD0B14MEP |
Modeling of Electric Drives |
14+6c |
CS |
KZ |
L |
4 |
|
|
BE0B14MEP |
Modeling of Electric Drives |
2P+2L |
EN |
KZ |
L |
4 |
|
|
XP14MZR |
New Control Methods for Electric Drives |
2P+2C |
CS |
ZK |
Z |
4 |
Lettl J. |
|
XP14MEN |
New Trends in Converter Technology |
2P+2C |
|
ZK |
L,Z |
4 |
Lettl J. |
|
AD1B14VE1 |
Power Electronics 1 |
14+6L |
CS |
Z,ZK |
L |
5 |
|
|
A1B14VE1 |
Power Electronics 1 |
2+2L |
CS |
Z,ZK |
L |
5 |
|
|
AE1B14VE1 |
Power Electronics 1 |
2+2L |
CS |
Z,ZK |
L |
5 |
|
|
AD1M14VE2 |
Power Electronics 2 |
14+6L |
CS |
Z,ZK |
Z |
5 |
|
|
A1M14VE2 |
Power Electronics 2 |
2+2L |
CS |
Z,ZK |
Z |
5 |
|
|
AE1M14VE2 |
Power Electronics 2 |
2+2L |
CS |
Z,ZK |
Z |
5 |
|
|
B1B14ZVE |
Power Electronics |
2P+2L |
CS |
Z,ZK |
Z |
4 |
Lettl J. |
|
BD1B14ZVE |
Power Electronics |
14+6l |
EN |
Z,ZK |
Z |
4 |
|
|
BE1B14ZVE |
Power Electronics |
2P+2L |
EN |
Z,ZK |
Z |
4 |
|
|
BD5B14ZVE |
Power Electronics |
14KP+6KL |
CS |
Z,ZK |
Z |
4 |
Lettl J. |
|
BEVB14ZVE |
Power Electronics |
2P+2L |
EN |
Z,ZK |
Z |
4 |
Lettl J. |
|
AD1M14ESZ |
Power Machine Equipment |
14+6c |
CS |
Z,ZK |
Z |
4 |
|
|
A1M14ESZ |
Power Machine Equipment |
2+2s |
CS |
Z,ZK |
Z |
4 |
|
|
AE1M14ESZ |
Power Machine Equipment |
2+2c |
CS |
Z,ZK |
Z |
4 |
|
|
B1M14ESZ |
Power Machine Equipment |
2P+2C |
CS |
Z,ZK |
Z |
5 |
|
|
BD1M14ESZ |
Power Machine Equipment |
14KP+6KC |
CS |
Z,ZK |
Z |
5 |
|
|
BE1M14ESZ |
Power Machine Equipment |
2P+2C |
EN |
Z,ZK |
Z |
5 |
|
|
F14SEM |
Semester Project |
4s |
|
Z |
Z |
5 |
|
|
AD1B14SEM |
Seminar on Electrical Engineering |
0+14 |
CS |
Z |
Z |
2 |
|
|
A1B14SEM |
Seminar on Electrical Engineering |
2s |
CS |
Z |
Z |
2 |
|
|
AE1B14SEM |
Seminar on Electrical Engineering |
2s |
CS |
Z |
Z |
2 |
|
|
AD1M14SOP |
Simulation and Optimization in Drives |
14+6L |
CS |
Z,ZK |
Z |
5 |
|
|
A1M14SOP |
Simulation and Optimization in Drives |
2+2L |
CS |
Z,ZK |
Z |
5 |
|
|
AE1M14SOP |
Simulation and Optimization in Drives |
2+2L |
CS |
Z,ZK |
Z |
5 |
|
|
B1M14SOP |
Simulation and Optimization in Electric Drives |
2P+2L |
CS |
Z,ZK |
L |
5 |
|
|
BD1M14SOP |
Simulation and Optimization in Electric Drives |
14+6c |
CS |
Z,ZK |
L |
5 |
|
|
BD0M14SOP |
Simulation and Optimization in Electric Drives |
14+6c |
CS |
Z,ZK |
L |
5 |
|
|
BE0M14SOP |
Simulation and Optimization in Electric Drives |
2P+2L |
EN |
Z,ZK |
L |
5 |
|
|
AD0M14MDS |
Simulation of dynamic systems |
14+6c |
CS |
Z,ZK |
L |
4 |
|
|
A0M14MDS |
Simulation of dynamic systems |
2+2c |
CS |
Z,ZK |
L |
4 |
|
|
AE0M14MDS |
Simulation of dynamic systems |
2+2s |
CS |
Z,ZK |
L |
4 |
|
|
AD1B14TP1 |
Team Project B |
14+6L |
CS |
Z |
L |
5 |
|
|
AE1B14TP1 |
Team Project B |
2+2L |
CS |
Z |
L |
5 |
|
|
A1B14TP1 |
Team Project |
2+2L |
CS |
Z |
L |
5 |
|
|
AD0B14TDO |
Technical Documentation |
7+6L |
CS |
KZ |
Z |
3 |
|
|
A0B14TDO |
Technical Documentation |
1+2L |
CS |
KZ |
Z |
3 |
|
|
AE0B14TDO |
Technical Documentation |
1+2L |
CS |
KZ |
Z |
3 |
|
|
B0B14TDO1 |
Technical Documentation |
1P+2C |
CS |
KZ |
Z |
4 |
Nová I. |
|
B0M14ZEP |
Testing of Electric Drives |
2P+2L |
CS |
Z,ZK |
L |
5 |
|
|
BD0M14ZEP |
Testing of Electric Drives |
14KP+6KL |
CS |
Z,ZK |
L |
5 |
Hlinovský V. |
|
BE0M14ZEP |
Testing of Electric Drives |
2+2l |
CS |
Z,ZK |
L |
5 |
|
|
B1M14TVM |
Theory and Application of Power Converters |
2P+2L |
CS |
Z,ZK |
L |
5 |
Lettl J. |
|
BD1M14TVM |
Theory and Application of Power Converters |
14KP+6KL |
CS |
Z,ZK |
L |
5 |
Bauer J. |
|
BE1M14TVM |
Theory and Application of Power Converters |
2P+2L |
EN |
Z,ZK |
L |
5 |
Lettl J. |
|
Subject |
Name |
Extent of teaching |
Language of teaching |
Completion
|
Semester
|
Credits
|
Guarantors |
Teachers |
B1B15IND |
Bachelor Project |
0P+4S |
CS |
Z |
Z |
4 |
|
|
BD1B15IND |
Bachelor Project |
0+4s |
CS |
Z |
Z |
4 |
|
|
A0B15BAP |
Bachelor thesis |
28s |
|
Z |
L |
20 |
|
|
AD0B15BAP |
Bachelor thesis |
28s |
|
Z |
L |
20 |
|
|
A8B15BAP |
Bachelor thesis |
7s |
|
Z |
L |
9 |
|
|
AE0B15BAP |
Bachelor's thesis |
28s |
|
Z |
L |
20 |
|
|
AE8B15BAP |
Bachelor's thesis |
7s |
|
Z |
L |
9 |
|
|
B1B15VYA |
Computational Applications |
2P+2C |
CS |
KZ |
L |
4 |
Kyncl J. |
|
BD1B15VYA |
Computational Applications |
14KP+6KC |
CS |
KZ |
L |
4 |
|
|
XP15RE |
Control of Power Systems |
2P+2S |
CS |
Z,ZK |
Z,L |
4 |
Müller Z. |
|
AD1M15RES |
Control of Power Systems |
14+6c |
CS |
Z,ZK |
L |
5 |
|
|
A1M15RES |
Control of Power Systems |
2+2c |
CS |
Z,ZK |
L |
5 |
|
|
AE1M15RES |
Control of Power Systems |
2+2c |
CS |
Z,ZK |
L |
5 |
|
|
B1M15DEE |
Distribution of Electrical Energy |
2P+2S |
CS |
Z,ZK |
Z |
5 |
Müller Z. |
|
BD1M15DEE |
Distribution of Electrical Energy |
14KP+6KS |
CS |
Z,ZK |
Z |
5 |
|
|
BE1M15DEE |
Distribution of Electrical Energy |
2P+2S |
EN |
Z,ZK |
Z |
5 |
|
|
B0M15DSE |
Dynamics and Reliability of Electrical Power Systems |
2P+2S |
CS |
Z,ZK |
Z |
5 |
|
|
BD0M15DSE |
Dynamics and Reliability of Electrical Power Systems |
14KP+6KS |
CS |
Z,ZK |
Z |
5 |
|
|
BE0M15DSE |
Dynamics and Reliability of Electrical Power Systems |
2+2s |
EN |
Z,ZK |
Z |
5 |
|
|
B1M15ETT |
Electrical Heat |
2P+2S |
CS |
Z,ZK |
Z |
5 |
Kyncl J. |
|
BD1M15ETT |
Electrical Heat |
14KP+6KS |
CS |
Z,ZK |
Z |
5 |
|
|
BE1M15ETT |
Electrical Heat |
2P+2S |
EN |
Z,ZK |
Z |
5 |
Kyncl J. |
|
B0B15EIN |
Electrical Installations MV and LV |
2P+2S |
CS |
Z,ZK |
L |
4 |
|
|
BD0B15EIN |
Electrical Installations MV and LV |
14KP+6KS |
CS |
Z,ZK |
L |
4 |
|
|
AD0B15EIN |
Electrical Installations |
14+6L |
CS |
Z,ZK |
L |
4 |
|
|
A0B15EIN |
Electrical Installations |
2+2L |
CS |
Z,ZK |
L |
4 |
|
|
AE0B15EIN |
Electrical Installations |
2+2L |
CS |
Z,ZK |
L |
4 |
|
|
AD1M15EST |
Electrical Light and Heat |
14+6c |
CS |
Z,ZK |
Z |
5 |
|
|
A1M15EST |
Electrical Light and Heat |
2+2c |
CS |
Z,ZK |
Z |
5 |
|
|
AE1M15EST |
Electrical Light and Heat |
2+2c |
CS |
Z,ZK |
Z |
5 |
|
|
A5M15ES1 |
Electrical Light 1 |
2P+1S |
CS |
KZ |
Z |
4 |
Žák P. |
|
B1M15ELS |
Electrical Light |
2P+2L |
CS |
Z,ZK |
L |
5 |
|
|
BD1M15ELS |
Electrical Light |
14KP+6KL |
CS |
Z,ZK |
L |
5 |
|
|
BE1M15ELS |
Electrical Light |
2P+2L |
EN |
Z,ZK |
L |
5 |
|
|
AD0M15EZS |
Electrical Sources and Systems |
14+6s |
CS |
Z,ZK |
Z |
5 |
|
|
A0M15EZS |
Electrical Sources and Systems |
2+2s |
CS |
Z,ZK |
Z |
5 |
|
|
AE0M15EZS |
Electrical Sources and Systems |
2+2s |
CS |
Z,ZK |
Z |
5 |
|
|
XP15ET |
Electroheat |
2P+2S |
CS |
Z,ZK |
L |
4 |
Kyncl J. |
|
B1M15PPE |
Elements and Operation of Electrical Power Systems |
2P+2S |
CS |
KZ |
Z |
4 |
|
|
BD1M15PPE |
Elements and Operation of Electrical Power Systems |
14+6s |
CS |
KZ |
Z |
4 |
|
|
BE1M15PPE |
Elements and Operation of Electrical Power Systems |
2P+2S |
EN |
KZ |
Z |
4 |
|
|
B1M15PPE1 |
Elements and Operation of Electrical Power Systems |
2P+2S |
CS |
Z,ZK |
Z |
5 |
Müller Z. |
|
BD1M15PPE1 |
Elements and Operation of Electrical Power Systems |
14KP+6KS |
CS |
Z,ZK |
Z |
5 |
|
|
BE1M15PPE1 |
Elements and Operation of Electrical Power Systems |
2P+2S |
EN |
Z,ZK |
Z |
5 |
Müller Z. |
|
P15EH |
Energy Economy |
2+2s |
|
Z,ZK |
L |
4 |
|
|
B1M15IAP |
Engineering Applications |
2P+2C |
CS |
Z,ZK |
Z |
5 |
Kyncl J. |
|
BD1M15IAP |
Engineering Applications |
14KP+6KC |
CS |
Z,ZK |
Z |
5 |
|
|
BE1M15IAP |
Engineering Applications |
2P+2C |
EN |
Z,ZK |
Z |
5 |
|
|
AD1M15TVN |
High Voltage Engineering |
14+6L |
CS |
Z,ZK |
L |
5 |
|
|
A1M15TVN |
High Voltage Engineering |
2+2L |
CS |
Z,ZK |
L |
5 |
|
|
AE1M15TVN |
High Voltage Engineering |
2+2L |
CS |
Z,ZK |
L |
5 |
|
|
B1M15TVN |
High Voltage Engineering |
2P+2L |
CS |
Z,ZK |
L |
5 |
|
|
BD1M15TVN |
High Voltage Engineering |
14KP+6KL |
CS |
Z,ZK |
L |
5 |
|
|
BE1M15TVN |
High Voltage Engineering |
2P+2L |
EN |
Z,ZK |
L |
5 |
|
|
B0M15VNZ |
High Voltage Testing |
2P+2L |
CS |
Z,ZK |
L |
5 |
|
|
BD0M15VNZ |
High Voltage Testing |
14KP+6KL |
CS |
Z,ZK |
L |
5 |
|
|
BE0M15VNZ |
High Voltage Testing |
2P+2L |
EN |
Z,ZK |
L |
5 |
|
|
AD0B15VNZ |
High-voltage Testing |
14+6L |
CS |
Z,ZK |
Z |
4 |
|
|
A0B15VNZ |
High-voltage Testing |
2+2L |
CS |
Z,ZK |
Z |
4 |
|
|
AE0B15VNZ |
High-voltage Testing |
2+2L |
CS |
Z,ZK |
Z |
4 |
|
|
AD1B15IND |
Individual Project |
4s |
CS |
Z |
Z |
5 |
|
|
AD1M15IND |
Individual project |
4s |
CS |
Z |
Z |
6 |
|
|
A1B15IND |
Individual Project |
4s |
CS |
Z |
Z |
5 |
|
|
A1M15IND |
Individual project |
4s |
CS |
Z |
Z |
6 |
|
|
AE1B15IND |
Individual Project |
4s |
CS |
Z |
Z |
5 |
|
|
AE1M15IND |
Individual project |
4s |
CS |
Z |
Z |
6 |
|
|
B2B15UEL |
Introduction to Electrical Engineering |
2+1L |
CS |
Z,ZK |
Z |
4 |
|
|
BD2B15UEL |
Introduction to Electrical Engineering |
14+6L |
CS |
Z,ZK |
Z |
4 |
|
|
B2B15UELA |
Introduction to Electrical Engineering |
2P+1L |
CS |
KZ |
Z |
4 |
Hrzina P., Müller Z. |
|
B1M15IND |
Master Project |
0P+4S |
CS |
Z |
Z |
4 |
|
|
BD1M15IND |
Master Project |
0+4s |
CS |
Z |
Z |
4 |
|
|
BE1M15IND |
Master Project |
0+4s |
EN |
Z |
Z |
4 |
|
|
A0M15DIP |
Master's thesis |
36s |
|
Z |
L |
25 |
|
|
AD0M15DIP |
Master's thesis |
36s |
|
Z |
L |
25 |
|
|
AE0M15DIP |
Master's thesis |
36s |
|
Z |
L |
25 |
|
|
AD1B15MAA |
Mathematic Applications |
21+6c |
CS |
Z,ZK |
L |
6 |
|
|
A1B15MAA |
Mathematic Applications |
3+2c |
CS |
Z,ZK |
L |
6 |
|
|
AE1B15MAA |
Mathematic Applications |
3+2c |
CS |
Z,ZK |
L |
6 |
|
|
BE5B15MAA |
Mathematical Applications |
0P+4C |
EN |
Z,ZK |
L |
4 |
Kyncl J. |
|
P15FAK |
Photometry and Colorimetry |
2+2s |
|
Z,ZK |
L |
4 |
|
|
AD1B15EN1 |
Power Engineering 1 |
14+6L |
CS |
Z,ZK |
Z |
5 |
|
|
A1B15EN1 |
Power Engineering 1 |
2+2L |
CS |
Z,ZK |
Z |
5 |
|
|
AE1B15EN1 |
Power Engineering 1 |
2+2L |
CS |
Z,ZK |
Z |
5 |
|
|
BE5B15EN1 |
Power Engineering 1 |
2P+2C |
EN |
Z,ZK |
L |
5 |
Müller Z. |
|
B1B15EN1 |
Power Engineering 1 |
3P+2S |
CS |
Z,ZK |
L |
6 |
|
|
BD1B15EN1 |
Power Engineering 1 |
21+6s |
CS |
Z,ZK |
L |
6 |
|
|
BD5B15EN1 |
Power Engineering 1 |
1,5 |
CS |
Z,ZK |
Z |
4 |
|
|
BD1B15EN11 |
Power Engineering 1 |
21KP+6KS |
CS |
Z,ZK |
L |
5 |
|
|
B1B15EN11 |
Power Engineering 1 |
3P+2S |
CS |
Z,ZK |
L |
5 |
|
|
AD1B15EN2 |
Power Engineering 2 |
14+6s |
CS |
Z,ZK |
L |
6 |
|
|
A1B15EN2 |
Power Engineering 2 |
2+2s |
CS |
Z,ZK |
L |
6 |
|
|
AE1B15EN2 |
Power Engineering 2 |
2+2s |
CS |
Z,ZK |
L |
6 |
|
|
BE5B15EN2 |
Power Engineering 2 |
2P+2L |
EN |
Z,ZK |
Z |
6 |
|
|
B1B15EN2 |
Power Engineering 2 |
2P+2L |
CS |
Z,ZK |
Z |
5 |
|
|
BD1B15EN2 |
Power Engineering 2 |
14+6L |
CS |
Z,ZK |
Z |
5 |
|
|
BD5B15EN2 |
Power Engineering 2 |
1,5 |
CS |
Z,ZK |
Z |
4 |
|
|
AD1B15EN3 |
Power Engineering 3 |
14+6s |
CS |
Z,ZK |
L |
5 |
|
|
A1B15EN3 |
Power Engineering 3 |
2+2s |
CS |
Z,ZK |
L |
5 |
|
|
AE1B15EN3 |
Power Engineering 3 |
2+2s |
CS |
Z,ZK |
L |
5 |
|
|
B1B15EN3 |
Power Engineering 3 |
2P+2L |
CS |
KZ |
Z |
4 |
Kyncl J. |
|
BD1B15EN3 |
Power Engineering 3 |
14+6L |
CS |
KZ |
Z |
4 |
|
|
BD5B15EN3 |
Power Engineering 3 |
1,5 |
CS |
KZ |
L |
4 |
|
|
AD1M15ENY |
Power Plants |
14+6c |
CS |
Z,ZK |
Z |
5 |
|
|
A1M15ENY |
Power Plants |
2+2c |
CS |
Z,ZK |
Z |
5 |
|
|
AE1M15ENY |
Power Plants |
2+2c |
CS |
Z,ZK |
Z |
5 |
|
|
B1M15ENY |
Power Plants |
2P+2S |
CS |
Z,ZK |
L |
5 |
|
|
BD1M15ENY |
Power Plants |
14KP+6KS |
CS |
Z,ZK |
L |
5 |
|
|
BE1M15ENY |
Power Plants |
2P+2S |
EN |
Z,ZK |
L |
5 |
Müller Z. |
|
AD0B15PES |
Power Systems Operation |
14+6s |
CS |
Z,ZK |
Z |
5 |
|
|
A0B15PES |
Power Systems Operation |
2+2s |
CS |
Z,ZK |
Z |
5 |
|
|
AE0B15PES |
Power Systems Operation |
2+2s |
CS |
Z,ZK |
Z |
5 |
|
|
B0B15PES |
Power Systems Operation |
2P+2S |
CS |
Z,ZK |
Z |
4 |
|
|
BD0B15PES |
Power Systems Operation |
14KP+6KS |
CS |
Z,ZK |
Z |
4 |
|
|
B1B15EPR |
Projects in Power Engineering |
2P+2S |
CS |
KZ |
L |
4 |
|
|
BD1B15EPR |
Projects in Power Engineering |
14KP+6KS |
CS |
KZ |
L |
4 |
|
|
B1B15EPR1 |
Projects in Power Engineering |
2P+2S |
CS |
KZ |
L |
5 |
Koller J. |
|
AD0M15SZS |
Reliability and Security of Power Systems |
14+6s |
CS |
Z,ZK |
L |
5 |
|
|
A0M15SZS |
Reliability and Security of Power Systems |
2+2s |
CS |
Z,ZK |
L |
5 |
|
|
AE0M15SZS |
Reliability and Security of Power Systems |
2+2s |
CS |
Z,ZK |
L |
5 |
|
|
XP15VME |
Research Methods in th Use of Electrical Energy |
2P+2S |
CS |
Z,ZK |
L |
4 |
Doležel I. |
|
AD1B15TP1 |
Team Project |
14+6s |
CS |
Z |
L |
4 |
|
|
AD1M15TP1 |
Team Project |
14+6s |
CS |
Z |
L |
5 |
|
|
A1B15TP1 |
Team Project |
2+2s |
CS |
Z |
L |
4 |
|
|
A1M15TP1 |
Team Project |
2+2s |
CS |
Z |
L |
5 |
|
|
AE1B15TP1 |
Team Project |
2+2s |
CS |
Z |
L |
4 |
|
|
AE1M15TP1 |
Team Project |
2+2s |
CS |
Z |
L |
5 |
|
|
AD1M15PRE |
Transmission and Distribution of Electricity |
14+6s |
CS |
Z,ZK |
L |
5 |
|
|
A1M15PRE |
Transmission and Distribution of Electricity |
2+2s |
CS |
Z,ZK |
L |
5 |
|
|
AE1M15PRE |
Transmission and Distribution of Electricity |
2+2s |
CS |
Z,ZK |
L |
5 |
|
|
B1M15PRE |
Transmission and Distribution of Electricity |
2P+2S |
CS |
Z,ZK |
Z |
6 |
|
|
BD1M15PRE |
Transmission and Distribution of Electricity |
14KP+6KS |
CS |
Z,ZK |
Z |
6 |
|
|
BE1M15PRE |
Transmission and Distribution of Electricity |
2P+2S |
EN |
Z,ZK |
Z |
6 |
|
|
B1M15PRE1 |
Transmission and Distribution of Electricity |
2P+2S |
CS |
Z,ZK |
Z |
5 |
Müller Z. |
|
BD1M15PRE1 |
Transmission and Distribution of Electricity |
14KP+6KS |
CS |
Z,ZK |
Z |
5 |
|
|
BE1M15PRE1 |
Transmission and Distribution of Electricity |
2P+2S |
EN |
Z,ZK |
Z |
5 |
Müller Z. |
|
Subject |
Name |
Extent of teaching |
Language of teaching |
Completion
|
Semester
|
Credits
|
Guarantors |
Teachers |
F16BP |
Bachelor Project |
4s |
|
Z |
Z |
8 |
|
|
AE0B16BAP |
Bachelor project |
28s |
EN |
Z |
Z,L |
20 |
|
|
AE8B16BAP |
Bachelor project |
7s |
|
Z |
Z,L |
9 |
|
|
A0B16BAP |
Bachelor thesis |
28s |
CS |
Z |
Z,L |
20 |
|
|
AD0B16BAP |
Bachelor thesis |
28s |
CS |
Z |
Z,L |
20 |
|
|
A8B16BAP |
Bachelor thesis |
7s |
|
Z |
Z,L |
9 |
|
|
BD0B16ZPU |
Basics of Business Economics and Accounting |
14KP+6KS |
CS |
KZ |
L |
4 |
|
|
B0B16ZPU |
Basics of Business Economics |
2P+2S |
CS |
KZ |
L |
4 |
|
|
B1B16ZPU |
Basics of Business Economics |
2P+2C |
CS |
KZ |
Z |
5 |
Starý O. |
|
B6B16ZDA |
Basics of data analysis |
2P+2S+4D |
CS |
Z,ZK |
L |
5 |
Dobiáš M. |
|
B1B16ZFM |
Basics of Financial Management |
2P+2S |
CS |
Z,ZK |
Z |
4 |
|
|
BD1B16ZFM |
Basics of Financial Management |
14KP+6KS |
CS |
Z,ZK |
L |
4 |
|
|
BD5B16ZFM |
Basics of Financial Management |
14KP+6KS |
CS |
Z,ZK |
L |
4 |
Starý O. |
|
B1B16ZFM1 |
Basics of Financial Management |
2P+2C |
CS |
Z,ZK |
L |
5 |
Starý O. |
|
A0B16EPD |
Business economics |
2+2s |
CS |
KZ |
Z,L |
4 |
|
|
AE0B16EPD |
Business economics |
2+2s |
EN |
KZ |
Z,L |
4 |
|
|
AE1B16EKP |
Business Economics |
2+2s |
EN |
Z,ZK |
L |
5 |
|
|
B6B16ZPD |
Business Economics |
2P+2S+2D |
CS |
Z,ZK |
Z |
5 |
Dobiáš M. |
|
BE5B16EPD |
Business Economics |
2P+2S |
EN |
KZ |
Z,L |
4 |
Podivínský T. |
|
BD6B16ZPD |
Business Economics |
14KP+6KS |
CS |
Z,ZK |
Z |
5 |
|
|
B2B16EPD |
Business economics |
2P+2S |
CS |
Z,ZK |
Z |
4 |
|
|
B2B16EPO |
Business economics |
2P+2S |
CS |
KZ |
Z |
4 |
Starý O. |
|
AD1M16PPP |
Business Law II |
21+3s |
CS |
Z |
L |
4 |
|
|
A1M16PPP |
Business Law II |
3+1s |
CS |
Z |
L |
4 |
|
|
AE1M16PPP |
Business Law II |
3+1s |
EN |
Z |
L |
4 |
|
|
A1B16PAP |
Business Law |
2+2s |
CS |
Z,ZK |
Z |
5 |
|
|
AE1B16PAP |
Business Law |
2+2s |
EN |
Z,ZK |
Z |
5 |
|
|
AD7B16POP |
Business Law |
14+6s |
CS |
KZ |
Z |
4 |
|
|
B0B16PPP |
Business Law |
2P+2S |
CS |
KZ |
L |
4 |
|
|
B1B16PPP |
Business Law |
2P+2C |
CS |
Z,ZK |
L |
5 |
Knápek J. |
|
AD1M16LOG |
Business Logistics |
14+6s |
CS |
Z,ZK |
Z |
5 |
|
|
A1M16LOG |
Business Logistics |
2+2s |
CS |
Z,ZK |
Z |
5 |
|
|
AE1M16LOG |
Business Logistics |
2+2s |
EN |
Z,ZK |
Z |
5 |
|
|
B1M16LOG |
Business Logistics |
2P+2S |
CS |
Z,ZK |
Z |
4 |
|
|
BE1M16LOG |
Business Logistics |
2P+2S |
EN |
Z,ZK |
Z |
5 |
|
|
BD1M16LOG |
Business Logistics |
14KP+6KS |
CS |
Z,ZK |
Z |
4 |
|
|
B6B16ISP |
Business Process Management |
2P+2S+2D |
|
Z,ZK |
Z |
5 |
Náplava P. |
|
BD6B16ISP |
Business Process Management |
14KP+6KS |
CS |
Z,ZK |
Z |
5 |
|
|
AD1M16CTR |
Controlling |
14+6s |
CS |
Z,ZK |
Z |
6 |
|
|
A1M16CTR |
Controlling |
2+2s |
CS |
Z,ZK |
Z |
6 |
|
|
AE1M16CTR |
Controlling |
2+2s |
EN |
Z,ZK |
Z |
6 |
|
|
B1M16CTR |
Controlling |
2P+2S |
CS |
Z,ZK |
Z |
6 |
|
|
BE1M16CTR |
Controlling |
2P+2S |
EN |
Z,ZK |
Z |
6 |
|
|
BD1M16CTR |
Controlling |
14KP+6KS |
CS |
Z,ZK |
Z |
6 |
|
|
B1M16CTR1 |
Controlling |
2P+2S |
CS |
Z,ZK |
Z |
5 |
|
|
BE1M16CTR1 |
Controlling |
2P+2S |
EN |
Z,ZK |
Z |
5 |
|
|
BD1M16CTR1 |
Controlling |
14KP+6KS |
CS |
Z,ZK |
Z |
5 |
|
|
A5M16FIP |
Corporate finance |
3P+1C |
CS |
KZ |
L |
4 |
Starý O., Vašíček J. |
|
A1B16UFI |
Corporate Finance |
2+2c |
CS |
Z,ZK |
L |
5 |
|
|
AE0B16FIP |
Corporate Finance |
2P+2S |
EN |
Z,ZK |
Z,L |
4 |
Beneš M. |
|
B6B16FIP |
Corporate finance |
2P+2S+2D |
|
Z,ZK |
L |
5 |
Starý O., Vašíček J. |
|
BD6B16FIP |
Corporate finance |
14KP+6KS |
CS |
Z,ZK |
L |
5 |
|
|
B6B16MPR |
Decision Making Methods |
2P+2S+2D |
|
Z,ZK |
Z |
5 |
Knápek J. |
|
BD6B16MPR |
Decision Making Methods |
14KP+6KC |
CS |
Z,ZK |
L |
5 |
|
|
AD1M16MAM |
Decision Modelling |
14+6s |
CS |
Z,ZK |
L |
5 |
|
|
A1M16MAM |
Decision Modelling |
2+2s |
CS |
Z,ZK |
L |
5 |
|
|
AE1M16MAM |
Decision Modelling |
2+2s |
EN |
Z,ZK |
L |
5 |
|
|
AD1M16RES |
Development of Energy Systems |
14+6s |
CS |
Z,ZK |
Z |
5 |
|
|
A1M16RES |
Development of Energy Systems |
2+2s |
CS |
Z,ZK |
Z |
5 |
|
|
AE1M16RES |
Development of Energy Systems |
2+2s |
EN |
Z,ZK |
Z |
5 |
|
|
B1M16RES |
Development of Energy Systems |
2P+2S |
CS |
Z,ZK |
Z |
5 |
Krejcar R. |
|
BE1M16RES |
Development of Energy Systems |
2P+2S |
EN |
Z,ZK |
Z |
5 |
|
|
BD1M16RES |
Development of Energy Systems |
14KP+6KS |
CS |
Z,ZK |
L |
5 |
|
|
XP16VTS |
Development of Technical Universities |
0P+4S |
CS |
ZK |
Z,L |
4 |
Bečvářová M., Efmertová M. |
|
A0M16DIP |
Diploma thesis |
36s |
|
Z |
L,Z |
25 |
|
|
AD0M16DIP |
Diploma thesis |
36s |
CS |
Z |
L,Z |
25 |
|
|
AE0M16DIP |
Diploma thesis |
36s |
EN |
Z |
L,Z |
25 |
|
|
AD1M16EKL |
Ecology and economy |
21+3s |
CS |
Z,ZK |
Z |
5 |
|
|
A1M16EKL |
Ecology and economy |
3+1s |
CS |
Z,ZK |
Z |
5 |
|
|
AE1M16EKL |
Ecology and economy |
3+1s |
EN |
Z,ZK |
L |
5 |
|
|
B1M16EKL |
Ecology and economy |
3P+1S |
CS |
Z,ZK |
Z |
5 |
Knápek J. |
|
BE1M16EKL |
Ecology and Economy |
3P+1S |
EN |
Z,ZK |
Z |
5 |
Knápek J. |
|
BD1M16EKL |
Ecology and economy |
21KP+3KS |
CS |
Z,ZK |
Z |
5 |
|
|
B1M16EKM |
Econometrics and economic applications |
2P+2S |
CS |
Z,ZK |
L |
4 |
Lízal L. |
|
BE1M16EKM |
Econometrics and economic applications |
2P+2S |
EN |
Z,ZK |
L |
4 |
Lízal L. |
|
BD1M16EKM |
Econometrics and economic applications |
14KP+6KS |
CS |
Z,ZK |
L |
4 |
Lízal L. |
|
AD0M16EET |
Economics of Electro and Telecommunication Engineering |
14+6s |
CS |
Z,ZK |
Z |
5 |
|
|
AE0M16EET |
Economics of Electro and Telecommunication Engineering |
2+2s |
EN |
Z,ZK |
Z |
5 |
|
|
XP16EES |
Economics of energy systems |
2P+4D |
CS |
ZK |
Z,L |
4 |
Starý O. |
|
A5M16EUE |
Economics of Energy Use |
3P+1C |
CS |
KZ |
Z |
4 |
Bemš J. |
|
XP16ERE |
Economics of power generation from RES |
2P+4D |
CS |
ZK |
|
4 |
Knápek J. |
|
B1M16EVE |
Economics of Power Generation |
2P+2S |
CS |
Z,ZK |
L |
5 |
Beneš M. |
|
BE1M16EVE |
Economics of Power Generation |
2P+2S |
EN |
Z,ZK |
L |
5 |
Beneš M. |
|
BD1M16EVE |
Economics of Power Generation |
14KP+6KS |
CS |
Z,ZK |
L |
5 |
|
|
AD1M16EUE |
Economy of Energy Use |
14+6s |
CS |
Z,ZK |
L |
5 |
|
|
A1M16EUE |
Economy of Energy Use |
2+2s |
CS |
Z,ZK |
L |
5 |
|
|
AE1M16EUE |
Economy of Energy Use |
2+2s |
EN |
Z,ZK |
L |
5 |
|
|
B1M16EUE |
Economy of Energy Use |
2P+2S |
CS |
KZ |
L |
5 |
|
|
BE1M16EUE |
Economy of Energy Use |
2P+2S |
EN |
Z,ZK |
L |
5 |
|
|
BD1M16EUE |
Economy of Energy Use |
14KP+6KS |
CS |
KZ |
L |
5 |
|
|
B1M16EUE1 |
Economy of Energy Use |
2P+2S |
CS |
Z,ZK |
L |
5 |
Beranovský J. |
|
BE1M16EUE1 |
Economy of Energy Use |
2P+2S |
EN |
Z,ZK |
L |
5 |
Beranovský J. |
|
BD1M16EUE1 |
Economy of Energy Use |
14KP+6KS |
CS |
Z,ZK |
L |
5 |
Beranovský J. |
|
AD0M16EKE |
Economy of Power Industry |
14+6s |
CS |
KZ |
Z |
4 |
|
|
A0M16EKE |
Economy of Power Industry |
2+2s |
CS |
KZ |
Z,L |
4 |
|
|
AE0M16EKE |
Economy of Power Industry |
2+2s |
EN |
KZ |
Z |
4 |
|
|
B1M16EKE |
Economy of Power Industry |
2P+2S |
CS |
KZ |
Z |
4 |
|
|
B1B16UEE |
Economy of Power Industry |
2P+2S |
CS |
KZ |
Z |
4 |
|
|
BE1M16EKE |
Economy of Power Industry |
2P+2S |
EN |
KZ |
Z |
4 |
|
|
BD1M16EKE |
Economy of Power Industry |
14KP+6KS |
CS |
KZ |
Z |
4 |
|
|
B1B16UEE1 |
Economy of Power Industry |
2P+2C |
CS |
Z,ZK |
Z |
5 |
Knápek J. |
|
B1M16EKE1 |
Economy of Power Industry |
2P+2C |
CS |
Z,ZK |
L |
5 |
Králík T., Starý O. |
|
BE1M16EKE1 |
Economy of Power Industry |
2P+2S |
EN |
Z,ZK |
L |
5 |
Bemš J., Králík T. |
|
BD1M16EKE1 |
Economy of Power Industry |
14KP+6KC |
CS |
Z,ZK |
L |
5 |
Králík T., Starý O. |
|
AD1M16EKM |
Ekonometrie |
14+6c |
CS |
Z,ZK |
L |
5 |
|
|
A1M16EKM |
Ekonometrie |
2+2c |
CS |
Z,ZK |
L |
5 |
|
|
AE1M16EKM |
Ekonometrie |
2+2c |
EN |
Z,ZK |
L |
5 |
|
|
B0M16EBE |
Energy Security |
2P+0S |
CS |
ZK |
Z |
2 |
Bartuška V., Knápek J. |
|
B1M16ENI |
Environmental Engineering |
2P+2S |
CS |
Z,ZK |
Z,L |
5 |
Mikeš J. |
|
BE1M16ENI |
Environmental Engineering |
2P+2S |
EN |
Z,ZK |
Z,L |
5 |
|
|
BD1M16ENI |
Environmental Engineering |
14KP+6KS |
CS |
Z,ZK |
Z,L |
5 |
|
|
B0B16ET1 |
Ethic 1 |
2P+2C |
CS |
KZ |
Z |
4 |
Slámečka V. |
|
AD0B16ET1 |
Ethic |
14+6s |
CS |
KZ |
L |
4 |
|
|
A0B16ET1 |
Ethic |
2+2s |
CS |
KZ |
Z,L |
4 |
|
|
AE0B16ET1 |
Ethic |
2+2s |
EN |
KZ |
L |
4 |
|
|
B6B16ET1 |
Ethic |
2+2s |
CS |
KZ |
Z,L |
4 |
|
|
XP16VTK |
Everyday Science and Technology |
2P+2S |
CS |
ZK |
Z,L |
4 |
Efmertová M. |
|
B0M16FIL |
Filozofie 2 |
2P+2S |
CS |
Z,ZK |
Z,L |
5 |
Zamarovský P. |
|
B1M16FIU |
Financial accounting |
2P+2S |
CS |
Z,ZK |
Z |
5 |
Vašíček J. |
|
BD1M16FIU |
Financial accounting |
14KP+6KS |
CS |
Z,ZK |
Z |
5 |
|
|
AD1M16FIU |
Financial Accouting |
14+6s |
CS |
Z,ZK |
Z |
5 |
|
|
A1M16FIU |
Financial Accouting |
2+2s |
CS |
Z,ZK |
Z |
5 |
|
|
AE1M16FIU |
Financial Accouting |
2+2s |
EN |
Z,ZK |
Z |
5 |
|
|
BE1M16FIU |
Financial Accouting |
2P+2S |
EN |
Z,ZK |
Z |
5 |
Vašíček J. |
|
AD1M16FIM |
Financial Management |
14+6c |
CS |
Z,ZK |
L |
6 |
|
|
A1M16FIM |
Financial Management |
2+2c |
CS |
Z,ZK |
L |
6 |
|
|
AE1M16FIM |
Financial Management |
2+2c |
EN |
Z,ZK |
L |
6 |
|
|
B1M16FIM |
Financial Management |
2P+2S |
CS |
Z,ZK |
L |
6 |
|
|
BE1M16FIM |
Financial Management |
2P+2C |
EN |
Z,ZK |
L |
6 |
|
|
BD1M16FIM |
Financial Management |
14KP+6KC |
CS |
Z,ZK |
L |
6 |
|
|
B1M16FIM1 |
Financial Management |
2P+2S |
CS |
Z,ZK |
L |
5 |
Starý O. |
|
BE1M16FIM1 |
Financial Management |
2P+2S |
EN |
Z,ZK |
L |
5 |
Starý O. |
|
BD1M16FIM1 |
Financial Management |
14KP+6KS |
CS |
Z,ZK |
L |
5 |
|
|
XP16ZVP |
Fundamentals of Scientific Work |
2P+2S |
CS |
ZK |
Z,L |
4 |
Efmertová M. |
|
XP16HIS |
Historiography of the Development of Science, Technology and the Methodology |
2P+2S |
CS |
ZK |
Z,L |
4 |
Beneš Z., Efmertová M. |
|
AD0B16HI1 |
History I |
14+6s |
CS |
KZ |
Z |
4 |
|
|
A0B16HI1 |
History I |
2+2s |
CS |
KZ |
Z,L |
4 |
|
|
AE0B16HI1 |
History I |
2+2s |
EN |
KZ |
Z |
4 |
|
|
B6B16HI1 |
History I |
2+2s |
CS |
KZ |
Z,L |
4 |
|
|
B0M16HSD |
History of economy and social studies |
2P+2S |
CS |
Z,ZK |
L |
4 |
|
|
BE0M16HSD |
History of economy and social studies |
2P+2S |
EN |
Z,ZK |
Z,L |
4 |
Efmertová M. |
|
BD0M16HSD |
History of economy and social studies |
14KP+6KS |
CS |
Z,ZK |
L |
4 |
|
|
BD0M16HSD1 |
History of economy and social studies |
14KP+6KS |
CS |
Z,ZK |
L |
5 |
|
|
B0M16HSD1 |
History of economy and social studies |
2P+2S |
CS |
Z,ZK |
Z,L |
5 |
|
|
BE0M16HSD1 |
History of economy and social studies |
2P+2S |
EN |
Z,ZK |
Z,L |
5 |
|
|
AD0B16HT1 |
History of science and technology 1 |
14+6s |
CS |
KZ |
L |
4 |
|
|
A0B16HT1 |
History of science and technology 1 |
2+2s |
CS |
KZ |
Z,L |
4 |
|
|
AE0B16HT1 |
History of science and technology 1 |
2+2s |
EN |
KZ |
Z |
4 |
|
|
B0B16HT1 |
History of science and technology 1 |
2P+2S |
CS |
KZ |
Z |
4 |
Efmertová M. |
|
BE0B16HT1 |
History of science and technology 1 |
2P+2S |
EN |
KZ |
Z,L |
4 |
|
|
AD0M16HT2 |
History of science and technology 2 |
14+6s |
CS |
Z,ZK |
L |
4 |
|
|
A0M16HT2 |
History of science and technology 2 |
2+2s |
CS |
Z,ZK |
L |
4 |
|
|
AE0M16HT2 |
History of science and technology 2 |
2+2s |
EN |
Z,ZK |
L |
4 |
|
|
B0M16HT2 |
History of science and technology 2 |
2P+2S |
CS |
Z,ZK |
L |
4 |
|
|
BE0M16HT2 |
History of science and technology 2 |
2P+2S |
EN |
Z,ZK |
L |
4 |
|
|
BD0M16HT2 |
History of science and technology 2 |
14KP+6KS |
CS |
Z,ZK |
L |
4 |
|
|
BD0M16HVT |
History of science and technology 2 |
14KP+6KS |
CS |
Z,ZK |
L |
5 |
|
|
B0M16HVT |
History of science and technology 2 |
2P+2S |
CS |
Z,ZK |
Z,L |
5 |
Efmertová M. |
|
BE0M16HVT |
History of science and technology 2 |
2P+2S |
EN |
Z,ZK |
Z,L |
5 |
|
|
XP16DEL |
History of technology and economic |
0P+4S |
CS |
ZK |
L |
2 |
Efmertová M. |
|
A0B16HTE |
History of technology and economic |
2+0s |
|
ZK |
Z,L |
2 |
|
|
AE0B16HTE |
History of technology and economic |
2+0s |
|
ZK |
Z |
2 |
|
|
B6B16HTE |
History of technology and economic |
2+0s |
|
ZK |
Z,L |
2 |
|
|
B0B16HTE |
History of technology and economic |
2P+0S |
CS |
ZK |
Z,L |
2 |
Efmertová M. |
|
B0B16HI1 |
History 1 |
2P+2S |
CS |
KZ |
Z |
4 |
Josefovičová M. |
|
AD1B16IND |
Individual project |
14+6s |
CS |
Z |
Z |
5 |
|
|
AD1M16IND |
Individual project |
0+12s |
CS |
Z |
Z |
5 |
|
|
A1M16IND |
Individual project |
4s |
CS |
Z |
Z |
5 |
|
|
A1B16IND |
Individual project |
4s |
CS |
Z |
Z |
5 |
|
|
AE1B16IND |
Individual project |
4s |
EN |
Z |
Z |
5 |
|
|
AE1M16IND |
Individual project |
4s |
EN |
Z |
Z |
5 |
|
|
AE1M16PMI |
Individual project |
4s |
EN |
Z |
Z,L |
12 |
|
|
B1M16IND |
Individual project |
0P+4S |
CS |
Z |
Z |
5 |
|
|
BE1M16IND |
Individual project |
0P+4S |
EN |
Z |
Z |
5 |
|
|
BD1M16IND |
Individual project |
0KP+28KS |
CS |
Z |
Z |
5 |
|
|
AD7B16INS |
Information Systems |
14+6s |
CS |
Z,ZK |
Z |
5 |
|
|
B6B16INS |
Information Systems |
2P+2S+3D |
CS |
KZ |
L |
4 |
Náplava P. |
|
BD6B16INS |
Information Systems |
14KP+6KS |
CS |
KZ |
L |
4 |
Náplava P. |
|
B0B16ITE |
Introduction to Economics |
2P+0S |
EN |
Z |
L,Z |
2 |
|
|
B6B16PIT |
Law for IT |
3P+1S+1D |
|
Z,ZK |
Z |
4 |
Briaský M., Dobiáš M. |
|
BD6B16PIT |
Law for IT |
14KP+6KS |
CS |
Z,ZK |
Z |
4 |
|
|
BE1M16ESO |
Lightning protection economy |
2P+2S |
EN |
ZK |
Z |
4 |
|
|
BD1M16ESO |
Lightning protection economy |
14KP+6KS |
CS |
ZK |
Z |
4 |
|
|
B1B16EOB |
Lightning protection economy |
2P+2L |
CS |
Z,ZK |
L |
5 |
Mikeš J. |
|
A1B16MME |
Macro and Microeconomics |
2+2s |
CS |
Z,ZK |
Z |
5 |
|
|
AE1B16MME |
Macro and Microeconomics |
2+2s |
EN |
Z,ZK |
Z |
5 |
|
|
B0B16MME |
Macro and Microekonomics |
2P+2S |
CS |
Z,ZK |
Z |
4 |
|
|
BD0B16MME |
Macro and Microekonomics |
14KP+6KS |
CS |
Z,ZK |
Z |
4 |
|
|
BD5B16MME |
Macro and Microekonomics |
14KP+6KS |
CS |
Z,ZK |
Z |
4 |
|
|
BE0B16MME |
Macro and Microekonomics |
2P+2S |
EN |
Z,ZK |
Z |
4 |
Jandera J. |
|
B1B16MME |
Macro and Microekonomics |
2P+2S |
CS |
Z,ZK |
Z |
5 |
Lízal L. |
|
AD1M16MES |
Management and Economics of Power Systems |
14+6s |
CS |
Z,ZK |
Z |
6 |
|
|
A1M16MES |
Management and Economics of Power Systems |
2+2s |
CS |
Z,ZK |
Z |
6 |
|
|
AE1M16MES |
Management and Economics of Power Systems |
2+2s |
EN |
Z,ZK |
Z |
6 |
|
|
B1M16MES |
Management and Economics of Power Systems |
2P+2S |
CS |
Z,ZK |
Z |
5 |
Starý O. |
|
BE1M16MES |
Management and Economics of Power Systems |
2P+2S |
EN |
Z,ZK |
Z |
6 |
Králík T. |
|
BD1M16MES |
Management and Economics of Power Systems |
14KP+6KS |
CS |
Z,ZK |
Z |
5 |
Starý O. |
|
AD1M16MEE |
Management of Power Production |
14+6s |
CS |
Z,ZK |
L |
5 |
|
|
A1M16MEE |
Management of Power Production |
2+2s |
CS |
Z,ZK |
L |
5 |
|
|
AE1M16MEE |
Management of Power Production |
2+2s |
EN |
Z,ZK |
L |
5 |
|
|
B1M16MEE |
Management of Power Production |
2P+2S |
CS |
Z,ZK |
L |
5 |
|
|
BE1M16MEE |
Management of Power Production |
2P+2S |
EN |
Z,ZK |
L |
5 |
|
|
BD1M16MEE |
Management of Power Production |
14KP+6KS |
CS |
Z,ZK |
L |
5 |
|
|
A0B16MPL |
Management psychology |
2+0s |
|
ZK |
Z,L |
2 |
|
|
B6B16MPL |
Management psychology |
2+0s |
|
ZK |
Z,L |
2 |
|
|
AD0M16MGM |
Management |
14+6s |
CS |
Z,ZK |
Z,L |
5 |
|
|
A0M16MGM |
Management |
2P+2S |
CS |
Z,ZK |
Z,L |
5 |
Knápek J. |
|
B1M16MNR |
Managerial Decision Making |
2P+2C |
CS |
Z,ZK |
Z |
5 |
Knápek J. |
|
BE1M16MNR |
Managerial Decision Making |
2P+2C |
EN |
Z,ZK |
Z |
5 |
Knápek J. |
|
BD1M16MNR |
Managerial Decision Making |
14KP+6KS |
CS |
Z,ZK |
Z |
5 |
|
|
B0B16MSO |
Managerial sociology |
2P+2S |
CS |
Z,ZK |
Z |
4 |
|
|
A7B16MVY |
Marketing research |
2+2s |
CS |
Z,ZK |
L |
5 |
|
|
AD7B16MVY |
Marketing research |
14+6s |
CS |
Z,ZK |
L |
5 |
|
|
B6B16ZMI |
Marketing Research |
2P+2S+2D |
|
Z,ZK |
Z |
5 |
Pešek O. |
|
BD6B16ZMI |
Marketing Research |
14KP+6KS |
CS |
Z,ZK |
Z |
5 |
|
|
AD1M16MAS |
Marketing Strategies |
7+9s |
CS |
Z,ZK |
Z |
5 |
|
|
A1M16MAS |
Marketing Strategies |
1+3s |
CS |
Z,ZK |
Z |
5 |
|
|
AE1M16MAS |
Marketing Strategies |
1+3s |
EN |
Z,ZK |
L |
5 |
|
|
B1M16MAS |
Marketing Strategies |
1P+3S |
CS |
Z,ZK |
Z |
5 |
|
|
BD1M16MAS |
Marketing Strategies |
7KP+9KS |
CS |
Z,ZK |
Z |
5 |
|
|
B1M16MAS1 |
Marketing Strategies |
2P+2S |
CS |
Z,ZK |
Z,L |
5 |
Pešek O. |
|
BE1M16MAS1 |
Marketing Strategies |
2P+2S |
EN |
Z,ZK |
Z,L |
5 |
|
|
AD1M16MAR |
Marketing |
14+6s |
CS |
Z,ZK |
Z |
5 |
|
|
A1M16MAR |
Marketing |
2+2s |
CS |
Z,ZK |
Z |
5 |
|
|
AE1M16MAR |
Marketing |
2+2s |
EN |
Z,ZK |
Z |
5 |
|
|
B1M16MAR |
Marketing |
2P+2S |
CS |
Z,ZK |
L |
5 |
Pešek O. |
|
BE1M16MAR |
Marketing |
2P+2S |
EN |
Z,ZK |
L |
5 |
Pešek O. |
|
BD1M16MAR |
Marketing |
14KP+6KS |
CS |
Z,ZK |
L |
5 |
|
|
B1B16MIK |
Microekonomics |
2P+2S |
CS |
Z,ZK |
Z |
5 |
|
|
AD1M16OVY |
Operations Research |
14+6s |
CS |
Z,ZK |
L |
5 |
|
|
A1M16OVY |
Operations Research |
2+2c |
CS |
Z,ZK |
L |
5 |
|
|
AE1M16OVY |
Operations Research |
2+2c |
EN |
Z,ZK |
L |
5 |
|
|
B1M16OVY |
Operations Research |
2P+2C |
CS |
Z,ZK |
L |
5 |
Knápek J. |
|
BE1M16OVY |
Operations Research |
2P+2C |
EN |
Z,ZK |
Z,L |
5 |
Knápek J. |
|
BD1M16OVY |
Operations Research |
14KP+6KS |
CS |
Z,ZK |
L |
5 |
|
|
AD7B16OMR |
Optimization Methods |
14+6s |
CS |
Z,ZK |
Z |
5 |
|
|
AD0M16FI2 |
Philosophy II |
14+6s |
CS |
Z,ZK |
L |
4 |
|
|
A0M16FI2 |
Philosophy II |
2+2s |
CS |
Z,ZK |
L |
4 |
|
|
AE0M16FI2 |
Philosophy II |
2+2s |
EN |
Z,ZK |
L |
4 |
|
|
BE0M16FI2 |
Philosophy II |
2P+2S |
EN |
Z,ZK |
L |
4 |
|
|
AD0B16FI1 |
Philosophy I |
14+6s |
CS |
KZ |
Z,L |
4 |
|
|
A0B16FI1 |
Philosophy I |
2+2s |
CS |
KZ |
Z,L |
4 |
|
|
AE0B16FI1 |
Philosophy I |
2+2s |
EN |
KZ |
Z,L |
4 |
|
|
B6B16FI1 |
Philosophy I |
2+2s |
CS |
KZ |
Z,L |
4 |
|
|
B0B16FI1 |
Philosophy 1 |
2P+2S |
CS |
KZ |
Z |
4 |
Zamarovský P. |
|
BE0B16FI1 |
Philosophy 1 |
2P+2S |
EN |
KZ |
Z,L |
4 |
Zamarovský P. |
|
B0M16FI2 |
Philosophy 2 |
2P+2S |
CS |
Z,ZK |
L |
4 |
|
|
BD0M16FI2 |
Philosophy 2 |
14KP+6KS |
CS |
Z,ZK |
L |
4 |
|
|
BD0M16FIL |
Philosophy 2 |
14KP+6KS |
CS |
Z,ZK |
L |
5 |
|
|
BE0M16FIL |
Philosophy 2 |
2P+2S |
EN |
Z,ZK |
Z,L |
5 |
Zamarovský P. |
|
A0B16FIL |
Philosophy |
2+0s |
|
ZK |
Z,L |
2 |
|
|
B0B16FIL |
Philosophy |
2P+0S |
CS |
ZK |
Z,L |
2 |
Zamarovský P. |
|
AD1M16VEN |
Power and Heat Production |
14+6s |
CS |
KZ |
Z |
5 |
|
|
A1M16VEN |
Power and Heat Production |
2+2s |
CS |
KZ |
Z |
5 |
|
|
AE1M16VEN |
Power and Heat Production |
2+2s |
EN |
KZ |
Z |
5 |
|
|
B1M16VEN |
Power and Heat Production |
2P+2S |
CS |
Z,ZK |
Z |
5 |
|
|
BE1M16VEN |
Power and Heat Production |
2P+2S |
EN |
KZ |
Z |
5 |
|
|
BD1M16VEN |
Power and Heat Production |
14KP+6KS |
CS |
Z,ZK |
Z |
5 |
|
|
AD1M16DES |
Power Transport Systems |
14+6s |
CS |
Z,ZK |
Z |
5 |
|
|
A1M16DES |
Power Transport Systems |
2+2s |
CS |
Z,ZK |
Z |
5 |
|
|
AE1M16DES |
Power Transport Systems |
2+2s |
EN |
Z,ZK |
Z |
5 |
|
|
B1M16DES |
Power Transport Systems |
2P+2S |
CS |
Z,ZK |
Z |
5 |
Vítek M. |
|
BE1M16DES |
Power Transport Systems |
2P+2S |
EN |
Z,ZK |
Z |
5 |
|
|
BD1M16DES |
Power Transport Systems |
14KP+6KS |
CS |
Z,ZK |
Z |
5 |
|
|
A0B16PRS |
Presentation skills |
2s |
CS |
Z |
Z,L |
2 |
|
|
AE0B16PRS |
Presentation skills |
2s |
EN |
Z |
Z,L |
2 |
|
|
AE2B16PRS |
Presentation skills |
2+2s |
EN |
Z |
L |
4 |
|
|
AD1M16MAV |
Production Management |
14+6s |
CS |
Z,ZK |
L |
5 |
|
|
A1M16MAV |
Production Management |
2+2s |
CS |
Z,ZK |
L |
5 |
|
|
AE1M16MAV |
Production Management |
2+2s |
EN |
Z,ZK |
L |
5 |
|
|
B1M16MAV |
Production Management |
2P+2S |
CS |
Z,ZK |
L |
5 |
|
|
BE1M16MAV |
Production Management |
2P+2S |
EN |
Z,ZK |
L |
5 |
|
|
BD1M16MAV |
Production Management |
14KP+6KS |
CS |
Z,ZK |
L |
5 |
|
|
AD1M16PMG |
Project Management |
14+6s |
CS |
KZ |
L |
5 |
|
|
A1M16PMG |
Project Management |
2+2s |
CS |
KZ |
L |
5 |
|
|
AE1B16RIP |
Project management |
2+2s |
EN |
KZ |
L |
5 |
|
|
AE1M16PMG |
Project Management |
2+2s |
EN |
KZ |
L |
5 |
|
|
B1M16PMG |
Project Management |
2P+2S |
CS |
KZ |
L |
5 |
|
|
BE1M16PMG |
Project Management |
2P+2S |
EN |
KZ |
L |
5 |
|
|
BD1M16PMG |
Project Management |
14KP+6KS |
CS |
KZ |
L |
5 |
|
|
BE5B99PRO |
Project |
2P+2S+6D |
EN |
Z |
Z |
10 |
Jandera J., Knápek J. |
|
B0B16MPL |
Psychology for managers |
2P+0S |
CS |
ZK |
Z,L |
2 |
Fiala J. |
|
AD0B16MPS |
Psychology |
14+6s |
CS |
Z,ZK |
Z |
4 |
|
|
AD0M16MPS |
Psychology |
14+6s |
CS |
Z,ZK |
Z |
4 |
|
|
A0M16MPS |
Psychology |
2+2s |
CS |
Z,ZK |
Z,L |
4 |
|
|
A0B16MPS |
Psychology |
2+2s |
CS |
Z,ZK |
Z,L |
4 |
|
|
AE0B16MPS |
Psychology |
2+2s |
EN |
Z,ZK |
Z |
4 |
|
|
AE0M16MPS |
Psychology |
2+2s |
EN |
Z,ZK |
Z |
4 |
|
|
B6B16MPS |
Psychology |
2+2s |
CS |
Z,ZK |
Z,L |
4 |
|
|
B0M16MPS |
Psychology |
2P+2S |
CS |
Z,ZK |
Z,L |
4 |
|
|
B0B16MPS |
Psychology |
2P+2S |
CS |
Z,ZK |
Z,L |
4 |
Fiala J. |
|
BE0M16MPS |
Psychology |
2P+2S |
EN |
Z,ZK |
L |
4 |
|
|
BD0M16MPS |
Psychology |
14KP+6KS |
CS |
Z,ZK |
Z |
4 |
|
|
BD5B16MPS |
Psychology |
14KP+6KS |
CS |
Z |
L |
4 |
Klesalová A. |
|
BD0M16PSM |
Psychology |
14KP+6KS |
CS |
Z,ZK |
Z,L |
5 |
Čížek Hrubá M., Knápek J., Vašíček J. |
|
B0M16PSM |
Psychology |
2P+2S |
CS |
Z,ZK |
Z,L |
5 |
Fiala J. |
|
BE0M16PSM |
Psychology |
2P+2S |
EN |
Z,ZK |
Z,L |
5 |
|
|
AD1M16JAK |
Quality management |
14+6s |
CS |
Z,ZK |
Z |
5 |
|
|
A1M16JAK |
Quality management |
2+2s |
CS |
Z,ZK |
Z |
5 |
|
|
AE1M16JAK |
Quality management |
2+2s |
EN |
Z,ZK |
Z |
5 |
|
|
B1M16JAK |
Quality management |
2P+2S |
CS |
Z,ZK |
Z |
5 |
|
|
BE1M16JAK |
Quality management |
2P+2S |
EN |
Z,ZK |
Z |
5 |
Jandera J. |
|
BD1M16JAK |
Quality management |
14KP+6KS |
CS |
Z,ZK |
Z |
5 |
|
|
XP16ECM1 |
Quantitative research methods in economy 1 |
2P+4D |
CS |
ZK |
Z |
4 |
Lízal L. |
|
BE1M16OZE |
Renewable Energy Sources |
2P+2S |
EN |
Z,ZK |
L |
5 |
|
|
BD1M16OZE |
Renewable Energy Sources |
14KP+6KS |
CS |
Z,ZK |
L |
5 |
|
|
XP16VPT |
Science and Technology in Politics |
0P+4S |
CS |
ZK |
Z,L |
2 |
Perottino M. |
|
XP16HKC |
Science, Technics and Technology in the Historic Landscape of the Czech Lands |
2P+2S |
CS |
ZK |
Z,L |
4 |
Semotanová E. |
|
XP16VPB |
Science, Technology and Industrial Boom |
2P+2S |
CS |
ZK |
Z,L |
4 |
Efmertová M. |
|
XP16STM |
Selected Statistical Methods |
2P+2S |
CS |
ZK |
L,Z |
4 |
Tašpulatov Š. |
|
AD7B16PRO |
Semestral project |
0+15s |
CS |
KZ |
Z |
6 |
|
|
B6B16PRO |
Semestral project |
2s |
CS |
KZ |
Z |
6 |
|
|
BD6B16PRO |
Semestral project |
14KP+6KS |
CS |
KZ |
Z |
6 |
|
|
AD1M16STA |
Statistical methods in economics |
14+6c |
CS |
Z,ZK |
L |
5 |
|
|
A1M16STA |
Statistical methods in economics |
2+2c |
CS |
Z,ZK |
L |
5 |
|
|
AE1M16STA |
Statistical methods in economics |
2+2c |
EN |
Z,ZK |
L |
5 |
|
|
B1M16STA |
Statistical methods in economics |
2P+2S |
CS |
Z,ZK |
Z,L |
5 |
Tašpulatov Š. |
|
BE1M16STA |
Statistical methods in economics |
2P+2S |
EN |
Z,ZK |
L |
5 |
Tašpulatov Š. |
|
BD1M16STA |
Statistical methods in economics |
14KP+6KC |
CS |
Z,ZK |
L |
5 |
|
|
AD1M16SIR |
System Analysis and Decision Making |
14+6c |
CS |
Z,ZK |
Z |
5 |
|
|
A1M16SIR |
System Analysis and Decision Making |
2+2c |
CS |
Z,ZK |
Z |
5 |
|
|
AE1M16SIR |
System Analysis and Decision Making |
2+2c |
EN |
Z,ZK |
Z |
5 |
|
|
B1M16SIR |
System Analysis and Decision Making |
2P+2C |
CS |
Z,ZK |
Z |
5 |
|
|
BE1M16SIR |
System Analysis and Decision Making |
2P+2C |
EN |
Z,ZK |
Z |
5 |
|
|
BD1M16SIR |
System Analysis and Decision Making |
14KP+6KC |
CS |
Z,ZK |
Z |
5 |
|
|
AD0M16TE1 |
Theology |
14+6s |
CS |
Z,ZK |
L |
4 |
|
|
A0M16TE1 |
Theology |
2+2s |
CS |
Z,ZK |
L |
4 |
|
|
AE0M16TE1 |
Theology |
2+2s |
EN |
Z,ZK |
L |
4 |
|
|
B0M16TE1 |
Theology |
2P+2S |
CS |
Z,ZK |
L |
4 |
|
|
BE0M16TE1 |
Theology |
2P+2S |
EN |
Z,ZK |
L |
4 |
|
|
BD0M16TE1 |
Theology |
14KP+6KS |
CS |
Z,ZK |
L |
4 |
|
|
BD0M16TEO |
Theology |
14KP+6KS |
CS |
Z,ZK |
L |
5 |
|
|
B0M16TEO |
Theology |
2P+2S |
CS |
Z,ZK |
Z,L |
5 |
Slámečka V. |
|
BE0M16TEO |
Theology |
2P+2S |
EN |
Z,ZK |
L |
4 |
|
|
Subject |
Name |
Extent of teaching |
Language of teaching |
Completion
|
Semester
|
Credits
|
Guarantors |
Teachers |
XP17PEM |
Advanced Electromagnetism |
2P+2D |
CS |
ZK |
|
3 |
Jelínek L. |
|
XP17MAPP |
Analysis Methods for Passive Elements of Microwave and Millimeter-wave Technique |
2P+2C |
CS |
ZK |
Z |
4 |
Macháč J. |
|
A0M17NKA |
Antenna Design and Technology |
2+2L |
CS |
Z,ZK |
Z |
5 |
|
|
B0M17NKA |
Antenna Design and Technology |
2P+2L |
CS |
Z,ZK |
Z |
5 |
|
|
BE0M17NKA |
Antenna Design and Technology |
2P+2L |
EN |
Z,ZK |
Z |
5 |
|
|
A2M17AEK |
Antennas and EMC in Radiowave Communication |
2+2L |
CS |
Z,ZK |
L |
5 |
|
|
AD2M17AEK |
Antennas and EMC in Radiowave Communication |
14+6L |
CS |
Z,ZK |
L |
5 |
|
|
AED2M17AEK |
Antennas and EMC in Radiowave Communication |
2+2L |
EN |
Z,ZK |
L |
5 |
|
|
QM-ANT |
Antennas and EMC in Radiowave Communication |
2+2L |
|
Z,ZK |
L |
5 |
|
|
AE2M17AEK |
Antennas and EMC in Radiowave Communication |
2+2L |
EN |
Z,ZK |
L |
5 |
|
|
A8M17AEC |
Antennas and EMC |
3P+1L |
CS |
Z,ZK |
L |
5 |
|
|
AE8M17AEC |
Antennas and EMC |
3P+1L |
EN |
Z,ZK |
L |
5 |
|
|
B2M17NKA |
Antennas Design and Technology |
2P+2L |
CS |
Z,ZK |
Z |
6 |
Polívka M. |
|
B2M17ANT |
Antennas |
2P+2L |
CS |
Z,ZK |
L |
6 |
Hazdra P. |
|
BE2M17ANT |
Antennas |
2P+2L |
EN |
Z,ZK |
L |
6 |
Mazánek M. |
|
BAM17EPM |
Applications of Electromagnetic Fields in Medicine |
2P+2L |
CS |
Z,ZK |
L |
6 |
Vrba J. |
|
BEAM17EPM |
Applications of Electromagnetic Fields in Medicine |
2P+2L |
EN |
Z,ZK |
L |
6 |
Vrba J. |
|
AE0B17BAP |
Bachelor Project |
28s |
|
Z |
L |
20 |
|
|
AE8B17BAP |
Bachelor Project |
7s |
|
Z |
L |
9 |
|
|
A0B17BAP |
Bachelor thesis |
28s |
|
Z |
L |
20 |
|
|
AD0B17BAP |
Bachelor thesis |
28s |
|
Z |
L |
20 |
|
|
A8B17BAP |
Bachelor thesis |
7S |
|
Z |
L |
9 |
|
|
A5M17BUP |
Biological Effects of Electromagnetic Field |
2P+2L |
CS |
KZ |
L |
4 |
Vrba J. |
|
A2M17CAD |
CAD and Microwave Circuits |
2+2c |
CS |
Z,ZK |
Z |
6 |
|
|
AE2M17CAD |
CAD and Microwave Circuits |
2+2c |
EN |
Z,ZK |
Z |
6 |
|
|
AD2M17CAD |
CAD and Microwave Circuits |
14+6c |
CS |
Z,ZK |
Z |
6 |
|
|
AED2M17CAD |
CAD and Microwave Circuits |
2+2c |
EN |
Z,ZK |
Z |
6 |
|
|
B2M17CAD |
CAD in HF Technique |
2P+2C |
CS |
Z,ZK |
L |
5 |
|
|
BE2M17CAD |
CAD in HF Technique |
2P+2C |
EN |
Z,ZK |
L |
5 |
|
|
B2M17CADA |
CAD in HF Technique |
2P+2C |
CS |
Z,ZK |
L |
6 |
Škvor Z. |
|
BE2M17CADA |
CAD in HF Technique |
2P+2C |
EN |
Z,ZK |
L |
6 |
Škvor Z. |
|
A2M17PMP |
Computer Aided Modeling of Field |
2+2c |
CS |
Z,ZK |
L |
5 |
|
|
AE2M17PMP |
Computer Aided Modeling of Field |
2+2c |
EN |
Z,ZK |
L |
5 |
|
|
AD2M17PMP |
Computer Aided Modeling of Field |
14+6c |
CS |
Z,ZK |
L |
5 |
|
|
AED2M17PMP |
Computer Aided Modeling of Field |
2+2c |
EN |
Z,ZK |
L |
5 |
|
|
A8B17CAS |
Computer Algebra Systems (CAS) |
1P+1C |
CS |
Z |
Z |
2 |
Čapek M. |
|
A6M17DIP |
Diploma Thesis |
32s |
CS |
ZK |
4 |
22 |
|
|
A0M17DIP |
Diploma Thesis |
36s |
|
Z |
L |
25 |
|
|
AD0M17DIP |
Diploma Thesis |
36s |
|
Z |
L |
25 |
|
|
AE0M17DIP |
Diploma Thesis |
36s |
|
Z |
L |
25 |
|
|
A8B17EFC |
Electrical Field and Circuits |
2P+1S |
|
KZ |
L |
4 |
Škvor Z. |
|
A8B17ELD |
Electrodynamics |
3P+1S |
CS |
Z,ZK |
L |
5 |
Jelínek L. |
|
AE8B17ELD |
Electrodynamics |
3P+1S |
EN |
Z,ZK |
L |
5 |
|
|
B2B17ELD |
Electrodynamics |
2P+2C |
CS |
Z,ZK |
L |
4 |
Škvor Z. |
|
BE2B17ELD |
Electrodynamics |
2P+2C |
EN |
Z,ZK |
L |
4 |
|
|
BD5B17ELD |
Electrodynamics |
14KP+6KS |
CS |
KZ |
L |
4 |
Macháč J. |
|
A8B17EMT |
Electromagnetic Field Theory |
4P+2S |
CS |
Z,ZK |
Z |
8 |
|
|
AE8B17EMT |
Electromagnetic Field Theory |
4P+2S |
EN |
Z,ZK |
Z |
8 |
|
|
AE5B17EMT |
Electromagnetic Field Theory |
3P+2S |
EN |
Z,ZK |
Z |
6 |
|
|
BE5B17EMT |
Electromagnetic Field Theory |
3P+2C |
EN |
Z,ZK |
Z |
6 |
Škvor Z. |
|
A8B17EMTA |
Electromagnetic Field Theory |
4P+2S |
CS |
Z,ZK |
Z |
7 |
Jelínek L. |
|
AE2B17EPV |
Electromagnetic Field, Waves and Lines |
2p+2s |
EN |
Z,ZK |
L |
5 |
|
|
AD2B17EPV |
Electromagnetic Field, Waves and Lines |
14+6s |
CS |
Z,ZK |
L |
5 |
|
|
AED2B17EPV |
Electromagnetic Field, Waves and Lines |
2p+2c |
EN |
Z,ZK |
L |
5 |
|
|
QB-TEM |
Electromagnetic Field, Waves and Lines |
2+2c |
|
Z,ZK |
L |
5 |
|
|
AE1B17EMP |
Electromagnetic Field |
2p+2c |
EN |
Z,ZK |
Z |
5 |
|
|
AD1B17EMP |
Electromagnetic Field |
14+6c |
CS |
Z,ZK |
Z |
5 |
|
|
AED1B17EMP |
Electromagnetic Field |
2p+2c |
EN |
Z,ZK |
Z |
5 |
|
|
B2B17EMP |
Electromagnetic Field |
2P+2C |
CS |
Z,ZK |
Z |
4 |
|
|
BE2B17EMP |
Electromagnetic Field |
2P+2C |
EN |
Z,ZK |
Z |
4 |
|
|
B1B17EMP |
Electromagnetic Field |
2P+2C |
CS |
Z,ZK |
Z |
5 |
Pankrác V. |
|
BD5B17EMP |
Electromagnetic Field |
14KP+6KS |
CS |
Z,ZK |
Z |
5 |
Macháč J. |
|
BAB17EMP |
Electromagnetic Field |
2P+2C |
CS |
Z,ZK |
Z |
5 |
Čapek M. |
|
B2B17EMPA |
Electromagnetic Field |
2P+2C |
CS |
Z,ZK |
Z |
5 |
Pankrác V. |
|
AE4B17EAM |
Electromagnetism |
2p+2c |
EN |
Z,ZK |
Z |
6 |
|
|
AD4B17EAM |
Electromagnetism |
14+6c |
CS |
Z,ZK |
Z |
6 |
|
|
AED4B17EAM |
Electromagnetism |
2p+2c |
EN |
Z,ZK |
Z |
6 |
|
|
B4B17EAM |
Electromagnetism |
2P+2C |
CS |
Z,ZK |
Z |
6 |
Škvor Z. |
|
XP17TAM |
Evaluation of Applicators for Microwave Thermotherapy |
2P+2C |
CS |
ZK |
Z |
4 |
Vrba J. |
|
B0M17VOD |
Fiber optic detection |
2P+2L |
CS |
KZ |
L |
5 |
|
|
BE0M17VOD |
Fiber optic detection |
2P+2L |
EN |
KZ |
L |
5 |
|
|
B2M17VOT |
Fiber Optic Technology |
2P+2L |
CS |
Z,ZK |
Z |
6 |
Zvánovec S. |
|
BE2M17VOT |
Fiber Optic Technology |
2P+2L |
EN |
Z,ZK |
Z |
6 |
Zvánovec S. |
|
AE2B17PMS |
Fixed and Mobile Wireless Links |
2+2s |
EN |
Z,ZK |
L |
6 |
|
|
AD2B17PMS |
Fixed and Mobile Wireless Links |
14+6c |
CS |
Z,ZK |
L |
6 |
|
|
AED2B17PMS |
Fixed and Mobile Wireless Links |
2+2c |
EN |
Z,ZK |
L |
6 |
|
|
QB-SVA |
Fixed and Mobile Wireless Links |
2+2c |
|
Z,ZK |
L |
6 |
|
|
AE2B17VMT |
High Frequency and Microwave Technique |
2+2L |
EN |
Z,ZK |
Z |
6 |
|
|
AD2B17VMT |
High Frequency and Microwave Technique |
14+6L |
CS |
Z,ZK |
Z |
6 |
|
|
AED2B17VMT |
High Frequency and Microwave Technique |
2+2L |
EN |
Z,ZK |
Z |
6 |
|
|
QB-RFM |
High Frequency and Microwave Technique |
2+2L |
|
Z,ZK |
Z |
6 |
|
|
A2B17IN1 |
Individual Project |
3s |
CS |
KZ |
Z |
3 |
|
|
AE2B17IN1 |
Individual Project |
3s |
EN |
KZ |
Z |
3 |
|
|
AD2B17IN1 |
Individual Project |
3s |
CS |
KZ |
Z |
3 |
|
|
AD2B17IN2 |
Individual Project |
4s |
CS |
KZ |
Z |
3 |
|
|
AE2B17IN2 |
Individual Project |
4s |
EN |
KZ |
Z |
3 |
|
|
A2B17IN2 |
Individual Project |
0+4s |
CS |
KZ |
Z |
3 |
|
|
AD2M17IND |
Individual Project |
4s |
CS |
KZ |
Z |
6 |
|
|
AE2M17IND |
Individual Project |
4s |
EN |
KZ |
Z |
6 |
|
|
A2M17IND |
Individual Project |
4s |
CS |
KZ |
Z |
6 |
|
|
AED2B17IN1 |
Individual Project |
3s |
EN |
KZ |
Z |
3 |
|
|
AED2B17IN2 |
Individual Project |
4s |
EN |
KZ |
Z |
3 |
|
|
AED2M17IND |
Individual Project |
4s |
EN |
KZ |
Z |
6 |
|
|
B0M17EMC |
Introduction to electromagnetic compatibility |
2P+2L |
CS |
KZ |
Z |
4 |
Kořínek T. |
|
BE0M17EMC |
Introduction to electromagnetic compatibility |
2P+2L |
EN |
KZ |
Z |
4 |
|
|
BAM17EMC |
Introduction to electromagnetic compatibility |
2P+2L |
CS |
Z,ZK |
Z |
6 |
Kořínek T. |
|
BEAM17EMC |
Introduction to Electromagnetic Compatibility |
2P+2L |
EN |
Z,ZK |
Z |
6 |
Kořínek T. |
|
A8B32IES |
Introduction to Electronic Systems |
0P + 2L |
CS |
Z |
Z |
2 |
Škvor Z. |
|
A0B17MTB |
Matlab |
0P+3C |
CS |
KZ |
Z,L |
4 |
|
|
AE0B17MTB |
Matlab |
0P+3C |
EN |
KZ |
Z,L |
4 |
|
|
B0B17MTB |
Matlab |
0P+3C |
CS |
KZ |
Z,L |
4 |
Čapek M. |
|
BE0B17MTB |
Matlab |
0P+3C |
EN |
KZ |
Z,L |
4 |
Čapek M. |
|
B0B17LAB |
Medical Applications of Biological Effects of EM Field |
2P+2L |
CS |
Z,ZK |
L |
4 |
Vrba J. |
|
BE0B17LAB |
Medical Applications of Biological Effects of EM Field |
2P+2L |
EN |
Z,ZK |
L |
4 |
|
|
XP17LAE |
Medical Applications of Electromagnetic Field |
2P+2C |
CS |
ZK |
L |
4 |
Vrba J. |
|
XP17MVP |
Methodology of Science |
2P+2C |
|
ZK |
Z |
0 |
Vítek S. |
|
A2M17MOS |
Microwave Circuits and Subsystems |
2+2c |
CS |
Z,ZK |
L |
5 |
|
|
AE2M17MOS |
Microwave Circuits and Subsystems |
2+2c |
EN |
Z,ZK |
L |
5 |
|
|
AD2M17MOS |
Microwave Circuits and Subsystems |
14+6c |
CS |
Z,ZK |
L |
5 |
|
|
AED2M17MOS |
Microwave Circuits and Subsystems |
2+2c |
EN |
Z,ZK |
L |
5 |
|
|
B2M17MIO |
Microwave Circuits |
2P+2C |
CS |
Z,ZK |
Z |
5 |
|
|
BE2M17MIO |
Microwave Circuits |
2P+2C |
EN |
Z,ZK |
Z |
5 |
|
|
B2M17MIOA |
Microwave Circuits |
2P+2C |
CS |
Z,ZK |
Z |
6 |
Polívka M. |
|
BE2M17MIOA |
Microwave Circuits |
2P+2C |
EN |
Z,ZK |
Z |
6 |
Polívka M. |
|
B0M17MMS |
Microwave Measurement Systems |
2P+2L |
CS |
KZ |
L |
4 |
|
|
BE0M17MMS |
Microwave Measurement Systems |
2P+2L |
EN |
KZ |
L |
4 |
|
|
B2M17MIM |
Microwave Measurements |
2P+2L |
CS |
Z,ZK |
L |
5 |
|
|
BE2M17MIM |
Microwave Measurements |
2P+2L |
EN |
Z,ZK |
L |
5 |
|
|
B2M17MIMA |
Microwave Measurements |
2P+2L |
CS |
Z,ZK |
L |
6 |
Hudec P. |
|
BE2M17MIMA |
Microwave Measurements |
2P+2L |
EN |
Z,ZK |
L |
6 |
Hudec P. |
|
XP17MT |
Microwave Technique |
2P+2C |
CS |
ZK |
Z |
4 |
Hoffmann K. |
|
XP17NME |
Numerical Methods in Electromagnetic Field |
2P+2C |
CS |
ZK |
L |
4 |
Macháč J. |
|
AE2B17OKS |
Optical Communication Systems |
2+2c |
EN |
Z,ZK |
Z |
6 |
|
|
AD2B17OKS |
Optical Communication Systems |
14+6c |
CS |
Z,ZK |
Z |
6 |
|
|
AED2B17OKS |
Optical Communication Systems |
2+2L |
EN |
Z,ZK |
Z |
6 |
|
|
B2B17OKS |
Optical Communication Systems |
2P+2C |
CS |
Z,ZK |
Z |
4 |
Zvánovec S. |
|
BE2B17OKS |
Optical Communication Systems |
2P+2C |
EN |
Z,ZK |
Z |
4 |
Zvánovec S. |
|
XP17OV |
Optical Fibers |
2P+2C |
CS |
ZK |
L |
4 |
Zvánovec S. |
|
BE2M17OPM |
Optical Measurements |
2P+2L |
EN |
Z,ZK |
L |
6 |
Zvánovec S. |
|
B2M17OPM |
Optical Measurements |
2P+2L |
CS |
Z,ZK |
L |
6 |
Zvánovec S. |
|
A8M17OTT |
Optical&THz Techniques |
2P+0L |
CS |
Z,ZK |
Z |
3 |
|
|
AE8M17OTT |
Optical&THz Techniques |
2P+0L |
EN |
Z,ZK |
Z |
3 |
|
|
A0M17TMS |
Perspectives in Millimetre and Submillimetre Technology |
2+2L |
CS |
Z,ZK |
Z |
5 |
|
|
B2M99RAD |
Radar systems |
2P+2L |
CS |
Z,ZK |
Z |
6 |
Kořínek T. |
|
BE2M99RAD |
Radar systems |
2P+2L |
EN |
Z,ZK |
Z |
6 |
|
|
AE2B17VFM |
Radiofrequency Measurement |
2+2L |
EN |
Z,ZK |
Z |
6 |
|
|
AD2B17VFM |
Radiofrequency Measurement |
14+6L |
CS |
Z,ZK |
Z |
6 |
|
|
AED2B17VFM |
Radiofrequency Measurement |
2+2L |
EN |
Z,ZK |
Z |
6 |
|
|
A8M17ROL |
RF and Optical Engineering Lab |
0P+4L |
CS |
Z |
Z |
5 |
|
|
AE8M17ROL |
RF and Optical Engineering Lab |
0P+4L |
EN |
Z |
Z |
5 |
|
|
A8M17RFB |
RF Blocks Technology |
6P+0L |
CS |
Z,ZK |
Z |
7 |
|
|
AE8M17RFB |
RF Blocks Technology |
6P+0L |
EN |
Z,ZK |
Z |
7 |
|
|
XP17ANS |
Selected Chapters from Antennas and Propagation |
2P+2C |
CS |
ZK |
L |
4 |
Mazánek M. |
|
B2B99TPS |
Technical Writing |
2P+2C |
CS |
KZ |
Z |
4 |
Šístek J. |
|
XP17TVC |
Technique of Highly Sensitive Receivers |
2P+2C |
CS |
ZK |
L |
4 |
Mazánek M. |
|
A2M17PDS |
Terrestrial and Satellite Radio Links |
2+2c |
CS |
Z,ZK |
Z |
6 |
|
|
AE2M17PDS |
Terrestrial and Satellite Radio Links |
2+2c |
EN |
Z,ZK |
Z |
6 |
|
|
AD2M17PDS |
Terrestrial and Satellite Radio Links |
14+6c |
CS |
Z,ZK |
Z |
6 |
|
|
AED2M17PDS |
Terrestrial and Satellite Radio Links |
2+2c |
EN |
Z,ZK |
Z |
6 |
|
|
XP17TOM |
Theoretical Optoelectronics in Medicine |
2P+2C+4D |
CS |
ZK |
|
5 |
Vrba J. |
|
B2B17VDP |
Transmission Lines for Data Transfer |
2P+2L |
CS |
Z,ZK |
L |
4 |
Polívka M. |
|
BE2B17VDP |
Transmission Lines for Data Transfer |
2P+2L |
EN |
Z,ZK |
L |
4 |
|
|
B2M17SBS |
Wave Propagation for Wireless Links |
2P+2C |
CS |
Z,ZK |
L |
6 |
Pechač P. |
|
BE2M17SBS |
Wave Propagation for Wireless Links |
2P+2C |
EN |
Z,ZK |
L |
6 |
Pechač P. |
|
B2B17TBK |
Wireless Communication Technique |
2P+2L |
CS |
KZ |
L |
4 |
Hudec P. |
|
BE2B17TBK |
Wireless Communication Technique |
2P+2L |
EN |
KZ |
L |
4 |
|
|
BD5B17TBK |
Wireless Communication Technique |
14KP+6KL |
CS |
Z,ZK |
L |
4 |
Hudec P. |
|
BAB17TBK |
Wireless Communication Technique |
2P+2L |
CS |
KZ |
L |
4 |
|
|
A8M17WCP |
Wireless Channels&Propagation |
4P+0C |
CS |
Z,ZK |
Z |
5 |
|
|
AE8M17WCP |
Wireless Channels&Propagation |
4P+0C |
EN |
Z,ZK |
Z |
5 |
|
|
Subject |
Name |
Extent of teaching |
Language of teaching |
Completion
|
Semester
|
Credits
|
Guarantors |
Teachers |
B2M31ADA |
Adaptive signal processing |
2P+2C |
CS |
Z,ZK |
Z |
5 |
|
|
BE2M31ADA |
Adaptive signal processing |
2p+2c |
EN |
Z,ZK |
Z |
5 |
|
|
BAM31ADA |
Adaptive signal processing |
2P+2C |
CS |
Z,ZK |
Z |
6 |
Bortel R. |
|
BEAM31ADA |
Adaptive signal processing |
2P+2C |
EN |
Z,ZK |
Z |
6 |
|
|
B2M31ADAA |
Adaptive signal processing |
2P+2C |
CS |
Z,ZK |
Z |
6 |
Bortel R. |
|
BE2M31ADAA |
Adaptive Signal Processing |
2P+2C |
EN |
Z,ZK |
Z |
6 |
|
|
A8M31AAS |
Advanced Analog Systems |
2P+2S |
CS |
Z,ZK |
Z |
5 |
|
|
AE8M31AAS |
Advanced Analog Systems |
2P+2S |
EN |
Z,ZK |
Z |
5 |
|
|
B2M31DSP |
Advanced DSP methods |
2P+2C |
CS |
Z,ZK |
Z,L |
6 |
Sovka P. |
|
AD0M31ASN |
Algorithms and Structures of Neurocomputers |
14KP+6KC |
CS |
Z,ZK |
Z |
5 |
|
|
A0M31ASN |
Algorithms and Structures of Neurocomputers |
2P+2C |
CS |
Z,ZK |
Z |
5 |
|
|
AE8B31AAC |
Analog and Acitve Circuits |
3P+2S |
EN |
Z,ZK |
Z |
6 |
|
|
A8B31AAC |
Analog and Active Circuits |
3P+2S |
CS |
Z,ZK |
Z |
6 |
Hospodka J. |
|
AD2B31ANO |
Analog Circuits |
14KP+6KC |
CS |
Z,ZK |
Z |
5 |
|
|
A2B31ANO |
Analog Circuits |
2P+2C |
CS |
Z,ZK |
Z |
5 |
|
|
AE2B31ANO |
Analog Circuits |
2P+2C |
EN |
Z,ZK |
Z |
5 |
|
|
QB-ANO |
Analog Circuits |
2P+2C |
|
Z,ZK |
Z |
5 |
|
|
B2M31ZAS |
Analog Signal Processing |
2P+2S |
CS |
Z,ZK |
L |
5 |
|
|
BE2M31ZAS |
Analog Signal Processing |
2P+2S |
EN |
Z,ZK |
L |
5 |
|
|
BAM31ZAS |
Analog Signal Processing |
2P+2L |
CS |
Z,ZK |
L |
6 |
Hospodka J. |
|
BEAM31ZAS |
Analog Signal Processing |
2P+2C |
EN |
Z,ZK |
L |
6 |
Hospodka J. |
|
B2M31ZASA |
Analog Signal Processing |
2P+2L |
CS |
Z,ZK |
L |
6 |
Hospodka J. |
|
BE2M31ZASA |
Analog Signal Processing |
2P+2S |
EN |
Z,ZK |
L |
6 |
|
|
BAM31AOL |
Applied optoelectronics in medicine |
2P+2L |
CS |
Z,ZK |
L |
6 |
Havlík J. |
|
BEAM31AOL |
Applied optoelectronics in medicine |
2P+2C |
EN |
Z,ZK |
L |
6 |
|
|
A0M31ACS |
Architectures of Digital Systems |
2P+2C |
CS |
Z,ZK |
L |
4 |
|
|
A8M31APS |
Audio processing and source coding |
4P |
CS |
Z,ZK |
L |
5 |
|
|
AE8M31APS |
Audio Processing and source coding |
4P |
EN |
Z,ZK |
L |
5 |
|
|
AE0B31BAP |
Bachelor Project |
|
|
Z |
L |
20 |
|
|
AE8B31BAP |
Bachelor Project |
7ZP |
EN |
Z |
L |
9 |
|
|
B2B31BP |
Bachelor project |
|
CS |
KZ |
|
4 |
|
|
A0B31BAP |
Bachelor thesis |
|
|
Z |
L |
20 |
|
|
AD0B31BAP |
Bachelor thesis |
|
|
Z |
L |
20 |
|
|
A8B31BAP |
Bachelor thesis |
7ZP |
CS |
Z |
L |
9 |
|
|
AE0B31ZZS |
Basic Signal Processing |
2P+2C |
EN |
Z,ZK |
Z |
4 |
|
|
A7B31ZZS |
Basic Signal Processing |
2P+2C+2D |
CS |
Z,ZK |
Z |
5 |
|
|
AD7B31ZZS |
Basic Signal Processing |
14KP+6KC |
CS |
Z,ZK |
Z |
5 |
|
|
BAB31ZZS |
Basic Signal Processing |
2P+2C |
CS |
KZ |
Z |
4 |
Čmejla R. |
|
A0M31ZLE |
Basics of Medical Electronics |
2P+2L |
CS |
Z,ZK |
L |
4 |
Havlík J. |
|
XP31ZBS |
Biological Signal Processing |
2P+2C |
EN |
ZK |
Z |
4 |
Čmejla R. |
|
A6M31BSG |
Biological signals |
2P+2L |
CS |
Z,ZK |
L |
5 |
|
|
B2M31BSG |
Biological Signals |
2P+2L |
CS |
Z,ZK |
L |
5 |
|
|
BE2M31BSG |
Biological Signals |
2P+2L |
EN |
Z,ZK |
L |
5 |
|
|
BAM31BSG |
Biological signals |
2P+2L |
CS |
Z,ZK |
L |
6 |
Čmejla R. |
|
BEAM31BSG |
Biological signals |
2P+2L |
EN |
Z,ZK |
L |
6 |
Čmejla R. |
|
B2M31BSGA |
Biological Signals |
2P+2L |
CS |
Z,ZK |
L |
6 |
|
|
BE2M31BSGA |
Biological Signals |
2P+2L |
EN |
Z,ZK |
L |
6 |
|
|
A8B31CIR |
Circuit Theory |
4P+2S |
CS |
Z,ZK |
L |
8 |
Zemánek I. |
|
AE8B31CIR |
Circuit Theory |
4P+2S |
EN |
Z,ZK |
L |
8 |
|
|
XP31NOS |
Design and circuit structures of electronic systems |
2P+2S |
CS |
ZK |
L |
4 |
Hospodka J. |
|
AD2M99CZS |
Digital Signal processing |
14KP+6KC |
CS |
Z,ZK |
Z |
5 |
|
|
A2M99CZS |
Digital Signal processing |
2P+2C |
CS |
Z,ZK |
Z |
5 |
|
|
AE2M99CZS |
Digital Signal Processing |
2P+2C |
EN |
Z,ZK |
Z |
5 |
|
|
QB-SZS |
Digital Signal processing |
2P+2C |
|
Z,ZK |
Z |
5 |
|
|
QM-AFO |
Digital Signal processing |
2P+2C |
|
Z,ZK |
Z |
5 |
|
|
B2B31CZS |
Digital Signal processing |
2P+2C |
CS |
Z,ZK |
Z |
4 |
Pollák P., Sovka P. |
|
B2M31CZS |
Digital Signal processing |
2P+2C |
CS |
Z,ZK |
Z |
5 |
|
|
BD5B31CZS |
Digital Signal Processing |
14KP+6KC |
CS |
Z,ZK |
Z |
4 |
Pollák P., Sovka P. |
|
BE2M31CZS |
Digital Signal Processing |
2P+2C |
EN |
Z,ZK |
Z |
5 |
|
|
BE2M31DSPA |
Digital Signal Processing |
2P+2C |
EN |
Z,ZK |
Z |
6 |
Pollák P. |
|
XP31CZS |
Digital signal processing |
2P+2C |
CS |
ZK |
Z |
4 |
Bortel R. |
|
B2M31PR |
Diploma project |
|
|
KZ |
Z |
6 |
|
|
A0M31DIP |
Diploma Thesis |
|
|
Z |
L |
25 |
|
|
AD0M31DIP |
Diploma Thesis |
|
|
Z |
L |
25 |
|
|
B1B31EOS |
Electric circuits |
3P+2S |
CS |
Z,ZK |
Z |
6 |
Hospodka J., Pokorný M. |
|
AD3B31EOP |
Electrical Circuits and Elements |
28KP+6KC |
CS |
Z,ZK |
Z |
8 |
|
|
AD1B31EOS |
Electrical circuits |
21KP+6KS |
CS |
Z,ZK |
L |
6 |
|
|
A1B31EOS |
Electrical circuits |
3P+2S |
CS |
Z,ZK |
L |
6 |
|
|
AE1B31EOS |
Electrical circuits |
3P+2S |
EN |
Z,ZK |
L |
6 |
|
|
A7B31ELI |
Electrical engineering in informatics |
2P+2C |
CS |
Z,ZK |
Z |
5 |
|
|
AD7B31ELI |
Electrical engineering in informatics |
14KP+6KS |
CS |
Z,ZK |
Z |
5 |
|
|
A0M31EOF |
Electronic Circuits and Filters |
2P+2C |
CS |
Z,ZK |
L |
5 |
|
|
B2B31EO1 |
Electronic Circuits 1 |
2P+2L |
CS |
Z,ZK |
L |
4 |
Hospodka J. |
|
BD5B31EO1 |
Electronic Circuits 1 |
14KP+6KC |
CS |
Z,ZK |
L |
5 |
Čmejla R. |
|
B2B31EO2 |
Electronic Circuits 2 |
2P+2L |
CS |
Z,ZK |
Z |
4 |
Hospodka J. |
|
BD5B31EO2 |
Electronic Circuits 2 |
14KP+6KC |
CS |
Z,ZK |
Z |
5 |
Hospodka J. |
|
B3B31EPO |
Electronic Devices and Circuits |
4P+2L |
CS |
Z,ZK |
Z |
6 |
Hospodka J. |
|
AE3B31EOP |
Elektrical Circuits and Elements |
4P+2C |
EN |
Z,ZK |
Z |
8 |
|
|
A8B31ELE |
Elements of Electronics |
2P |
CS |
KZ |
L |
4 |
|
|
AE8B31ELE |
Elements of Electronics |
2P |
EN |
KZ |
L |
4 |
|
|
B2M31AED |
Experimental Data Analysis |
2P+2C |
CS |
Z,ZK |
Z |
5 |
|
|
BE2M31AED |
Experimental Data Analysis |
2P+2C |
EN |
Z,ZK |
Z |
5 |
|
|
B2M31AEDA |
Experimental Data Analysis |
2P+2C |
CS |
Z,ZK |
Z |
6 |
Rusz J. |
|
BE2M31AEDA |
Experimental Data Analysis |
2P+2C |
EN |
Z,ZK |
Z |
6 |
|
|
BAB31AF2 |
Fundamentals of Anatomy and Physiology II |
2P+2L |
CS |
Z,ZK |
L |
4 |
Čížková K. |
|
BAB31AF1 |
Fundamentals of Anatomy and Physiology I |
2P+2L |
CS |
KZ |
Z |
4 |
Čížková K., Salavová Š. |
|
B2B31ZEO |
Fundamentals of Electric Circuits |
2P+2L |
CS |
Z,ZK |
L |
6 |
|
|
B2B31ZEOA |
Fundamentals of Electric Circuits |
2P+2L |
CS |
Z,ZK |
L |
5 |
Čmejla R. |
|
AD2B31ZEO |
Fundamentals of Electrical Circuits |
14KP+6KS |
CS |
Z,ZK |
L |
5 |
|
|
A2B31ZEO |
Fundamentals of Electrical Circuits |
2P+2S |
CS |
Z,ZK |
L |
5 |
|
|
AE2B31ZEO |
Fundamentals of Electrical Circuits |
2P+2S |
EN |
Z,ZK |
L |
5 |
|
|
BE5B31ZEO |
Fundamentals of Electrical Circuits |
2P+2S |
EN |
Z,ZK |
Z |
5 |
Hospodka J. |
|
BAB31GEN |
Genetics |
2P |
CS |
ZK |
Z |
3 |
Kočárek E. |
|
AD2B31HPM |
Hardware for Multimedia |
14KP+6KL |
CS |
Z,ZK |
Z |
6 |
|
|
A2B31HPM |
Hardware for Multimedia |
2P+2L |
CS |
Z,ZK |
Z |
6 |
|
|
AE2B31HPM |
Hardware for Multimedia |
2P+2L |
EN |
Z,ZK |
Z |
6 |
|
|
AD2M31IAS |
Implementation of Analog Systems |
14KP+6KC |
CS |
Z,ZK |
L |
6 |
|
|
A2M31IAS |
Implementation of Analog Systems |
2P+2C |
CS |
Z,ZK |
Z |
6 |
|
|
AE2M31IAS |
Implementation of Analog Systems |
2P+2S |
EN |
Z,ZK |
L |
6 |
|
|
B2M31IAS |
Implementation of analog systems |
2P+2C |
CS |
Z,ZK |
Z |
5 |
|
|
BE2M31IAS |
Implementation of analog systems |
2P+2C |
EN |
Z,ZK |
Z |
5 |
|
|
B2M31IASA |
Implementation of analog systems |
2P+2C |
CS |
Z,ZK |
Z |
6 |
Bortel R. |
|
BE2M31IASA |
Implementation of analog systems |
2P+2C |
EN |
Z,ZK |
Z |
6 |
|
|
A6M31IP |
Individual Project |
|
CS |
KZ |
Z |
4 |
|
|
BAB31UBI |
Introduction to bioengineering |
2P+2L |
CS |
KZ |
Z |
4 |
Novotný M. |
|
BVB31UBI |
Introduction to Biomedical Engineering |
2P+1C+3D |
CS |
KZ |
Z |
3 |
|
|
AD2B99LES |
Laboratory of Electronic Systems |
14KP+6KC |
CS |
Z,ZK |
L |
6 |
|
|
A2B99LES |
Laboratory of Electronic Systems |
2P+2C |
CS |
Z,ZK |
L |
6 |
|
|
AE2B99LES |
Laboratory of Electronic Systems |
2P+2C |
EN |
Z,ZK |
L |
6 |
|
|
A6M31LET |
Medical Instrumentation and Devices |
3P+3L |
CS |
Z,ZK |
L |
6 |
|
|
BAM31LET |
Medical Instrumentation and Devices |
2P+2L |
CS |
Z,ZK |
Z |
6 |
Havlík J. |
|
BEAM31LET |
Medical Instrumentation and Devices |
2P+2L |
EN |
Z,ZK |
Z |
6 |
Havlík J. |
|
AD2M99MAM |
Microprocessors and microcomputers |
14KP+6KL |
CS |
Z,ZK |
L |
6 |
|
|
A2M99MAM |
Microprocessors and microcomputers |
2P+2L |
CS |
Z,ZK |
L |
6 |
|
|
AE2M99MAM |
Microprocessors and microcomputers |
2P+2L |
EN |
Z,ZK |
L |
6 |
|
|
QM-MAM |
Microprocessors and microcomputers |
2P+2L |
CS |
Z,ZK |
L |
6 |
|
|
BAM31MOA |
Modeling and analysis of brain activity |
2P+2C |
CS |
Z,ZK |
Z |
6 |
Hlinka J. |
|
BEAM31MOA |
Modeling and analysis of brain activity |
2P+2C |
EN |
Z,ZK |
Z |
6 |
Hlinka J. |
|
AD2B31SMS |
Multimedia signal synthesis |
14KP+6KC |
CS |
Z,ZK |
Z |
6 |
|
|
A2B31SMS |
Multimedia signal synthesis |
2P+2C |
CS |
Z,ZK |
Z |
6 |
|
|
A0B31ZZS |
Multimedia signal synthesis |
2P+2C |
CS |
Z,ZK |
Z |
4 |
|
|
AE2B31SMS |
Multimedia signal synthesis |
2P+2C |
EN |
Z,ZK |
Z |
6 |
|
|
BAM31NPG |
Neurophysiology |
2P+2C |
CS |
Z,ZK |
Z |
6 |
Jiruška P. |
|
BEAM31NPG |
Neurophysiology |
2P+2C |
EN |
Z,ZK |
Z |
6 |
Jiruška P. |
|
AD2B31IN2 |
Project II. |
|
CS |
KZ |
Z |
3 |
|
|
A2B31IN2 |
Project II. |
|
CS |
KZ |
Z |
3 |
|
|
AE2B31IN2 |
Project II. |
|
EN |
KZ |
Z |
3 |
|
|
AD2B31IN1 |
Project I. |
|
CS |
KZ |
Z |
3 |
|
|
A2B31IN1 |
Project I. |
|
CS |
KZ |
Z |
3 |
|
|
AE2B31IN1 |
Project I. |
|
EN |
KZ |
Z |
3 |
|
|
AD2M31IND |
Project |
|
CS |
KZ |
Z |
6 |
|
|
A2M31IND |
Project |
|
CS |
KZ |
Z |
6 |
|
|
AE2M31IND |
Project |
|
EN |
KZ |
Z |
6 |
|
|
BDUM-AZS |
Signal analysis and processing |
32KP |
CS |
Z,ZK |
L |
6 |
Hospodka J. |
|
A6M31ANS |
Signal analysis |
3P+2C |
CS |
Z,ZK |
Z |
6 |
|
|
BE5B31TES |
Signal Theory |
2P+2C |
EN |
Z,ZK |
L |
5 |
Bortel R. |
|
B3B31SAS |
Signals and Systems |
2P+2C |
CS |
Z,ZK |
Z |
5 |
Sovka P. |
|
AD2M31SMU |
Signals in multimedia |
14KP+6KC |
CS |
Z,ZK |
L |
5 |
|
|
A2M31SMU |
Signals in multimedia |
2P+2C |
CS |
Z,ZK |
L |
5 |
|
|
AE2M31SMU |
Signals in multimedia |
2P+2C |
EN |
Z,ZK |
L |
5 |
|
|
B3B31SSI |
Signals, systems and inference |
4P+2C |
CS |
Z,ZK |
Z |
6 |
Bortel R. |
|
A4B31SVP |
Software or Research Project |
|
CS |
KZ |
Z,L |
6 |
|
|
A4M31SVP |
Software or Research Project |
|
CS |
KZ |
Z,L |
6 |
|
|
XP31FON |
Speech Phonetics and Advanced Voice Technologies |
2P+4D |
CS |
ZK |
|
4 |
Pollák P. |
|
A2M31ZRE |
Speech processing |
2P+2C |
CS |
Z,ZK |
Z |
6 |
|
|
AE2M31ZRE |
Speech processing |
2P+2C |
EN |
Z,ZK |
L |
6 |
|
|
B2M31ZRE |
Speech Processing |
2P+2C |
CS |
Z,ZK |
L |
6 |
Pollák P. |
|
BE2M31ZRE |
Speech Processing |
2P+2C |
EN |
Z,ZK |
L |
6 |
Pollák P. |
|
AD2M31ZRE |
Speech technology in telecommunications |
14KP+6KC |
CS |
Z,ZK |
Z |
6 |
|
|
AD2M31RAT |
Speech technology in telecommunications |
14KP+6KC |
CS |
Z,ZK |
Z |
6 |
|
|
A2M31RAT |
Speech technology in telecommunications |
2P+2C |
CS |
Z,ZK |
L |
6 |
|
|
AE2M31RAT |
Speech technology in telecommunications |
2P+2C |
EN |
Z,ZK |
L |
6 |
|
|
B2M31SYN |
Synthesis of Audio Signals |
2P+2C |
CS |
Z,ZK |
Z |
6 |
Čmejla R. |
|
BE2M31SYN |
Synthesis of Audio Signals |
2P+2C |
EN |
Z,ZK |
Z |
6 |
Čmejla R. |
|
Subject |
Name |
Extent of teaching |
Language of teaching |
Completion
|
Semester
|
Credits
|
Guarantors |
Teachers |
B2M32PRSA |
Access Networks |
2P + 2L |
CS |
Z,ZK |
Z |
6 |
Vodrážka J. |
|
BE2M32PRSA |
Access Networks |
2P + 2L |
EN |
Z,ZK |
Z |
6 |
Lafata P. |
|
B6B32ST2 |
Advanced Networking Technologies |
2P + 2C + 4D |
|
Z,ZK |
Z |
5 |
Boháč L. |
|
B2M32PST |
Advanced Networking Technologies |
2P + 2C + 4D |
CS |
Z,ZK |
Z |
6 |
Boháč L. |
|
BE2M32PST |
Advanced Networking Technologies |
2P + 2L |
EN |
Z,ZK |
Z,L |
6 |
Boháč L. |
|
AE2M32VAD |
Applications Development and DSP |
2P + 2L |
EN |
Z,ZK |
L |
5 |
|
|
XP32AKR |
Applied Cryptography |
4P + 0S |
CS |
ZK |
L |
4 |
Vaněk T. |
|
A8M32AQT |
Applied Queueing Theory |
3P + 1C |
CS |
Z,ZK |
Z |
6 |
|
|
A8M32AVL |
Audio-Video Processing Lab |
0P + 2L |
CS |
Z |
Z |
2 |
|
|
AE8M32AVL |
Audio-Video Processing Lab |
0P + 2L |
EN |
Z |
Z |
2 |
|
|
B0B32KTI |
Communication Technology for IoT |
2P + 2L + 2D |
CS |
Z,ZK |
Z |
5 |
Vojtěch L. |
|
A0M32KMP |
Communications and Media Law |
2P + 2C |
CS |
Z,ZK |
Z |
4 |
Holeček J. |
|
AE0M32KMP |
Communications and Media Law |
2P + 2C |
EN |
Z,ZK |
Z,L |
4 |
|
|
B4M36KBE |
Communications Security |
3P+2C |
CS |
Z,ZK |
L |
6 |
Vaněk T. |
|
BE4M36KBE |
Communications Security |
3P+2C |
EN |
Z,ZK |
L |
6 |
Vaněk T. |
|
BE5B32PKS |
Computer and Communication Networks |
2P + 2C |
EN |
Z,ZK |
Z |
6 |
|
|
B4B32PKS |
Computer and Communication Networks |
2P + 2C |
CS |
Z,ZK |
L |
6 |
Boháč L. |
|
B6B32PSI |
Computer Networks |
2P + 2C + 3D |
|
Z,ZK |
Z |
5 |
Boháč L. |
|
BD6B32PSI |
Computer Networks |
14P + 6C |
|
Z,ZK |
Z |
5 |
Boháč L. |
|
A0B32KTE |
Construction of Telecommunication Devices |
2P + 2L |
CS |
KZ |
L |
4 |
Vojtěch L. |
|
B6B32KAB |
Cryptography and Information Security |
2P + 2L + 2D |
|
Z,ZK |
Z |
5 |
Vaněk T. |
|
BD6B32KAB |
Cryptography and Information Security |
14P + 6C |
|
Z,ZK |
Z |
5 |
Vaněk T. |
|
B0M32KSB |
Cryptography and Network Security |
2P+2L+4D |
CS |
Z,ZK |
Z |
6 |
Vaněk T. |
|
V32PRD |
Data Communication Means |
2P + 2L |
CS |
KZ |
Z |
6 |
Vodrážka J., Zeman T. |
|
A8B32DNT |
Data Networks Theory |
3P + 1L |
CS |
Z,ZK |
Z |
5 |
Bečvář Z. |
|
AE8B32DNT |
Data Networks Theory |
3P + 1L |
EN |
Z,ZK |
Z |
5 |
|
|
BE2B32DAT |
Data Networks |
2P + 2L |
EN |
Z,ZK |
Z,L |
4 |
Boháč L. |
|
BD5B32DAT |
Data Networks |
14P + 6L |
CS |
Z,ZK |
Z |
4 |
Boháč L. |
|
B2B32DATA |
Data Networks |
2P + 2L |
CS |
KZ |
Z |
5 |
Boháč L. |
|
BE2B32DATA |
Data Networks |
2P + 2L |
EN |
KZ |
Z,L |
5 |
|
|
BBB32DATA |
Data Networks |
2P + 2C |
CS |
KZ |
Z |
5 |
|
|
B2M32DMT |
Diagnostics and Measurement in Telecommunications |
2P+2L |
CS |
Z,ZK |
L |
6 |
Vodrážka J. |
|
BE2B32DIT |
Digital Engineering |
2P + 2L |
EN |
Z,ZK |
Z,L |
4 |
Lucki M. |
|
A8B32DCL |
Digital Signal Processing and Communication Laboratory |
0P + 2C |
CS |
Z |
Z |
2 |
|
|
AE8B32DCL |
Digital Signal Processing and Communication Laboratory |
0P + 2C |
EN |
Z |
Z |
2 |
|
|
B2M32DZSA |
Digital Signal Processing in Telecommunication |
2P + 2L |
CS |
Z,ZK |
Z |
6 |
|
|
BE2M32DZSA |
Digital Signal Processing in Telecommunication |
2P + 2L |
EN |
Z,ZK |
Z |
6 |
|
|
A8B32DSP |
Digital Signal Processing |
3P + 1L |
CS |
Z,ZK |
Z |
5 |
Zahradník P. |
|
AE8B32DSP |
Digital Signal Processing |
3P + 1L |
EN |
Z,ZK |
Z |
5 |
|
|
BD5B32DIT |
Digital Technique |
1P + 1L |
CS |
Z,ZK |
Z |
4 |
Lafata P. |
|
B2B32DITA |
Digital Technique |
2P + 2L |
CS |
KZ |
Z |
4 |
Lafata P. |
|
B6B32DSV |
Distributed Computing |
2P + 2L + 4D |
|
Z,ZK |
Z |
5 |
Macejko P. |
|
B2M32DSVA |
Distributed Computing |
2P + 2C |
CS |
Z,ZK |
Z |
6 |
Macejko P. |
|
BE2M32DSVA |
Distributed Computing |
2P + 2C |
EN |
Z,ZK |
Z |
6 |
Macejko P. |
|
AE2B32IND |
Individual Project |
0P + 4C |
EN |
KZ |
Z,L |
3 |
|
|
AE2M32IND |
Individual Project |
0P + 4S |
EN |
KZ |
Z,L |
6 |
Bešťák R., Hrad J., Lucki M. |
|
BE2M32IBE |
Information Security |
2P + 2C |
EN |
Z,ZK |
Z |
5 |
Hampl P., Vaněk T. |
|
B2M32IBEA |
Information Security |
2P + 2C |
CS |
Z,ZK |
L |
6 |
Boháč L., Vaněk T. |
|
BE2M32IBEA |
Information Security |
2P + 2C |
EN |
Z,ZK |
L |
6 |
Bešťák R., Bezpalec P., Vaněk T. |
|
XP32ODV |
Intellectual property protection |
2P + 0S |
CS |
ZK |
L |
4 |
Hájek J. |
|
A0B32ODV |
Intellectual property protection |
3P + 0S |
CS |
KZ |
Z |
4 |
Hájek J. |
|
AE8B32IES |
Introduction to Electronic Systems |
0P + 2L |
EN |
Z |
Z |
2 |
|
|
XP32MOS |
Mobile Networks |
2P + 2C |
EN |
ZK |
Z |
4 |
Bečvář Z., Bešťák R. |
|
B2M32MKSA |
Mobile Networks |
2P + 2L |
CS |
Z,ZK |
Z |
6 |
Bečvář Z. |
|
BE2M32MKSA |
Mobile Networks |
2P + 2L |
EN |
Z,ZK |
Z |
6 |
Bečvář Z. |
|
B2M32DSAA |
Network Application Diagnostics |
2P + 2C |
CS |
Z,ZK |
Z |
6 |
Mařík R. |
|
BE2M32DSAA |
Network Application Diagnostics |
2P + 2C |
EN |
Z,ZK |
Z |
6 |
Mařík R. |
|
A2B32SOS |
Network Operating Systems |
2P + 2C |
CS |
Z,ZK |
Z |
6 |
|
|
AE2B32SOS |
Network Operating Systems |
2P + 2C |
EN |
Z,ZK |
Z |
6 |
|
|
B6B32SOS |
Network Operating Systems |
2P + 2L + 2D |
|
Z,ZK |
Z |
5 |
Troller P. |
|
BE6B32SOS |
Network Operating Systems |
2P + 2L + 2D |
EN |
Z,ZK |
Z |
5 |
Troller P. |
|
A8M32NOP |
Network Optimization |
4P + 0C |
CS |
Z,ZK |
Z |
5 |
|
|
AE8M32NOP |
Network Optimization |
4P + 0C |
EN |
Z,ZK |
Z |
5 |
|
|
B2B32PPS |
Network Planning and Operation |
2P + 2C |
CS |
Z,ZK |
L |
4 |
Vodrážka J. |
|
BE2B32PPS |
Network Planning and Operation |
2P + 2C |
EN |
Z,ZK |
Z,L |
4 |
|
|
B2B32STE |
Network Technologies |
2P + 2C |
CS |
Z,ZK |
Z |
4 |
Boháč L. |
|
B2M32OSS |
Optical Systems and Networks |
2P + 2L |
CS |
Z,ZK |
L |
6 |
Boháč L. |
|
BE2M32OSS |
Optical Systems and Networks |
2P + 2L |
EN |
Z,ZK |
L |
6 |
|
|
B2M32THOA |
Queueing Theory |
3P + 1L |
CS |
Z,ZK |
Z |
6 |
Hampl P. |
|
BE2M32THOA |
Queueing Theory |
3P + 1L |
EN |
Z,ZK |
Z |
6 |
Hampl P. |
|
XP32DKS |
Sizing of communications networks |
2P + 2C+ 2D |
CS |
ZK |
L |
4 |
Hampl P. |
|
A2B32TPR |
Team Project |
0P + 3C |
CS |
KZ |
Z |
3 |
|
|
AE2B32TPR |
Team Project |
0P + 3C |
EN |
KZ |
Z |
3 |
|
|
B2B32TSI |
Telecommunication Systems and Networks |
2P + 2L |
CS |
KZ |
Z |
4 |
|
|
BE2B32TSI |
Telecommunication Systems and Networks |
2P + 2L |
EN |
KZ |
Z,L |
4 |
Pravda I. |
|
B6B32TKS |
Telecommunications Networks |
2P + 2L + 2D |
|
Z,ZK |
L |
5 |
|
|
BD6B32TKS |
Telecommunications Networks |
14P + 6L |
|
Z,ZK |
L |
5 |
|
|
B2M32RTK |
Telephony Communication Control |
2P + 2L |
CS |
Z,ZK |
L |
6 |
Bešťák R. |
|
BE2M32RTK |
Telephony Communication Control |
2P + 2L |
EN |
Z,ZK |
L |
6 |
Bešťák R. |
|
B6B32UOP |
Unix Operating Systems |
2P + 2C + 2D |
CS |
KZ |
Z |
4 |
Troller P. |
|
A8M32VPS |
Video processing and source coding |
4P + 0C |
CS |
Z,ZK |
Z |
5 |
|
|
AE8M32VPS |
Video processing and source coding |
4P + 0C |
EN |
Z,ZK |
Z |
5 |
|
|
B2M32BTSA |
Wireless Technologies |
2P + 2L |
CS |
Z,ZK |
L |
6 |
Bečvář Z. |
|
BE2M32BTSA |
Wireless Technologies |
2P + 2L |
EN |
Z,ZK |
Z,L |
6 |
Bečvář Z. |
|
Subject |
Name |
Extent of teaching |
Language of teaching |
Completion
|
Semester
|
Credits
|
Guarantors |
Teachers |
B4M33PAL |
Advanced algorithms |
2P+2C |
CS |
Z,ZK |
Z |
6 |
Průša D. |
|
BE4M33PAL |
Advanced Algorithms |
2P+2C |
EN |
Z,ZK |
Z |
6 |
Průša D. |
|
B3M33PKR |
Advanced robot kinematics |
2P+2C |
CS |
Z,ZK |
Z |
6 |
Pajdla T. |
|
BE3M33PKR |
Advanced robot kinematics |
2P+2C |
EN |
Z,ZK |
Z |
6 |
Pajdla T. |
|
B3B33ALP |
Algorithms and Programming |
2P+2C |
CS |
Z,ZK |
Z |
6 |
Vonásek V. |
|
BE5B33ALG |
Algorithms |
2P+2C |
EN |
Z,ZK |
Z |
6 |
Genyk-Berezovskyj M. |
|
B4B33ALG |
Algorithms |
2P+2C |
CS |
Z,ZK |
Z |
6 |
Genyk-Berezovskyj M. |
|
B3M33ARO1 |
Autonomous Robotics |
2P+2L |
CS |
Z,ZK |
L |
6 |
Zimmermann K. |
|
BE3M33ARO1 |
Autonomous Robotics |
2P+2L |
EN |
Z,ZK |
L |
6 |
Zimmermann K. |
|
A6M33BIO |
Biometrie |
2P+2C |
CS |
KZ |
Z |
4 |
Novák D. |
|
B0B01MVM |
Calculus with Maple |
1P+1C+1D |
CS |
Z |
L |
2 |
Němeček A. |
|
A6M33KSY |
Cognitive Systems |
2P+1C |
CS |
KZ |
Z |
4 |
Štěpánová K., Vavrečka M. |
|
B4M33MPV |
Computer Vision Methods |
2P+2C |
CS |
Z,ZK |
L |
6 |
Matas J. |
|
BE4M33MPV |
Computer Vision Methods |
2P+2C |
EN |
Z,ZK |
L |
6 |
Matas J. |
|
XP33VTP |
Computer Vision – Theory and Practice |
2S |
EN |
ZK |
L |
4 |
Chum O. |
|
BE5B33KUI |
Cybernetics and Artificial Intelligence |
2P+2C |
EN |
Z,ZK |
L |
6 |
Svoboda T. |
|
B3B33KUI |
Cybernetics and Artificial Intelligence |
2P+2C |
CS |
Z,ZK |
L |
6 |
Svoboda T. |
|
BEV033DLE |
Deep Learning |
2P+2C |
EN |
Z,ZK |
L |
6 |
Shekhovtsov O. |
|
B4M33DZO |
Digital image |
2P+2C |
CS |
Z,ZK |
Z,L |
6 |
Sýkora D. |
|
BE4M33DZO |
Digital Image |
2P+2C |
EN |
Z,ZK |
Z |
6 |
Sýkora D. |
|
A7B33DIF |
Digital Photography |
2P+2L |
CS |
Z,ZK |
L |
5 |
Hlaváč V. |
|
A0M33EOA |
Evolutionary Optimization Algorithms |
2P+2C |
CS |
Z,ZK |
Z |
6 |
Pošík P. |
|
A6M33ZPP |
First Aid Training Course |
2S |
CS |
Z |
Z |
1 |
Macků D. |
|
XEP33FLO |
Fuzzy Logic |
2P+0S |
EN |
ZK |
L |
4 |
Navara M. |
|
BE4M33GVG |
Geometry of Computer Vision and Graphics |
2P+2C |
EN |
Z,ZK |
L |
6 |
Pajdla T. |
|
B4M33GVG |
Geometry of Computer Vision and Graphics |
2P+2C |
CS |
Z,ZK |
L |
6 |
Pajdla T. |
|
B3M33HRO |
Humanoid robots |
2P+2C |
CS |
Z,ZK |
L |
6 |
Hoffmann M. |
|
BE3M33HRO |
Humanoid robots |
2P+2C |
EN |
Z,ZK |
L |
6 |
Hoffmann M. |
|
XP33CHM |
Chapters in higher mathematics |
2P |
EN |
ZK |
|
4 |
Pták P. |
|
A5M33IZS |
Information and Knowledge-Based Systems |
2P+1C |
CS |
Z,ZK |
L |
4 |
|
|
B3B33LAR |
Laboratory of robotics |
0P+4L |
CS |
KZ |
L |
4 |
Krsek P. |
|
BAM33ZMO |
Medical Image Processing |
2P+2C |
CS |
Z,ZK |
Z |
6 |
Kybic J. |
|
BEAM33ZMO |
Medical Image Processing |
2P+2C |
EN |
Z,ZK |
Z |
6 |
Kybic J. |
|
BAM33ZSL |
Medical Imaging Systems |
2P+2C |
CS |
Z,ZK |
L |
6 |
Kybic J. |
|
BEAM33ZSL |
Medical Imaging Systems |
2P+2C |
EN |
Z,ZK |
L |
6 |
Kybic J. |
|
B3M33MRS |
Multi-robot aerial systems |
2P+2L |
CS |
Z,ZK |
Z |
6 |
Saska M. |
|
BE3M33MRS |
Multi-robot aerial systems |
2P+2L |
EN |
Z,ZK |
Z |
6 |
Saska M. |
|
BAM33NIN |
Neuroinformatics |
2P+2C |
CS |
Z,ZK |
L |
6 |
Novák D. |
|
BEAM33NIN |
Neuroinformatics |
2P+2C |
EN |
Z,ZK |
L |
6 |
Novák D. |
|
B0B33OPT |
Optimization |
4P+2C |
CS |
Z,ZK |
Z,L |
7 |
Werner T. |
|
BE5B33RPZ |
Pattern Recognition and Machine Learning |
2P+2C |
EN |
Z,ZK |
Z |
6 |
Matas J. |
|
A0M33PAR |
Practical Robotics |
1P+3L |
CS |
KZ |
Z |
4 |
Přeučil L. |
|
BE5B33PRG |
Programming Essentials |
2P+2C |
EN |
Z,ZK |
Z |
6 |
Svoboda T. |
|
BE5B33PGE |
Programming for Engineers |
2P+2C |
EN |
Z,ZK |
L |
6 |
Pošík P. |
|
XP33RCV |
Reading group in Pattern Recognition and Computer Vision |
2P+2S |
EN |
ZK |
Z,L |
4 |
Tolias G. |
|
XP33RG2 |
Reading Group |
2P+2S |
EN |
ZK |
Z,L |
4 |
Zimmermann K. |
|
B4B33RPZ |
Recognition and Machine Learning |
2P+2C |
CS |
Z,ZK |
Z |
6 |
Matas J. |
|
B3B33VIR |
Robot Learning |
2P+2L |
CS |
Z,ZK |
Z |
4 |
|
|
B3B33UROB |
Robot Learning |
2P+2C |
CS |
Z,ZK |
Z |
6 |
Zimmermann K. |
|
B3B33ROB |
Robotics |
2P+2L |
CS |
Z,ZK |
Z |
5 |
|
|
B3B33ROB1 |
Robotics |
2P+2L |
CS |
Z,ZK |
Z |
6 |
Petrík V. |
|
XP33RSK |
Robust Statistics for Cybernetics |
2P+0S |
CS |
ZK |
L |
4 |
Nosková J. |
|
B4B33RPH |
Solving Problems and other Games |
2P+3C |
CS |
KZ |
Z |
6 |
Svoboda T. |
|
B4M33SSU |
Statistical Machine Learning |
2P+2C |
CS |
Z,ZK |
Z |
6 |
|
|
BE4M33SSU |
Statistical Machine Learning |
2P+2C |
EN |
Z,ZK |
Z |
6 |
Franc V. |
|
XEP33SML |
Structured Model Learning |
2P+1S |
EN |
ZK |
L |
4 |
Franc V. |
|
BEV033SSR |
Summer School on Multi-Robot Systems |
|
EN |
Z |
L |
2 |
Saska M. |
|
B4M33TDV |
Three-dimensional Computer Vision |
2P+2C |
CS |
Z,ZK |
Z |
6 |
Šára R. |
|
BE4M33TDV |
Three-dimensional Computer Vision |
2P+2C |
EN |
Z,ZK |
Z |
6 |
Šára R. |
|
Subject |
Name |
Extent of teaching |
Language of teaching |
Completion
|
Semester
|
Credits
|
Guarantors |
Teachers |
B2M34PNIS |
Advanced Integrated System Design |
2P+2C |
CS |
Z,ZK |
Z |
6 |
Jakovenko J. |
|
XP34APD |
Advanced Power Semiconductor Devices and ICs |
2P+2C |
CS |
ZK |
Z,L |
4 |
Vobecký J. |
|
B2M34AICD |
Analog Integrated Circuit Design |
2P+2C |
EN |
Z |
Z |
5 |
Jakovenko J. |
|
AE0B34BAP |
Bachelor Project |
28C |
|
Z |
L |
20 |
|
|
AE8B34BAP |
Bachelor Project |
7C |
|
Z |
L |
9 |
|
|
B2B34BAP |
Bachelor Project |
4L |
CS |
KZ |
L |
4 |
|
|
A0B34BAP |
Bachelor thesis |
28L |
|
Z |
L |
20 |
|
|
AD0B34BAP |
Bachelor thesis |
28KC |
|
Z |
L |
20 |
|
|
A8B34BAP |
Bachelor thesis |
7C |
|
Z |
L |
9 |
|
|
BAB34BSP |
Biomedical Sensors Practically |
2P+2L |
CS |
KZ |
Z |
4 |
Bouřa A. |
|
A6M34BMS |
Biomedical sensors |
2P+2L |
CS |
Z,ZK |
Z |
4 |
Husák M. |
|
BAB34BMS |
Biomedical sensors |
2P+2L |
CS |
Z,ZK |
Z |
4 |
Husák M. |
|
B2M34ZET |
Custom Electronics Design |
2P+2L |
CS |
KZ |
Z |
5 |
|
|
BE2M34ZET |
Custom Electronics Design |
2P+2L |
EN |
KZ |
Z |
5 |
|
|
B2M34ZETA |
Custom Electronics Design |
2P+2L |
CS |
KZ |
Z |
6 |
Záhlava V. |
|
BE2M34ZETA |
Custom Electronics Design |
2P+2L |
EN |
KZ |
Z |
6 |
Janíček V. |
|
B2M34NIS |
Design of Integrated Circuits |
2P+2C |
CS |
Z,ZK |
L |
6 |
Jakovenko J. |
|
BE2M34NIS |
Design of Integrated Circuits |
2P+2C |
EN |
Z,ZK |
L |
6 |
Jakovenko J. |
|
A0M34NFO |
Design of Photonic Circuits |
2P+2L |
CS |
Z,ZK |
L |
4 |
Prajzler V. |
|
AE0M34NFO |
Design of Photonic Circuits |
2P+2L |
CS |
Z,ZK |
L |
4 |
|
|
AD0M34NNZ |
Design of Power Supplies for Electronics |
14KP+6KL |
CS |
Z,ZK |
L |
5 |
|
|
A0M34NNZ |
Design of Power Supplies for Electronics |
2P+2L |
CS |
Z,ZK |
L |
5 |
Jirásek L., Novák J. |
|
AE0M34NNZ |
Design of Power Supplies for Electronics |
2P+2L |
CS |
Z,ZK |
L |
5 |
|
|
B2M34DIP |
Diploma project |
6L |
CS |
KZ |
Z |
6 |
|
|
A0M34DIP |
Diploma Thesis |
36C |
|
Z |
L |
25 |
|
|
AD0M34DIP |
Diploma Thesis |
36KC |
|
Z |
L |
25 |
|
|
AE0M34DIP |
Diploma Thesis |
36C |
|
Z |
L |
25 |
|
|
XP34ETS |
Electrical Transport in Semiconductors |
2P+2C |
CS |
ZK |
Z |
4 |
Voves J. |
|
AD2B34ELP |
Electron Devices |
14KP+6KL |
CS |
Z,ZK |
L |
5 |
|
|
AE2B34ELP |
Electron Devices |
2P+2L |
CS |
Z,ZK |
L |
5 |
|
|
QB-ELP |
Electron Devices |
2P+2L |
|
Z,ZK |
L |
5 |
|
|
BE5B34ELP |
Electron Devices |
2P+2L |
EN |
Z,ZK |
L |
5 |
Hazdra P. |
|
B2B34ELP |
Electron Devices |
2P+2L |
CS |
Z,ZK |
Z |
4 |
|
|
B2B34ELPA |
Electron Devices |
2P+2L |
CS |
Z,ZK |
Z |
5 |
Hazdra P. |
|
A8B34EOD |
Electronic and Optoelectronic Devices |
3P+2L |
CS |
Z,ZK |
Z |
6 |
Hazdra P. |
|
AE8B34EOD |
Electronic and Optoelectronic Devices |
3P+2L |
EN |
Z,ZK |
Z |
6 |
|
|
A5M34EZS |
Electronic security systems |
3P+1L |
CS |
KZ |
Z |
4 |
Prajzler V. |
|
AD0M34EZS |
Electronic Security Systems |
14KP+6KL |
CS |
Z,ZK |
Z |
5 |
|
|
A0M34EZS |
Electronic Security Systems |
2P+2L |
CS |
Z,ZK |
Z |
5 |
Husák M. |
|
AE0M34EZS |
Electronic Security Systems |
2P+2L |
CS |
Z,ZK |
Z |
5 |
Husák M. |
|
B2M34EZS |
Electronic Security Systems |
2P+2C |
CS |
Z,ZK |
Z |
5 |
|
|
BE2M34EZS |
Electronic Security Systems |
2P+2C |
EN |
Z,ZK |
Z |
5 |
|
|
B2M34EZSA |
Electronic Security Systems |
2P+2C |
CS |
Z,ZK |
Z |
6 |
Husák M. |
|
BE2M34EZSA |
Electronic Security Systems |
2P+2C |
EN |
Z,ZK |
Z |
6 |
Husák M. |
|
B2B99EKP |
Electronics and communication practically |
2P+2L |
CS |
KZ |
Z |
4 |
Janíček V. |
|
AD4B34EM |
Electronics and Microelectronics |
14KP+6KL |
CS |
Z,ZK |
Z |
6 |
|
|
A4B34EM |
Electronics and Microelectronics |
2P+2L |
CS |
Z,ZK |
Z |
6 |
|
|
A5M34ELE |
Electronics |
3P+1L |
CS |
KZ |
L |
4 |
Laposa A. |
|
BD5B34EPS |
Electronics |
14KP+6KL |
CS |
KZ |
L |
4 |
Jirásek L. |
|
B1B34EPS |
Elektronics for Heavy-current engeneering |
2P+2L |
CS |
KZ |
Z |
4 |
Janíček V. |
|
A8M34ICD |
IC Design |
2P+2C |
CS |
Z,ZK |
L |
5 |
Jakovenko J. |
|
AE8M34ICD |
IC Design |
2P+2C |
EN |
Z,ZK |
L |
5 |
|
|
A8M34ICS |
IC Structures |
2P+2C |
CS |
Z,ZK |
Z |
5 |
Jakovenko J. |
|
AE8M34ICS |
IC Structures |
2P+2C |
EN |
Z,ZK |
Z |
5 |
|
|
AD2M34PMI |
Individual Project |
4KC |
CS |
KZ |
Z |
6 |
|
|
AD2B34IN1 |
Individual project |
4KC |
|
KZ |
Z |
3 |
|
|
AD2B34IN2 |
Individual project |
4KC |
|
KZ |
Z |
3 |
|
|
A2M34IND |
Individual Project |
4C |
CS |
KZ |
Z |
6 |
|
|
A2B34IN1 |
Individual project |
4L |
|
KZ |
Z |
3 |
|
|
A2B34IN2 |
Individual project |
4L |
|
KZ |
Z |
3 |
|
|
AE2B34IN1 |
Individual project |
4C |
|
KZ |
Z |
3 |
|
|
AE2B34IN2 |
Individual project |
4C |
|
KZ |
Z |
3 |
|
|
AE2M34IND |
Individual Project |
4C |
CS |
KZ |
Z |
6 |
|
|
XP34IO |
Integrated Optics |
2P+2C |
CS |
ZK |
Z |
4 |
Jeřábek V. |
|
XP34CNO |
Integrated Optics |
2P+2C |
CS |
ZK |
Z,L |
4 |
Čtyroký J., Jeřábek V. |
|
AD2M34SIS |
Integrated System Structures |
14KP+6KC |
CS |
Z,ZK |
Z |
5 |
|
|
A2M34SIS |
Integrated System Structures |
2P+2C |
CS |
Z,ZK |
Z |
5 |
|
|
AE2M34SIS |
Integrated System Structures |
2P+2C |
CS |
Z,ZK |
Z |
5 |
|
|
B2M34SIS |
Integrated System Structures |
2P+2C |
CS |
Z,ZK |
Z |
6 |
Jakovenko J. |
|
BE2M34SIS |
Integrated System Structures |
2P+2C |
EN |
Z,ZK |
Z |
6 |
Jakovenko J. |
|
AD2M34NIS |
Integrated Systems Design |
14KP+6KC |
CS |
Z,ZK |
L |
5 |
|
|
A2M34NIS |
Integrated Systems Design |
2P+2C |
CS |
Z,ZK |
L |
5 |
|
|
AE2M34NIS |
Integrated Systems Design |
2P+2C |
CS |
Z,ZK |
L |
5 |
|
|
AE2M34LPD |
Low Power Design and Test of Circuits and Systems |
3P+2C |
EN |
Z,ZK |
L |
5 |
|
|
XP34MTP |
Materials and Technologies for Photonic Devices and Structures |
2P |
CS |
ZK |
Z |
3 |
Prajzler V. |
|
AD2B34MIK |
Microcontrollers |
14KP+6KL |
CS |
Z,ZK |
Z |
6 |
|
|
BE5B34MIK |
Microcontrollers |
2P+2L |
EN |
Z,ZK |
L |
6 |
Janíček V. |
|
B2B34MIK |
Microcontrollers |
2P+2C |
CS |
Z,ZK |
Z |
4 |
Janíček V. |
|
BD5B34MIK |
Microcontrollers |
14KP+6KL |
CS |
Z,ZK |
L |
4 |
Teplý T. |
|
B6B34MK2 |
Microcontrollers |
2P+2C |
CS |
Z,ZK |
Z |
5 |
Janíček V. |
|
B2B34MIT |
Microelectronics |
2P+2L |
CS |
KZ |
Z |
4 |
Jakovenko J. |
|
BD5B34MIT |
Microelectronics |
14KP+6KL |
CS |
Z,ZK |
Z |
4 |
Jakovenko J. |
|
XP34MSA |
Microsystems and Microactuators |
2P |
CS |
ZK |
|
3 |
Husák M. |
|
AD2M34MIM |
Microsystems in Multimedia |
14KP+6KL |
CS |
Z,ZK |
L |
5 |
|
|
A2M34MIM |
Microsystems in Multimedia |
2P+2C |
CS |
Z,ZK |
L |
5 |
|
|
AE2M34MIM |
Microsystems in Multimedia |
2P+2C |
CS |
Z,ZK |
L |
5 |
|
|
XP34MSY |
Microsystems |
2P+2C |
CS |
ZK |
Z,L |
4 |
Husák M. |
|
AD2M34MST |
Microsystems |
14KP+6KL |
CS |
Z,ZK |
Z |
5 |
|
|
A2M34MST |
Microsystems |
2P+2L |
CS |
Z,ZK |
L |
5 |
|
|
AE2M34MST |
Microsystems |
2P+2L |
CS |
Z,ZK |
Z |
5 |
|
|
A8M34MST |
Microsystems |
2P+2L |
CS |
Z,ZK |
L |
5 |
Husák M. |
|
AE8M34MST |
Microsystems |
2P+2L |
EN |
Z,ZK |
L |
5 |
|
|
B2M34MST |
Microsystems |
2P+2L |
CS |
Z,ZK |
L |
6 |
Husák M. |
|
BE2M34MST |
Microsystems |
2P+2L |
EN |
Z,ZK |
L |
6 |
Husák M. |
|
BAB34MNS |
Mikro a nanosystémy pro biomedicínu |
2P+2L |
CS |
Z,ZK |
Z |
4 |
Husák M. |
|
AD2M34NAN |
Nanoelectronics and Nanotechnology |
14KP+6KC |
CS |
Z,ZK |
L |
5 |
|
|
A2M34NAN |
Nanoelectronics and Nanotechnology |
2P+2C |
CS |
Z,ZK |
L |
5 |
|
|
AE2M34NAN |
Nanoelectronics and Nanotechnology |
2P+2C |
CS |
Z,ZK |
L |
5 |
|
|
A8M34NAN |
Nanoelectronics and Nanotechnology |
2P+2C |
CS |
Z,ZK |
L |
5 |
Voves J. |
|
AE8M34NAN |
Nanoelectronics and Nanotechnology |
2P+2C |
EN |
Z,ZK |
L |
5 |
|
|
B2M34NAN |
Nanoelectronics and Nanotechnology |
2P+2C |
CS |
Z,ZK |
L |
5 |
|
|
BE2M34NAN |
Nanoelectronics and Nanotechnology |
2P+2C |
EN |
Z,ZK |
L |
5 |
|
|
B2M34NANA |
Nanoelectronics and Nanotechnology |
2P+2C |
CS |
Z,ZK |
L |
6 |
Voves J. |
|
BE2M34NANA |
Nanoelectronics and Nanotechnology |
2P+2C |
EN |
Z,ZK |
L |
6 |
Voves J. |
|
XP34ORD |
Optical Radiation Detection and Detectors |
2P+2C |
CS |
ZK |
L |
4 |
Jeřábek V., Prajzler V. |
|
B2B34OZD |
Optical sources and detectors of radiation |
2P+2L |
CS |
Z,ZK |
L |
4 |
Prajzler V. |
|
AE8M34OEP |
Optoel.and Photonics |
2P+2L |
EN |
Z,ZK |
Z |
5 |
|
|
AD2B34OFT |
Optoelectronics and Photonics |
14KP+6KL |
CS |
Z,ZK |
Z |
6 |
|
|
XP34ASD |
Physics of Advanced Semiconductor Devices and Materials |
1P+3C+3D |
CS |
ZK |
Z,L |
4 |
Voves J. |
|
A8M34OEP |
Planar integrated optics |
2P+2L |
CS |
Z,ZK |
Z |
5 |
Prajzler V. |
|
B2M34PIO |
Planar integrated optics |
2P+2C |
CS |
Z,ZK |
Z |
5 |
|
|
BE2M34PIO |
Planar integrated optics |
2P+2C |
EN |
Z,ZK |
Z |
5 |
|
|
B2M34PIOA |
Planar integrated optics |
2P+2C |
CS |
Z,ZK |
Z |
6 |
Prajzler V. |
|
BE2M34PIOA |
Planar Integrated Optics |
2P+2C |
EN |
Z,ZK |
Z |
6 |
Prajzler V. |
|
B2M34VKE |
Power Electronics |
2P+2L |
CS |
Z,ZK |
L |
5 |
|
|
BE2M34VKE |
Power Electronics |
2P+2L |
EN |
Z,ZK |
L |
5 |
|
|
B2M34VKEA |
Power Electronics |
2P+2L |
CS |
Z,ZK |
L |
6 |
Hazdra P. |
|
BE2M34VKEA |
Power Electronics |
2P+2L |
EN |
Z,ZK |
L |
6 |
|
|
XP34ADM |
Principles and Applications of Device Models |
1P+3C+3D |
CS |
ZK |
Z,L |
4 |
Voves J. |
|
AD0B34PPN |
Principles and Rules of Electronic Design. |
14KP+6KC |
CS |
Z,ZK |
L |
4 |
|
|
A0B34PPN |
Principles and Rules of Electronic Design. |
2P+2C |
CS |
Z,ZK |
L |
4 |
Záhlava V. |
|
XP34PIC |
Programmable IC Design |
2P+2C |
CS |
ZK |
Z |
4 |
Hazdra P. |
|
XP34RSD |
Radiation Saurces and Photodetectors for Integration |
2P |
CS |
ZK |
L |
4 |
Jeřábek V. |
|
XP34EHA |
Renewable Energy Microsources for Electronics - Energy Harvesting |
2P |
CS |
ZK |
|
4 |
Husák M. |
|
QB-EPV |
Semiconductor Electronics |
2P+2C |
CS |
Z,ZK |
L |
4 |
|
|
XP34SRS |
Semiconductor Radiation Sources |
2P+2C |
CS |
ZK |
L,Z |
4 |
Jeřábek V. |
|
XP34SDS |
Semiconductor Structures |
2P |
CS |
ZK |
L |
3 |
Hazdra P. |
|
AD2B34SEI |
Sensors in Electronics and Informatics |
14KP+6KL |
CS |
Z,ZK |
L |
6 |
|
|
A2B34SEI |
Sensors in Electronics and Informatics |
2P+2L |
CS |
Z,ZK |
L |
6 |
|
|
AE2B34SEI |
Sensors in Electronics and Informatics |
2P+2L |
CS |
Z,ZK |
L |
6 |
|
|
BD5B34SEE |
Senzors in Electronics and Electrotechnology |
14KP+6KL |
|
Z,ZK |
Z |
4 |
Husák M. |
|
B2B34SEE |
Sesors in Electronics |
2P+2L |
CS |
Z,ZK |
L |
4 |
Husák M. |
|
AD2B34IAE |
Smart Electronics |
14KP+6KL |
CS |
Z,ZK |
Z |
6 |
|
|
A2B34IAE |
Smart Electronics |
2P+2L |
CS |
Z,ZK |
Z |
6 |
|
|
A8B34SST |
Solid State Physics |
3P+1C |
CS |
Z,ZK |
L |
4 |
Voves J. |
|
AE8B34SST |
Solid State Physics |
3P+1L |
EN |
Z,ZK |
L |
4 |
|
|
B2M34SST |
Solid State Physics |
3P+1L |
CS |
Z,ZK |
Z |
6 |
Voves J. |
|
BE2M34SST |
Solid State Physics |
3P+1L |
EN |
Z,ZK |
Z |
6 |
Voves J. |
|
AD4M34ISC |
Systems on Chip |
14KP+6KC |
CS |
Z,ZK |
L |
6 |
|
|
A4M34ISC |
Systems on Chip |
2P+2C |
CS |
Z,ZK |
L |
6 |
|
|
AE4M34ISC |
Systems on Chip |
2P+2C |
CS |
Z,ZK |
L |
6 |
|
|
B4M34ISC |
Systems on Chip |
2P+2L |
CS |
Z,ZK |
Z |
6 |
Jakovenko J. |
|
BE4M34ISC |
Systems on Chip |
2P+2L |
EN |
Z,ZK |
Z |
6 |
Jakovenko J. |
|
XP34AT |
TCAD Tools Applications |
2P+2C |
CS |
ZK |
L |
4 |
Voves J. |
|
XP34TOS |
Technology of Optical Devices |
2P+2C |
CS |
ZK |
Z,L |
4 |
Prajzler V. |
|
XP34STV |
VLSI Structures and Technologies |
2P+2C |
CS |
ZK |
Z |
4 |
Jakovenko J. |
|
AD0M34NSV |
VLSI System Design |
14KP+6KL |
CS |
Z,ZK |
Z |
4 |
|
|
A0M34NSV |
VLSI System Design |
2P+2L |
CS |
Z,ZK |
Z |
4 |
Hazdra P. |
|
AE0M34NSV |
VLSI System Design |
2P+2L |
CS |
Z,ZK |
Z |
4 |
Hazdra P. |
|
B2M34NSV |
VLSI System Design |
2P+2L |
CS |
Z,ZK |
Z |
6 |
Hazdra P. |
|
BE2M34NSV |
VLSI System Design |
2P+2L |
EN |
Z,ZK |
Z |
6 |
Hazdra P. |
|
Subject |
Name |
Extent of teaching |
Language of teaching |
Completion
|
Semester
|
Credits
|
Guarantors |
Teachers |
A8M36ACA |
Advanced Computer Architectures |
2P+2L |
CS |
Z,ZK |
Z |
5 |
|
|
B4M35PAP |
Advanced Computer Architectures |
2P+2C |
CS |
Z,ZK |
Z |
6 |
Píša P. |
|
BE4M35PAP |
Advanced Computer Architectures |
2P+2C |
EN |
Z,ZK |
Z |
6 |
Píša P. |
|
AD3B35APE |
Applied electronics |
14KP+6KC |
CS |
Z,ZK |
L |
6 |
|
|
A3B35APE |
Applied electronics |
2P+2L |
CS |
Z,ZK |
L |
6 |
|
|
AE3B35APE |
Applied Electronics |
2P+2L |
EN |
Z,ZK |
L |
6 |
|
|
AD4B35APO |
Architektura počítačů |
14KP+6KC |
CS |
Z,ZK |
L |
6 |
|
|
AD3B35APO |
Architektura počítačů |
14KP+6KC |
CS |
Z,ZK |
L |
6 |
|
|
BE3M35APH |
Atmospheric Physics |
2P+2S |
EN |
Z,ZK |
L |
8 |
|
|
AD3B35ARI |
Automatic Control |
28KP+6KC |
CS |
Z,ZK |
L |
7 |
|
|
A3B35ARI |
Automatic Control |
4P+2L |
CS |
Z,ZK |
L |
7 |
|
|
AE3B35ARI |
Automatic Control |
4P+2L |
EN |
Z,ZK |
L |
7 |
|
|
BE5B35ARI |
Automatic Control |
4P+2L |
EN |
Z,ZK |
L |
7 |
Hromčík M. |
|
B3B35ARI |
Automatic Control |
4P+2L |
CS |
Z,ZK |
L |
7 |
|
|
B3B35ARI1 |
Automatic Control |
4P+2L |
CS |
Z,ZK |
L |
6 |
Šebek M. |
|
B3M35RSA |
Automotive Control Systems |
2P+2S |
CS |
Z,ZK |
|
6 |
Haniš T. |
|
BE3M35RSA |
Automotive Control Systems |
2P+2S |
EN |
Z,ZK |
|
6 |
Haniš T. |
|
RM35RSA |
Automotive Control Systems |
2P+2S |
CS |
Z,ZK |
|
6 |
Haniš T. |
|
AE0B35BAP |
Bachelor Project |
28S |
EN |
Z |
L |
20 |
|
|
AE8B35BAP |
Bachelor Project |
7S |
|
Z |
L |
9 |
|
|
A0B35BAP |
Bachelor thesis |
28S |
CS |
Z |
L |
20 |
|
|
AD0B35BAP |
Bachelor thesis |
28S |
CS |
Z |
L |
20 |
|
|
A8B35BAP |
Bachelor thesis |
7S |
|
Z |
L |
9 |
|
|
B3M35KOA |
Combinatorial Algorithms |
2P+2C |
CS |
Z,ZK |
L |
6 |
Hanzálek Z. |
|
BE3M35KOA |
Combinatorial Algorithms |
2P+2C |
EN |
Z,ZK |
L |
6 |
Hanzálek Z. |
|
RM35KOA |
Combinatorial Algorithms |
2P+2C |
CS |
Z,ZK |
L |
6 |
Hanzálek Z. |
|
AD4M77KO |
Combinatorial Optimization |
21KP+6KC |
CS |
Z,ZK |
L |
6 |
|
|
AD4M35KO |
Combinatorial Optimization |
21KP+6KC |
CS |
Z,ZK |
L |
6 |
|
|
A4M35KO |
Combinatorial Optimization |
3P+2C |
CS |
Z,ZK |
L |
6 |
|
|
AE4M35KO |
Combinatorial Optimization |
3P+2C |
EN |
Z,ZK |
L |
6 |
|
|
AE4M77KO |
Combinatorial Optimization |
3P+2C |
EN |
Z,ZK |
L |
6 |
|
|
RM35KO |
Combinatorial Optimization |
3P+2C |
CS |
Z,ZK |
L |
6 |
|
|
B4M35KO |
Combinatorial Optimization |
3P+2C |
CS |
Z,ZK |
L |
6 |
Hanzálek Z. |
|
BE4M35KO |
Combinatorial Optimization |
3P+2C |
EN |
Z,ZK |
L |
6 |
Hanzálek Z. |
|
XEP35CMS |
Computational Methods for Materials Science |
2P+2C |
EN |
Z,ZK |
Z,L |
4 |
Cammarata A. |
|
AD0B36APO |
Computer Architectures |
14KP+6KC |
CS |
Z,ZK |
L |
6 |
|
|
A0B36APO |
Computer Architectures |
2P+2L |
CS |
Z,ZK |
L |
6 |
|
|
AE0B36APO |
Computer Architectures |
2P+2L |
EN |
Z,ZK |
L |
6 |
|
|
AE3B36APO |
Computer Architectures |
2P+2L |
EN |
Z,ZK |
L |
6 |
|
|
BE5B35APO |
Computer Architectures |
2P+2L |
EN |
Z,ZK |
L |
6 |
Píša P., Šusta R. |
|
B0B35APO |
Computer Architectures |
2P+2L |
CS |
Z,ZK |
L |
5 |
Píša P. |
|
AE4B35APO |
Computer Architecture |
2P+2C |
EN |
Z,ZK |
L |
6 |
|
|
AD3B35SPS |
Computer System Structures |
14KP+6KC |
CS |
Z,ZK |
Z |
6 |
|
|
AD0B35SPS |
Computer System Structures |
21KP+6KC |
CS |
Z,ZK |
Z |
6 |
|
|
AD4B35SPS |
Computer System Structures |
14KP+6KC |
CS |
Z,ZK |
Z |
6 |
|
|
A0B35SPS |
Computer System Structures |
3P+2L |
CS |
Z,ZK |
Z |
6 |
|
|
AE0B35SPS |
Computer System Structures |
3P+2L |
EN |
Z,ZK |
Z |
6 |
|
|
AE3B35SPS |
Computer System Structures |
3P+2L |
EN |
Z,ZK |
Z |
6 |
|
|
AE4B35SPS |
Computer System Structures |
3P+2L |
EN |
Z,ZK |
Z |
6 |
|
|
BE5B35SPS |
Computer System Structures |
3P+2L |
EN |
Z,ZK |
Z |
6 |
|
|
BE3M35CSA |
Control Systems for Aircraft and Spacecraft |
2P+2L |
EN |
Z,ZK |
Z |
7 |
|
|
AD3M35RIS |
Control Systems |
14KP+6KC |
CS |
Z,ZK |
Z |
6 |
|
|
A3M35RIS |
Control Systems |
2P+2L |
CS |
Z,ZK |
Z |
6 |
|
|
AE3M35RIS |
Control Systems |
2P+2L |
EN |
Z,ZK |
Z |
6 |
|
|
RM35RIS |
Control Systems |
2P+2L |
CS |
Z,ZK |
Z |
6 |
|
|
XP35CCM1 |
Cooperative control of multi-agent systems |
2P+2C |
EN |
ZK |
|
4 |
Hengster-Movric K. |
|
A0M35DIP |
Diploma Thesis |
36S |
CS |
Z |
L |
25 |
|
|
AD0M35DIP |
Diploma Thesis |
36S |
CS |
Z |
L |
25 |
|
|
AE0M35DIP |
Diploma Thesis |
36S |
EN |
Z |
L |
25 |
|
|
BE3M35DIP |
Diploma Thesis |
22S |
EN |
Z |
L |
30 |
|
|
A5M35DRS |
Distributed Control Systems |
2P+2C |
|
Z,ZK |
L |
4 |
|
|
B3M35DRS |
Dynamics and Control Networks |
2P+2C |
CS |
Z,ZK |
Z |
6 |
|
|
RM35DRS |
Dynamics and Control Networks |
2P+2C |
EN |
Z,ZK |
Z |
6 |
Hengster-Movric K. |
|
BE3M35DRS |
Dynamics and Control of Networks |
2P+2C |
EN |
Z,ZK |
Z |
6 |
Hengster-Movric K. |
|
BE3M35ELS |
Electronics in Space |
2P+2S |
EN |
Z,ZK |
L |
8 |
|
|
BE0M35EAS |
Elements of Atomistic Simulations |
2P+2L |
EN |
Z,ZK |
Z,L |
4 |
Cammarata A. |
|
XP35ESF1 |
Estimation and filtering |
2P+2C |
CS |
ZK |
|
4 |
Havlena V. |
|
AE3M35OFD |
Estimation, filtering and detection |
3P+1C |
EN |
Z,ZK |
Z |
6 |
|
|
B3M35OFD |
Estimation, filtering and detection |
2P+2C |
CS |
Z,ZK |
Z |
6 |
Havlena V. |
|
BE3M35OFD |
Estimation, Filtering and Detection |
2P+2C |
EN |
Z,ZK |
Z |
6 |
Havlena V. |
|
B9M35OFD |
Estimation, Filtering and Detection |
2P+2C |
CS |
Z,ZK |
Z |
4 |
Havlena V. |
|
BE9M35OFD |
Estimation, Filtering and Detection |
2P+2C |
EN |
Z,ZK |
Z |
4 |
Havlena V. |
|
A8B35FCS |
Feed-Back Control Systems |
4P+2L |
CS |
Z,ZK |
L |
6 |
|
|
AE8B35FCS |
Feed-Back Control Systems |
4P+2L |
EN |
Z,ZK |
L |
6 |
|
|
XP35FSC1 |
Flexible structures control |
2P+2C |
CS |
ZK |
|
4 |
Hromčík M. |
|
A3M35SRL |
Flight Control Systems |
2P+2L |
CS |
Z,ZK |
Z |
6 |
|
|
AE3M35SRL |
Flight Control Systems |
2P+2L |
EN |
Z,ZK |
Z |
6 |
|
|
AD3M35SRL |
Flight Control Systems |
14KP+6KC |
CS |
Z,ZK |
Z |
6 |
|
|
B3M35SRL |
Flight Control Systems |
2P+2L |
CS |
Z,ZK |
Z |
6 |
Hromčík M. |
|
BE3M35SRL |
Flight Control Systems |
2P+2L |
EN |
Z,ZK |
Z |
6 |
Hromčík M. |
|
B9M35SRL |
Flight Control Systems |
2P+2L |
CS |
Z,ZK |
Z |
6 |
Hromčík M. |
|
BE9M35SRL |
Flight Control Systems |
2P+2L |
EN |
Z,ZK |
Z |
6 |
Hromčík M. |
|
B3B35JVC |
How to make (almost) anything |
2P+4L |
CS |
KZ |
L |
6 |
Zemánek J. |
|
B3B35HSS |
Humanitní, umělecký a společenskovědní seminář |
3S |
CS |
Z |
L |
4 |
Šebek M. |
|
B3M35HYS |
Hybrid Systems |
2P+2C |
CS |
Z,ZK |
|
6 |
Hurák Z. |
|
BE3M35HYS |
Hybrid Systems |
2P+2C |
EN |
Z,ZK |
|
6 |
Hurák Z. |
|
RM35HYS |
Hybrid Systems |
2P+2C |
CS |
Z,ZK |
|
6 |
Hurák Z. |
|
AE3B35IND |
Individual Project |
3S |
EN |
KZ |
Z |
7 |
|
|
BE3M35IDP |
Individuální projekt |
0P+6S |
EN |
Z |
Z |
8 |
|
|
AD0M35PII |
Industrial Informatics and Internet |
14KP+6KC |
CS |
Z,ZK |
Z |
6 |
|
|
AD4M35PII |
Industrial Informatics and Internet |
14KP+6KC |
CS |
Z,ZK |
Z |
6 |
|
|
AD3M35PII |
Industrial Informatics and Internet |
14KP+6KC |
CS |
Z,ZK |
Z |
6 |
|
|
A0M35PII |
Industrial Informatics and Internet |
2P+2C |
CS |
Z,ZK |
Z |
6 |
|
|
AE0M35PII |
Industrial Informatics and Internet |
2P+2C |
EN |
Z,ZK |
Z |
6 |
|
|
AE3M35PII |
Industrial Informatics and Internet |
2P+2C |
EN |
Z,ZK |
Z |
6 |
|
|
AE4M35PII |
Industrial Informatics and Internet |
2P+2C |
EN |
Z,ZK |
Z |
6 |
|
|
BE3M35ISME |
Introduction to Space Mechanics and Electronics |
0P+4S |
EN |
Z |
Z |
8 |
|
|
BE3M35ISP |
Introduction to Space Physics |
2P+2S |
EN |
Z,ZK |
Z |
8 |
|
|
B3B35LAR |
Laboratory of applied electronics and control |
0P+4L |
CS |
KZ |
L |
4 |
Hlinovský M. |
|
XP35LMI1 |
Linear matrix inequalities |
2P+2C |
EN |
ZK |
|
4 |
Henrion D. |
|
BE3M35LSY1 |
Linear Systems |
3P+2S |
EN |
Z,ZK |
Z |
6 |
Hušek P. |
|
B3M35LSY1 |
Linear Systems |
4P+2C |
CS |
Z,ZK |
Z |
6 |
Hušek P. |
|
B0B35LSP |
Logic systems and processors |
2P+2L |
CS |
Z,ZK |
L |
6 |
Hurák Z. |
|
BE5B35LSP |
Logic Systems and Processors |
3P+2L |
EN |
Z,ZK |
Z |
6 |
Šusta R. |
|
BE3M35MESA |
Microcomputer Engineering with Space Applications |
2P+2S |
EN |
Z,ZK |
Z |
7 |
|
|
AD3B35MSD |
Modeling and simulation of dynamic systems |
14KP+6KC |
CS |
Z,ZK |
Z |
6 |
|
|
A3B35MSD |
Modeling and simulation of dynamic systems |
2P+2L |
CS |
Z,ZK |
Z |
6 |
|
|
AE3B35MSD |
Modeling and Simulation of Dynamic Systems |
2P+2L |
EN |
Z,ZK |
Z |
6 |
|
|
B3B35MSD |
Modeling and Simulation of Dynamic Systems |
2P+2L |
CS |
Z,ZK |
Z |
4 |
|
|
B3B35MSD1 |
Modeling and simulation of dynamic systems |
2P+2C |
CS |
Z,ZK |
Z |
6 |
Hurák Z. |
|
AD7B35MAS |
Modeling and simulation |
14KP+6KC |
CS |
Z,ZK |
Z |
6 |
|
|
A5M35MAS |
Modeling and simulation |
2P+2C |
CS |
KZ |
Z |
4 |
|
|
AD3M35NES |
Nonlinear Systems and Chaos |
21KP+3KC |
CS |
Z,ZK |
Z |
6 |
|
|
AE3M35NES |
Nonlinear Systems and Chaos |
3P+1C |
EN |
Z,ZK |
Z |
6 |
|
|
B3M35NES |
Nonlinear Systems and Chaos |
2P+2C |
CS |
Z,ZK |
Z |
6 |
Čelikovský S. |
|
BE3M35NES |
Nonlinear Systems |
2P+2C |
EN |
Z,ZK |
Z |
6 |
Čelikovský S. |
|
AD4M35OSP |
Open-source programming |
14KP+6KC |
CS |
Z,ZK |
L |
6 |
|
|
A4M35OSP |
Open-source programming |
2P+2C |
CS |
Z,ZK |
L |
6 |
|
|
AE4M35OSP |
Open-source programming |
2P+2C |
EN |
Z,ZK |
L |
6 |
|
|
RM35OSP |
Open-source programming |
2P+2C |
CS |
Z,ZK |
L |
6 |
|
|
B4B35OSY |
Operating Systems |
2P+2C |
CS |
Z,ZK |
Z |
4 |
Sojka M. |
|
BE3M35ORO |
Optic- and Radar-based Observations |
2P+2S |
EN |
Z,ZK |
L |
8 |
|
|
BE3M35ORC |
Optimal and robust control design |
2P+2C |
EN |
Z,ZK |
L |
8 |
|
|
AD3M35ORR |
Optimal and robust control |
21KP+3KC |
CS |
Z,ZK |
L |
6 |
|
|
AE3M35ORR |
Optimal and robust control |
3P+1C |
EN |
Z,ZK |
L |
6 |
|
|
RM35ORR |
Optimal and robust control |
2P+2C |
CS |
Z,ZK |
L |
6 |
Hurák Z. |
|
B3M35ORR |
Optimal and Robust Control |
2P+2C |
CS |
Z,ZK |
L |
6 |
Hurák Z. |
|
BE3M35ORR |
Optimal and Robust Control |
2P+2C |
EN |
Z,ZK |
L |
6 |
Hurák Z. |
|
XP35ORC1 |
Optimal and robust control |
2P+2C |
CS |
ZK |
|
4 |
Hurák Z. |
|
AD7B35OIS |
Optimization in Intelligent Systems |
14KP+6KC |
CS |
Z,ZK |
L |
6 |
|
|
B4M35PAG |
Parallel algorithms |
2P+2S |
CS |
Z,ZK |
Z |
6 |
Šůcha P. |
|
BE4M35PAG |
Parallel algorithms |
2P+2S |
EN |
Z,ZK |
Z |
6 |
Šůcha P. |
|
BE3M35PAT |
Polar Atmosphere |
2P+2S |
EN |
Z,ZK |
L |
8 |
|
|
AD7B35PES |
Programming Embedded Systems |
14KP+6KC |
CS |
Z,ZK |
Z |
6 |
|
|
B3B35PAR |
Programming of logic controllers and robots |
2P+2L |
CS |
Z,ZK |
L |
4 |
|
|
B3B35PAR1 |
Programming of logic controllers and robots |
1P+3L |
CS |
Z,ZK |
L |
6 |
Burget P. |
|
AD3B35IND |
Project Individual |
9S |
CS |
KZ |
Z |
7 |
|
|
AD3M35IND |
Project Individual |
9S |
CS |
KZ |
Z |
10 |
|
|
A3B35IND |
Project Individual |
3S |
CS |
KZ |
Z |
7 |
|
|
AE3M35IND |
Project Individual |
3S |
EN |
KZ |
Z |
10 |
|
|
A3M35IND |
Project Individual |
3S |
CS |
KZ |
Z |
10 |
|
|
RB35IND |
Project individual |
3S |
CS |
KZ |
Z |
7 |
|
|
RM35IND |
Project individual |
3S |
CS |
KZ |
Z |
10 |
|
|
BE3M35PSA |
Propulsion with Space Applications |
2P+2S |
EN |
Z,ZK |
L |
7 |
|
|
B3M35PSR |
Real -Time Systems Programming |
2P+2C |
CS |
Z,ZK |
Z |
6 |
Sojka M. |
|
AD4B35PSR |
Real-Time Systems Programming |
14KP+6KC |
CS |
Z,ZK |
Z |
6 |
|
|
AD3M35PSR |
Real-Time Systems Programming |
14KP+6KC |
CS |
Z,ZK |
Z |
6 |
|
|
A4B35PSR |
Real-Time Systems Programming |
2P+2C |
CS |
Z,ZK |
Z |
6 |
|
|
A3M35PSR |
Real-Time Systems Programming |
2P+2C |
CS |
Z,ZK |
Z |
6 |
|
|
AE3M35PSR |
Real-Time Systems Programming |
2P+2C |
EN |
Z,ZK |
Z |
6 |
|
|
AE4B35PSR |
Real-Time Systems Programming |
2P+2C |
EN |
Z,ZK |
Z |
6 |
|
|
BE3M35PSR |
Real-time Systems Programming |
2P+2C |
EN |
Z,ZK |
Z |
6 |
|
|
B4B35PSR |
Real-time Systems Programming |
2P+2C |
CS |
Z,ZK |
Z |
6 |
Sojka M. |
|
BE4B35PSR |
Real-time Systems Programming |
2P+2C |
EN |
Z,ZK |
Z |
6 |
Sojka M. |
|
AD3B99RO |
Robots |
7KP+9KC |
CS |
KZ |
Z |
5 |
|
|
AE3B99RO |
Robots |
1P+3L |
EN |
KZ |
Z |
5 |
|
|
B3B35RO |
Robots |
1P+2L |
CS |
KZ |
Z |
2 |
|
|
B3B35RO1 |
Robots |
1P+3L |
CS |
KZ |
Z |
4 |
Hlinovský M. |
|
AD7B35PRO |
Semestral project |
15S |
CS |
KZ |
Z |
6 |
|
|
B6B35PRO |
Semestral Project |
5S |
CS |
KZ |
Z |
6 |
|
|
BD6B35PRO |
Semestral Project |
2S |
CS |
KZ |
Z |
6 |
|
|
A4M35SVP |
Software or Research Project |
3S |
CS |
KZ |
Z,L |
6 |
|
|
A4B35SVP |
Software or Research Project |
3S |
CS |
KZ |
Z,L |
6 |
|
|
BE3M35SPC |
Space Communication |
2P+2S |
EN |
Z,ZK |
L |
8 |
|
|
BE3M35SDY |
Space Dynamics |
2P+2S |
EN |
Z,ZK |
Z |
5 |
|
|
BE3M35SPI |
Space Instruments |
2P+2S |
EN |
Z,ZK |
Z |
8 |
|
|
BE3M35SPP |
Space Plasma Physics |
2P+2S |
EN |
Z,ZK |
Z |
7 |
|
|
BE3M35SSM |
Space systems, modeling and identification |
4P+2C |
EN |
Z,ZK |
Z |
7 |
|
|
BE3M35SEI |
Spacecraft Environment Interactions |
2P+2S |
EN |
Z,ZK |
L |
7 |
|
|
BE3M35SPS |
Spacecraft Subsystems |
2P+2S |
EN |
Z,ZK |
L |
7 |
|
|
BE3M35SSD |
Spacecraft System Design |
2P+2S |
EN |
Z,ZK |
Z |
8 |
|
|
BE3M35SIS |
Swedish for International Students 1 |
2P+2S |
CS |
Z,ZK |
Z |
3 |
|
|
BE3M35TSS |
The Solar System |
2P+2S |
EN |
Z,ZK |
Z |
7 |
|
|
AD3M35TDS |
Theory of Dynamical Systems |
28KP+6KC |
CS |
Z,ZK |
Z |
8 |
|
|
AE3M35TDS |
Theory of Dynamical Systems |
4P+2C |
EN |
Z,ZK |
Z |
8 |
|
|
XP35DTF |
Thin film diagnostics |
2P+2L |
EN |
Z,ZK |
L |
4 |
Polcar T. |
|
Subject |
Name |
Extent of teaching |
Language of teaching |
Completion
|
Semester
|
Credits
|
Guarantors |
Teachers |
A4M33SEP |
A Practical Approach to Software |
2P+2C |
CS |
Z,ZK |
Z |
6 |
Zoubek B. |
|
A4B36ACM3 |
ACM Advanced Algorithmic and Programming Techniques III. |
0P+3C |
CS |
KZ |
* |
4 |
Genyk-Berezovskyj M., Mannová B. |
|
A4B36ACM4 |
ACM Advanced Algorithmic and Programming Techniques III. |
0P+3C |
CS |
KZ |
* |
4 |
Genyk-Berezovskyj M., Mannová B. |
|
A4B36ACM2 |
ACM Advanced Algorithmic and Programming Techniques II. |
0P+3C |
CS |
KZ |
* |
4 |
Genyk-Berezovskyj M., Mannová B. |
|
A4B36ACM1 |
ACM Advanced Algorithmic and Programming Techniques I. |
0P+3C |
CS |
KZ |
* |
4 |
Genyk-Berezovskyj M., Mannová B. |
|
A4B36ACM5 |
ACM Advanced Algorithmic and Programming Techniques V. |
0P+3C |
CS |
KZ |
* |
4 |
Genyk-Berezovskyj M., Mannová B. |
|
A4B36ACM |
ACM seminar in algorithmics |
0P+3C |
CS |
KZ |
Z,L |
4 |
|
|
AD7B36DBA |
Administration of Database Systems |
14KP+6KC |
|
Z,ZK |
Z |
5 |
|
|
A7B36DBA |
Adminstration of Database Systems |
2P+2C |
CS |
Z,ZK |
Z |
5 |
|
|
XEP36AGT |
Advanced Computational Game Theory |
2P+0C+4D |
EN |
ZK |
|
4 |
Bošanský B., Lisý V. |
|
AD4M36PAP |
Advanced Computer Architectures |
14KP+6KC |
CS |
Z,ZK |
Z |
6 |
|
|
A4M36PAP |
Advanced Computer Architectures |
2P+2C |
CS |
Z,ZK |
Z |
6 |
|
|
AE4M36PAP |
Advanced Computer Architectures |
2P+2C |
EN |
Z,ZK |
Z |
6 |
|
|
AE8M36ACA |
Advanced Computer Architectures |
2P+2S |
EN |
Z,ZK |
Z |
5 |
|
|
A4M36JEE |
Advanced Java EE lab |
4P+4S |
|
KZ |
Z |
4 |
|
|
A4M33RZN |
Advanced Methods for Knowledge Representation |
2P+2C |
CS |
Z,ZK |
Z |
6 |
|
|
AE4M33RZN |
Advanced Methods for Knowledge Representation |
2P+2C |
EN |
Z,ZK |
Z |
6 |
|
|
XP36PAS |
Algebraic Specifications Prototyping |
2P+2S |
|
ZK |
Z,L |
4 |
Richta K. |
|
B6B36SMP |
Analysis and Modeling of Software Requirements |
2P+3C+3D |
|
Z,ZK |
L |
6 |
Komárek M. |
|
AD4B77ASS |
Architectures of Software Systems |
14KP+6KC |
CS |
Z,ZK |
L |
6 |
|
|
A4B77ASS |
Architectures of Software Systems |
2P+2C |
CS |
Z,ZK |
L |
6 |
|
|
AE4B77ASS |
Architectures of Software Systems |
2P+2C |
EN |
Z,ZK |
L |
6 |
|
|
B4M36UIR |
Artificial Intelligence in Robotics |
2P+2C |
CS |
Z,ZK |
Z |
6 |
Faigl J. |
|
BE4M36UIR |
Artificial Intelligence in Robotics |
2P+2C |
EN |
Z,ZK |
Z |
6 |
Faigl J. |
|
B4M36PUI |
Artificial Intelligence Planning |
2P+2C |
CS |
Z,ZK |
L |
6 |
Pěchouček M. |
|
XP36APL |
Automated Planning |
2P |
|
ZK |
Z,L |
4 |
Edelkamp S. |
|
AD4M33AU |
Automatic Reasoning |
14KP+6KC |
CS |
Z,ZK |
L |
6 |
|
|
A4M33AU |
Automatic Reasoning |
2P+2C |
CS |
Z,ZK |
L |
6 |
|
|
AE4M33AU |
Automatic Reasoning |
2P+2C |
EN |
Z,ZK |
L |
6 |
|
|
AE0B36BAP |
Bachelor Project |
|
EN |
Z |
L |
20 |
|
|
AE8B36BAP |
Bachelor Project |
7s |
EN |
Z |
L |
9 |
|
|
A0B36BAP |
Bachelor thesis |
9s |
|
Z |
L,Z |
20 |
|
|
A8B36BAP |
Bachelor thesis |
7s |
|
Z |
L,Z |
9 |
|
|
A4M33BDT |
Big Data Technologies |
1P+1C |
CS |
KZ |
L |
3 |
|
|
B0M33BDT |
Big Data Technologies |
2P+1C |
CS |
Z,ZK |
Z |
4 |
Hučín J., Paščenko P., Sušický M. |
|
BE0M33BDT |
Big Data Technologies |
2P+1C |
EN |
Z,ZK |
Z |
4 |
Hučín J. |
|
A6M33BIN |
Bioinformatics |
2P+2C |
CS |
Z,ZK |
L |
5 |
|
|
B4M36BIN |
Bioinformatics |
2P+2C |
CS |
Z,ZK |
L |
5 |
Kléma J. |
|
BE4M36BIN |
Bioinformatics |
2P+2C |
EN |
Z,ZK |
L |
5 |
|
|
BAM36BIN |
Bioinformatics |
2P+2C |
CS |
Z,ZK |
L |
6 |
Kléma J. |
|
BEAM36BIN |
Bioinformatics |
2P+2C |
EN |
Z,ZK |
L |
6 |
Kléma J. |
|
BE5B99CPL |
C Programming Language |
2P+2C+5D |
EN |
Z,ZK |
Z |
6 |
Faigl J. |
|
B4M36MAS |
Computational Game Theory |
2P+2C |
CS |
Z,ZK |
Z |
6 |
Pěchouček M. |
|
BE4M36MAS |
Computational Game Theory |
2P+2C |
EN |
Z,ZK |
Z |
6 |
Pěchouček M. |
|
B0B36TPA |
Creation of business applications |
2P+2C |
CS |
KZ |
Z |
5 |
Kadleček D., Náplava P. |
|
A7B36VYD |
Data Mining |
2P+2C |
CS |
Z,ZK |
Z |
5 |
|
|
AD7B36VYD |
Data Mining |
14KP+6KC |
CS |
Z,ZK |
Z |
5 |
|
|
B6B36DSA |
Data Structures and Algorithms |
2P+3C+3D |
|
Z,ZK |
L |
6 |
Richta K. |
|
BD6B36DSA |
Data Structures and Algorithms |
14KP+9KC |
|
Z,ZK |
L |
6 |
|
|
B4M36DS2 |
Database Systems II |
2P+2C |
CS |
Z,ZK |
Z |
6 |
Prokop Y. |
|
B4B36DS1 |
Database Systems 1 |
2P+2C |
CS |
Z,ZK |
L |
6 |
|
|
BE4M36DS2 |
Database systems 2 |
2P+2C |
EN |
Z,ZK |
Z |
6 |
Prokop Y. |
|
AD4B33DS |
Database Systems |
14KP+6KC |
CS |
Z,ZK |
L |
6 |
|
|
A4B33DS |
Database Systems |
2P+2C |
CS |
Z,ZK |
L |
6 |
|
|
AE4B33DS |
Database Systems |
2P+2C |
EN |
Z,ZK |
L |
6 |
|
|
B6B33DBS |
Database systems |
2P+2C+3D |
|
Z,ZK |
L |
6 |
|
|
BD6B36DBS |
Database Systems |
14KP+6KC |
CS |
Z,ZK |
L |
6 |
|
|
B0B36DBS |
Database Systems |
2P+2C+4D |
CS |
Z,ZK |
L |
6 |
Řimnáč M. |
|
B6B36NSS |
Design of Software Systems |
2P+2C+2D |
|
Z,ZK |
L |
5 |
Šebek J. |
|
BD6B36NSS |
Design of Software Systems |
14KP+6KC |
|
Z,ZK |
L |
5 |
|
|
A0M36DIP |
Diploma Thesis |
14s |
CS |
Z |
L,Z |
25 |
|
|
AD0M36DIP |
Diploma Thesis |
28s |
|
Z |
L,Z |
25 |
|
|
AE0M36DIP |
Diploma Thesis |
|
EN |
Z |
|
25 |
|
|
XP36DSV |
Distributed Systems |
2P |
|
ZK |
Z |
4 |
Janeček J. |
|
B4M36ESW |
Effective Software |
2P+2C |
CS |
Z,ZK |
L |
6 |
Šišlák D. |
|
BE4M36ESW |
Effective Software |
2P+2C |
EN |
Z,ZK |
L |
6 |
Šišlák D. |
|
B6B36EAR |
Enterprise Architectures |
2P+2C+2D |
|
KZ |
Z |
5 |
Křemen P. |
|
BD6B36EAR |
Enterprise Architectures |
14KP+6KC |
CS |
KZ |
Z |
5 |
|
|
AD4B33FLP |
Functional and Logic Programming |
14KP+6KC |
CS |
Z,ZK |
L |
6 |
|
|
A4B33FLP |
Functional and Logic Programming |
2P+2C |
CS |
Z,ZK |
L |
6 |
|
|
AE4B33FLP |
Functional and Logic Programming |
2P+2C |
EN |
Z,ZK |
L |
6 |
|
|
B4B36FUP |
Functional Programming |
2P+2C |
CS |
Z,ZK |
L |
6 |
Pěchouček M. |
|
BE4B36FUP |
Functional Programming |
2P+2C |
EN |
Z,ZK |
L |
6 |
Pěchouček M. |
|
XP36HS |
Hypermedia Systems and Internet Computing |
2P+2S |
|
ZK |
L |
4 |
Jelínek I. |
|
A3B36IND |
Individual Project |
0+3s |
CS |
KZ |
Z |
7 |
|
|
A4M33BIS |
Information and System Security |
2P+2C |
CS |
Z,ZK |
Z |
6 |
|
|
A4M36BIS |
Information and System Security |
2P+2C |
|
Z,ZK |
Z |
6 |
|
|
A4M36ISS |
Integration of Enterprise Software System Services |
0P+20C |
CS |
KZ |
L |
4 |
|
|
B4M36ISS |
Integration of Enterprise Software System Services |
0P+20C |
CS |
KZ |
L |
4 |
|
|
A4B33ZUI |
Introduction to Artificial Intelligence |
2P+2C |
CS |
Z,ZK |
L |
6 |
|
|
AE4B33ZUI |
Introduction to Artificial Intelligence |
2P+2C |
EN |
Z,ZK |
L |
6 |
|
|
B4B36ZUI |
Introduction to Artificial Intelligence |
2P+2C |
CS |
Z,ZK |
L |
6 |
Pěchouček M. |
|
BE4B36ZUI |
Introduction to Artificial Intelligence |
2P+2C |
EN |
Z,ZK |
L |
6 |
Bošanský B., Lisý V., Pěchouček M. |
|
B4M36BSY |
Introduction to Computer Security |
2P+2C |
CS |
Z,ZK |
Z |
6 |
Pevný T. |
|
BE4M36BSY |
Introduction to Computer Security |
2P+2C |
EN |
Z,ZK |
Z |
6 |
Pevný T. |
|
B4M36NLP |
Introduction to Natural Language Processing |
2P+2C |
CS |
Z,ZK |
Z |
6 |
|
|
BE4M36NLP |
Introduction to Natural Language Processing |
2P+2C |
EN |
Z,ZK |
Z |
6 |
|
|
B6B36ZAL |
Introduction to Programming |
2P+2C+2D |
|
Z,ZK |
Z |
5 |
|
|
BD6B36ZAL |
Introduction to Programming |
14KP+6KC |
|
Z,ZK |
Z |
5 |
|
|
B0B36ZAL |
Introduction to Programming |
2P+2C+8D |
|
Z,ZK |
Z |
6 |
Vokřínek J. |
|
B6B36ZPR |
Introduction to Project Management |
4P+4C+2D |
|
KZ |
Z |
3 |
|
|
BD6B36ZPR |
Introduction to Project Management |
6KP+6KC |
|
KZ |
Z |
3 |
|
|
B6B36ZSO |
Introduction to Project Management |
2P+2C+5D |
CS |
KZ |
Z |
5 |
Náplava P. |
|
A7B36TS1 |
Introduction to Software Testing |
2P+2C |
CS |
KZ |
Z |
5 |
|
|
AD7B36TS1 |
Introduction to Software Testing |
14KP+6KC |
CS |
KZ |
Z |
5 |
|
|
B0B36JUL |
Julia for optimization and learning |
1P+3C |
CS |
KZ |
Z |
4 |
Papež M. |
|
B4M36LUP |
Logical Reasoning and Programming |
2P+2C |
CS |
Z,ZK |
Z |
6 |
Železný F. |
|
BE4M36LUP |
Logical Reasoning and Programming |
2P+2C |
EN |
Z,ZK |
Z |
6 |
Železný F. |
|
A4M33SAD |
Machine Learning and Data Analysis |
2P+2C |
CS |
Z,ZK |
Z |
6 |
|
|
AE4M33SAD |
Machine Learning and Data Analysis |
2P+2C |
EN |
Z,ZK |
Z |
6 |
|
|
A7B36SPS |
Management of Computer Networks |
2P+2C |
CS |
Z,ZK |
L |
5 |
|
|
AD7B36SPS |
Management of Computer Networks |
14KP+6KC |
CS |
Z,ZK |
L |
6 |
|
|
B6B36RSP |
Management of Software Projects |
3P+2C+3D |
|
Z,ZK |
L |
6 |
|
|
BD6B36RSP |
Management of Software Projects |
14KP+6KC |
|
Z,ZK |
L |
6 |
|
|
B6B36PM2 |
Management of Software Projects |
2P+2C+2D |
|
KZ |
Z |
4 |
Bureš M. |
|
A0X36MOOC |
Massive Open Online Course |
1P |
|
Z |
Z,L |
2 |
|
|
B0B36MOOC |
Massive Open Online Course |
1P |
|
Z |
Z,L |
2 |
Šišlák D. |
|
B0M36MOOC |
Massive Open Online Course |
1P |
|
Z |
Z,L |
2 |
Šišlák D. |
|
B4M36MBG |
Molecular Biology and Genetics |
3P+1C |
CS |
Z,ZK |
L |
6 |
Pospíšek M. |
|
BE4M36MBG |
Molecular Biology and Genetics |
3P+1C |
EN |
Z,ZK |
L |
6 |
Pospíšek M. |
|
XEP36UIR |
Motion Planning and Decision Making in Robotics |
2P+2S |
EN |
ZK |
Z |
4 |
Faigl J. |
|
AD4M33MAS |
Multiagent Systems |
14KP+6KC |
CS |
Z,ZK |
Z |
6 |
|
|
A4M33MAS |
Multiagent Systems |
2P+2C |
CS |
Z,ZK |
Z |
6 |
|
|
AE4M33MAS |
Multiagent Systems |
2P+2C |
EN |
Z,ZK |
Z |
6 |
|
|
A4M36MAS |
Multiagent Systems |
2P+2C |
|
Z,ZK |
Z |
6 |
|
|
AE4M36MAS |
Multiagent Systems |
2P+2C |
EN |
Z,ZK |
Z |
6 |
|
|
AD4M36MAS |
Multiagent Systems |
14KP+6KC |
CS |
Z,ZK |
Z |
6 |
|
|
B6B36OMO |
Object-oriented design and Modeling |
2P+2C+4D |
CS |
Z,ZK |
Z |
6 |
Kadleček D. |
|
BD6B36OMO |
Object-oriented Design and Modeling |
14KP+6KC |
|
Z,ZK |
Z |
6 |
|
|
B4M36OSW |
Ontologies and Semantic Web |
2P+2C |
CS |
Z,ZK |
Z |
6 |
Křemen P. |
|
BE4M36OSW |
Ontologies and Semantic Web |
2P+2C |
EN |
Z,ZK |
Z |
6 |
|
|
B4B36PDV |
Parallel and Distributed Computing |
2P+2C |
CS |
Z,ZK |
L |
6 |
Jakob M. |
|
AD4M33PAH |
Planning and game playing |
14KP+6KC |
CS |
Z,ZK |
L |
6 |
|
|
A4M33PAH |
Planning and game playing |
2P+2C |
CS |
Z,ZK |
L |
6 |
|
|
AE4M33PAH |
Planning and game playing |
2P+2C |
EN |
Z,ZK |
L |
6 |
|
|
A4M36PAH |
Planning and game playing |
2P+2C |
|
Z,ZK |
L |
6 |
|
|
AE4M36PAH |
Planning and game playing |
2P+2C |
EN |
Z,ZK |
L |
6 |
|
|
AD4M36PAH |
Planning and game playing |
14KP+6KC |
CS |
Z,ZK |
L |
6 |
|
|
BE4M36PUI |
Planning for Artificial Intelligence |
2P+2C |
EN |
Z,ZK |
L |
6 |
Pěchouček M. |
|
B0B36PRP |
Procedural Programming |
2P+2C |
CS |
Z,ZK |
Z |
6 |
Faigl J. |
|
BD5B36PRP |
Procedural Programming |
14KP+6KC |
CS |
Z,ZK |
Z |
6 |
Jelínek I. |
|
B6B36PJC |
Programming in C/C++ |
2P+2C+2D |
CS |
KZ |
Z |
4 |
Richta K. |
|
BD6B36PJC |
Programming in C/C++ |
14KP+6KC |
CS |
KZ |
Z |
4 |
|
|
B6B36PCC |
Programming in C/C++ |
2P+2C+4D |
CS |
Z,ZK |
Z |
5 |
Richta K. |
|
B3B36PRG |
Programming in C |
2P+2C |
CS |
Z,ZK |
L |
6 |
Faigl J. |
|
BAB36PRGA |
Programming in C |
2P+2C |
CS |
Z,ZK |
L |
6 |
Faigl J. |
|
A7B36PJV |
Programming in Java |
2P+2C |
CS |
Z,ZK |
L |
6 |
|
|
B6B36PJV |
Programming in Java |
2P+3C+2D |
|
Z,ZK |
L |
6 |
|
|
BD6B36PJV |
Programming in Java |
14KP+9KC |
|
Z,ZK |
L |
6 |
|
|
B0B36PJV |
Programming in Java |
2P+3C+7D |
CS |
Z,ZK |
L |
6 |
Vokřínek J. |
|
A4M36TPJ |
Programming Language Theory |
2P+2C |
CS |
Z,ZK |
Z |
6 |
|
|
AE4M36TPJ |
Programming Language Theory |
2P+2C |
EN |
Z,ZK |
Z |
6 |
|
|
AD4M36TPJ |
Programming Languages Theory |
14KP+6KC |
CS |
Z,ZK |
Z |
6 |
|
|
A0B36PR1 |
Programming 1 |
2P+2C |
CS |
Z,ZK |
Z |
6 |
|
|
AE0B36PR1 |
Programming 1 |
2P+2C |
EN |
Z,ZK |
Z |
6 |
Mannová B. |
|
A0B36PR2 |
Programming 2 |
2P+2C |
CS |
Z,ZK |
L |
6 |
|
|
AE0B36PR2 |
Programming 2 |
2P+2C |
EN |
Z,ZK |
L |
6 |
Jelínek I. |
|
AD0B36PRI |
Programming |
14KP+6KC |
CS |
Z,ZK |
Z |
5 |
|
|
A0B36PRI |
Programming |
2P+2C |
CS |
Z,ZK |
Z,L |
5 |
|
|
AE0B36PRI |
Programming |
2P+2C |
EN |
Z,ZK |
Z |
5 |
Mannová B. |
|
B0M36QUA |
Quantum Computing |
2P+2C+2D |
EN |
Z,ZK |
L |
5 |
Mareček J. |
|
XP36RGM |
Reading group in data mining and machine learning |
2P |
|
ZK |
Z,L |
4 |
Kléma J. |
|
BD6B36SMP |
Requirements Engineering |
14KP+9KC |
|
Z,ZK |
L |
6 |
|
|
B0M36SPJ |
Scientific Programing in Julia |
2P+2C |
CS |
KZ |
Z |
4 |
Pevný T., Šmídl V. |
|
A7B36PRO |
Semestral Project |
2s |
CS |
KZ |
L,Z |
6 |
|
|
AD7B36PRO |
Semestral Project |
0P+5S |
CS |
KZ |
Z |
6 |
|
|
B6B36PRO |
Semestral Project |
2s |
CS |
KZ |
L,Z |
6 |
|
|
BD6B36PRO |
Semestral Project |
2s |
CS |
KZ |
L,Z |
6 |
|
|
AD4M36AOS |
Service Oriented Architectures |
14KP+6KC |
CS |
Z,ZK |
Z |
6 |
|
|
AE4M36AOS |
Service Oriented Architectures |
2P+2C |
EN |
Z,ZK |
Z |
6 |
|
|
A4M36AOS |
Service Oriented Architectures |
2P+2C |
|
Z,ZK |
Z |
6 |
|
|
A4M33AOS |
Service Oriented Computing |
2P+2C |
CS |
Z,ZK |
Z |
6 |
|
|
A7B36ASS |
Software Architectures |
2P+2S |
CS |
Z,ZK |
Z |
5 |
|
|
AD7B36ASS |
Software Architectures |
14KP+6KC |
CS |
Z,ZK |
Z |
5 |
|
|
B4M36SWA |
Software Architectures |
2P+2C |
CS |
Z,ZK |
L |
6 |
Bureš M. |
|
BE4M36SWA |
Software Architectures |
2P+2C |
EN |
Z,ZK |
L |
6 |
Bureš M. |
|
AD4B33SI |
Software Engineering |
14KP+6KC |
CS |
Z,ZK |
Z |
6 |
|
|
A4B33SI |
Software Engineering |
2P+2C |
CS |
Z,ZK |
Z |
6 |
|
|
AE4B33SI |
Software Engineering |
2P+2C |
EN |
Z,ZK |
Z |
6 |
|
|
B4B36SIN |
Software Engineering |
3P+2S |
CS |
Z,ZK |
Z |
6 |
Komárek M. |
|
A4M36SVP |
Software or Research Project |
|
CS |
KZ |
Z,L |
6 |
|
|
A4B36SVP |
Software or Research Project |
|
|
KZ |
Z,L |
6 |
|
|
AE4B36SVP |
Software or Research Project |
|
EN |
KZ |
Z,L |
6 |
|
|
AE4M36SVP |
Software or Research Project |
|
EN |
KZ |
Z,L |
6 |
|
|
B4M36ZKS |
Software Quality Assurance |
2P+2C |
CS |
Z,ZK |
Z |
6 |
Bureš M. |
|
BE4M36ZKS |
Software Quality Assurance |
2P+2C |
EN |
Z,ZK |
Z |
6 |
Bureš M. |
|
B6B36TS1 |
Software Testing |
2P+2C+2D |
|
Z,ZK |
L |
5 |
Bureš M. |
|
BD6B36TS1 |
Software Testing |
14KP+6KC |
|
Z,ZK |
L |
5 |
|
|
B4M36SAN |
Statistical Data Analysis |
2P+2C |
CS |
Z,ZK |
Z |
6 |
Kléma J. |
|
BE4M36SAN |
Statistical data analysis |
2P+2C |
EN |
Z,ZK |
Z |
6 |
Kléma J. |
|
B4M36SMU |
Symbolic Machine Learning |
2P+2C |
CS |
Z,ZK |
L |
6 |
Kuželka O. |
|
BE4M36SMU |
Symbolic Machine Learning |
2P+2C |
EN |
Z,ZK |
L |
6 |
Kuželka O. |
|
A0M33BEP |
Unmanned Aerial Vehicles |
2P+2S |
CS |
Z,ZK |
L |
4 |
|
|
AD0M33BEP |
Unmanned Aerial Vehicles |
14KP+6KC |
CS |
Z,ZK |
L |
4 |
|
|
A0M36BEP |
Unmanned Aerial Vehicles |
2P+2S |
|
Z,ZK |
L |
4 |
|
|
B9M36BEP |
Unmanned Vehicles |
2P+2L |
CS |
Z,ZK |
L |
4 |
Rollo M. |
|
BE9M36BEP |
Unmanned Vehicles |
2P+2L |
EN |
Z,ZK |
L |
4 |
Rollo M. |
|
A7B36WMM |
Web Technologies and Multimedia |
2P+2C |
CS |
KZ |
L |
6 |
|
|
AD7B36WMM |
Web Technologies and Multimedia |
14KP+6KC |
CS |
KZ |
L |
6 |
|
|
Subject |
Name |
Extent of teaching |
Language of teaching |
Completion
|
Semester
|
Credits
|
Guarantors |
Teachers |
XP37AEM |
Acoustic and Electroacoustic Measurements |
2P+1S |
EN |
Z,ZK |
L |
4 |
Husník L. |
|
XP37TAS |
Acoustic signal processing and theory |
2P+2L |
EN |
Z,ZK |
Z |
4 |
Kadlec F., Rund F. |
|
AD0M37MOT |
Advanced areas in image and video technology |
14+6L |
CS |
KZ |
Z |
5 |
|
|
A0M37MOT |
Advanced areas in image and video technology |
2+2L |
CS |
KZ |
L |
5 |
|
|
AE0M37MOT |
Advanced areas in image and video technology |
2+2L |
EN |
KZ |
Z |
5 |
|
|
B2M37MOT |
Advanced areas in image and video technology |
2P+2L |
CS |
Z,ZK |
Z |
5 |
|
|
BE2M37MOT |
Advanced areas in image and video technology |
2p+2l |
EN |
Z,ZK |
Z |
5 |
|
|
BE2M37MOTA |
Advanced areas in image and video technology |
2P+2L |
EN |
Z,ZK |
Z |
6 |
|
|
B2M37MOTA |
Advanced areas in image and video technology |
2P+2L |
CS |
Z,ZK |
Z |
6 |
Fliegel K. |
|
XP37NOS |
Advanced Computational Tools for Imaging and Radio Systems |
2P+2L |
EN |
ZK |
L |
4 |
Vítek S. |
|
XP37CAD |
Advanced methods for circuit analysis and optimization using computer-aided design |
2P+3D |
EN |
Z,ZK |
Z |
3 |
Dobeš J. |
|
XP37MSP |
Advanced Multimedia Signal Processing |
2P+2L+3D |
EN |
Z,ZK |
L |
4 |
Fliegel K. |
|
A8M37ASD |
Advanced Statistical and Distributed Signal Processing |
8P+0C |
EN |
ZK |
L |
5 |
|
|
Q2M37PDK |
Advanced theory of digital communication |
3+1s |
CS |
Z,ZK |
Z |
4 |
|
|
B3M37LRS |
Aeronautical radio systems |
2P+2L |
CS |
Z,ZK |
Z |
6 |
Kovář P. |
|
BE3M37LRS |
Aeronautical Radio Systems |
2P+2L |
EN |
Z,ZK |
Z |
6 |
Kovář P. |
|
B9M37LRS |
Aeronautical Radio Systems |
2P+2L |
CS |
Z,ZK |
Z |
6 |
|
|
BE9M37LRS |
Aeronautical Radio Systems |
2P+2L |
EN |
Z,ZK |
Z |
6 |
|
|
A0M37RLP |
Air traffic control |
2P+2C |
CS |
Z,ZK |
Z |
4 |
Kovář P. |
|
AD0M37RLP |
Air traffic control |
14+6s |
CS |
Z,ZK |
Z |
4 |
|
|
AE0M37RLP |
Air traffic control |
2+2c |
EN |
Z,ZK |
Z |
4 |
|
|
XP37LN |
Aircraft Navigation |
2P+2S |
CS |
ZK |
L |
4 |
Vejražka F. |
|
A8B14ADP |
Algorithm Development and Programming |
2P+2C |
CS |
Z,ZK |
Z |
5 |
Vítek S. |
|
XP37AEA |
Applied Electroacoustics |
2P+2L |
EN |
ZK |
Z |
4 |
Honzík P. |
|
BAB37APO |
Applied Optics |
2P+2L |
CS |
Z,ZK |
L |
4 |
Páta P. |
|
XP37ARA |
Architectural Acoustics |
2P+2S |
CS |
ZK |
L |
4 |
Husník L. |
|
B2M37ART |
Architecture of radio receivers and transmitters |
2P+2L |
CS |
Z,ZK |
Z |
6 |
Kovář P. |
|
BE2M37ART |
Architecture of Radio Receivers and Transmitters |
2P+2L |
EN |
Z,ZK |
Z |
6 |
Kovář P. |
|
A8M37ART |
Architectures of Rx/Tx Systems |
4P+0C |
CS |
Z,ZK |
Z |
5 |
|
|
AE8M37ART |
Architectures of Rx/Tx Systems |
4P+0L |
EN |
Z,ZK |
Z |
5 |
|
|
B2M99ZVT |
Audio technology 1 |
2P+2L |
CS |
Z,ZK |
Z |
6 |
Husník L., Jiříček O. |
|
BE2M99ZVT |
Audio Technology 1 |
2P+2L |
EN |
Z,ZK |
Z |
6 |
Husník L. |
|
AD0M37ZV2 |
Audio Technology 2 |
14+6L |
CS |
Z,ZK |
Z |
4 |
|
|
A0M37ZV2 |
Audio Technology 2 |
2+2L |
CS |
Z,ZK |
Z |
4 |
|
|
AE0M37ZV2 |
Audio Technology 2 |
2+2L |
EN |
Z,ZK |
Z |
4 |
|
|
B2M37ZV2 |
Audio Technology 2 |
2p+2l |
CS |
Z,ZK |
L |
5 |
|
|
BE2M37ZV2 |
Audio Technology 2 |
2p+2l |
EN |
Z,ZK |
L |
5 |
|
|
BE2M37ZV2A |
Audio Technology 2 |
2P+2L |
EN |
Z,ZK |
L |
6 |
Rund F. |
|
B2M37ZV2A |
Audio Technology 2 |
2P+2L |
CS |
Z,ZK |
L |
6 |
Rund F. |
|
AD2M37ZVT |
Audio Technology |
14+6L |
CS |
Z,ZK |
L |
5 |
|
|
A2M37ZVT |
Audio Technology |
2+2L |
CS |
Z,ZK |
L |
5 |
|
|
AE2M37ZVT |
Audio Technology |
2+2L |
EN |
Z,ZK |
L |
5 |
|
|
B0B37LAV |
Audio, Video and Communication Systems Laboratory |
0P+4L+2D |
CS |
KZ |
Z |
4 |
Honzík P. |
|
B2B37AVT |
Audiovisual Technology |
2P+2L |
CS |
KZ |
L |
4 |
Páta P. |
|
BE2B37AVT |
Audiovisual Technology |
2P+2L |
EN |
KZ |
L |
4 |
Páta P. |
|
BD5B37AVT |
Audiovisual Technology |
14KP+6KL |
CS |
Z,ZK |
L |
4 |
Páta P. |
|
AE0B37BAP |
Bachelor Project |
28s |
|
Z |
L |
20 |
|
|
AE8B37BAP |
Bachelor Project |
7s |
|
Z |
L |
9 |
|
|
B2B37BPR |
Bachelor Project |
2p+2s |
CS |
KZ |
Z |
4 |
|
|
BE2B37BPR |
Bachelor Project |
2p+2s |
EN |
KZ |
Z |
4 |
|
|
A0B37BAP |
Bachelor thesis |
28s |
|
Z |
L |
20 |
|
|
AD0B37BAP |
Bachelor thesis |
28s |
|
Z |
L |
20 |
|
|
A8B37BAP |
Bachelor thesis |
7s |
|
Z |
L |
9 |
|
|
A8M37CAD |
CAD and Numerical Methods in RF Engineering |
2P+0C |
CS |
KZ |
L |
3 |
|
|
AE8M37CAD |
CAD and Numerical Methods in RF Engineering |
2P+0C |
EN |
KZ |
L |
3 |
|
|
XP37NRO |
CAD for RF and Microwave Circuits |
3P+1S |
CS |
Z,ZK |
Z |
4 |
Dobeš J. |
|
A2B37CPP |
C/C++ Programming Language |
2P+2C |
CS |
Z |
L |
4 |
|
|
BD5B37PPC |
C/C++ programming |
14KP+6KC |
CS |
KZ |
Z |
4 |
Vítek S. |
|
AD2M37KDK |
Coding in digital communications |
21+3c |
CS |
Z,ZK |
L |
5 |
|
|
A2M37KDK |
Coding in digital communications |
3+1c |
CS |
Z,ZK |
L |
5 |
|
|
AE2M37KDK |
Coding in digital communications |
3+1c |
EN |
Z,ZK |
L |
5 |
|
|
AE8M37CDC |
Coding in Digital Communications |
4P+0C |
EN |
Z,ZK |
L |
5 |
|
|
B2M37KDK |
Coding in digital communications |
3P+1C |
CS |
Z,ZK |
L |
5 |
|
|
BE2M37KDK |
Coding in digital communications |
3P+1C |
EN |
Z,ZK |
L |
5 |
|
|
BE2M37KDKA |
Coding in Digital Communications |
3P+1C |
EN |
Z,ZK |
L |
6 |
Sýkora J. |
|
B2M37KDKA |
Coding in digital communications |
3P+1C |
CS |
Z,ZK |
L |
6 |
Sýkora J. |
|
A8M37CDC |
Coding in Digital Dommunications |
4P+0C |
CS |
Z,ZK |
L |
5 |
|
|
A1B37KEL |
Communication and Electronics |
2P+2L |
CS |
KZ |
Z |
4 |
Dobeš J. |
|
AE1B37KEL |
Communication and Electronics |
2P+2L |
EN |
KZ |
Z |
4 |
Dobeš J. |
|
A2B37KMM |
Communication and Measurement in Multimedia |
0P+4L+2D |
CS |
Z,ZK |
Z |
6 |
Honzík P. |
|
AE2B37KMM |
Communication and Measurement in Multimedia |
2P+2L |
EN |
Z,ZK |
Z |
6 |
|
|
AD2B99KAM |
Communication and Multimedia |
14+6c |
CS |
Z |
Z |
5 |
|
|
AE2B99KAM |
Communication and Multimedia |
2+2c |
EN |
Z |
Z |
5 |
|
|
A8M37CSL |
Communications and Signal Processing Laboratory |
0P+2C |
CS |
Z |
L |
2 |
|
|
AE8M37CSL |
Communications and Signal Processing Laboratory |
0P+2C |
EN |
Z |
L |
2 |
|
|
B2M37KAS |
Compression of images and signals |
2p+2c |
CS |
Z,ZK |
L |
5 |
|
|
BE2M37KAS |
Compression of images and signals |
2p+2c |
EN |
Z,ZK |
L |
5 |
|
|
BE2M37KASA |
Compression of Images and Signals |
2P+2C |
EN |
Z,ZK |
L |
6 |
Vítek S. |
|
B2M37KASA |
Compression of images and signals |
2P+2C |
CS |
Z,ZK |
L |
6 |
Vítek S. |
|
B0B37NSI |
Design of IoT systems |
2P + 2L + 2D |
CS |
Z,ZK |
L |
5 |
Vítek S. |
|
B2M37DTR |
Digital Audio and Video Broadcasting |
2P+2L |
CS |
Z,ZK |
Z |
5 |
|
|
BE2M37DTR |
Digital Audio and Video Broadcasting |
2p+2l |
EN |
Z,ZK |
Z |
5 |
|
|
BE2M37DTRA |
Digital Audio and Video Broadcasting |
2P+2L |
EN |
Z,ZK |
Z |
6 |
|
|
AD2M37DKM |
Digital communications |
21+3c |
CS |
Z,ZK |
Z |
4 |
|
|
A2M37DKM |
Digital communications |
3+1s |
CS |
Z,ZK |
Z |
4 |
|
|
AE2M37DKM |
Digital communications |
3+1s |
EN |
Z,ZK |
Z |
4 |
|
|
QB-DKM |
Digital communications |
3+1s |
|
Z,ZK |
Z |
4 |
|
|
QM-PDK |
Digital communications |
3+1s |
|
Z,ZK |
Z |
4 |
|
|
A8B37DCM |
Digital Communications |
4P+0C |
CS |
Z,ZK |
Z |
5 |
|
|
AE8B37DCM |
Digital Communications |
4P+0C |
EN |
Z,ZK |
Z |
5 |
|
|
B2M37DKM |
Digital communications |
3P+1C |
CS |
Z,ZK |
Z |
6 |
Sýkora J. |
|
BE2M37DKM |
Digital Communications |
3P+1C |
EN |
Z,ZK |
Z |
6 |
Sýkora J. |
|
A8B37DCMA |
Digital Communications |
3P+1C |
CS |
Z,ZK |
Z |
6 |
Sýkora J. |
|
A8B37DIT |
Digital Design |
2P+2C |
CS |
Z,ZK |
L |
5 |
Vítek S. |
|
AE8B37DIT |
Digital Design |
2P+2C |
EN |
Z,ZK |
L |
5 |
|
|
B2M37DTRA |
Digital Video and Audio Broadcasting |
2P+2L |
CS |
Z,ZK |
Z |
6 |
Ulovec K. |
|
B2M37DPR |
Diploma Project |
6s |
CS |
KZ |
Z |
6 |
|
|
BE2M37DPR |
Diploma Project |
6s |
EN |
KZ |
Z |
6 |
|
|
A0M37DIP |
Diploma Thesis |
36s |
|
Z |
L |
25 |
|
|
AD0M37DIP |
Diploma Thesis |
36s |
|
Z |
L |
25 |
|
|
AE0M37DIP |
Diploma Thesis |
36s |
|
Z |
L |
25 |
|
|
B2M37OBF |
Image Photonics |
2P+2L |
CS |
Z,ZK |
Z |
5 |
|
|
BE2M37OBF |
Image Photonics |
2p+2l |
EN |
Z,ZK |
Z |
5 |
Páta P. |
|
B2M37OBFA |
Image Photonics |
2P+2L |
CS |
Z,ZK |
Z |
6 |
Páta P. |
|
BE2M37OBFA |
Image Photonics |
2P+2L |
EN |
Z,ZK |
Z |
6 |
Páta P. |
|
XP37IPP |
Image Processing and Photonics |
2P+2L |
EN |
ZK |
Z |
4 |
Páta P. |
|
AD2M37OBT |
Image Technology |
14+6c |
CS |
Z,ZK |
Z |
6 |
|
|
A2M37OBT |
Image Technology |
2+2c |
CS |
Z,ZK |
Z |
6 |
|
|
AE2M37OBT |
Image Technology |
2+2c |
EN |
Z,ZK |
Z |
6 |
|
|
B2M37OBT |
Image Technology |
2p+2l |
CS |
Z,ZK |
Z |
6 |
Páta P. |
|
BE2M37OBT |
Image Technology |
2P+2L |
EN |
Z,ZK |
Z |
6 |
Páta P. |
|
A0M37CIR |
Implementation of the digital circuits in Radio |
2P+2L |
CS |
Z,ZK |
L |
5 |
|
|
B2M37CIR |
Implementation of the digital circuits in Radio |
2P+2L |
CS |
Z,ZK |
L |
6 |
Skalický P. |
|
AD2B37IN2 |
Individual Project II |
4S |
CS |
KZ |
Z |
3 |
|
|
A2B37IN2 |
Individual Project II |
4s |
CS |
KZ |
Z |
3 |
|
|
AE2B37IN2 |
Individual Project II |
4s |
EN |
KZ |
Z |
3 |
|
|
QM-IP2 |
Individual Project II |
4s |
CS |
KZ |
Z,L |
6 |
|
|
AD2B37IN1 |
Individual Project I |
3S |
CS |
KZ |
Z |
3 |
|
|
A2B37IN1 |
Individual Project I |
3s |
CS |
KZ |
Z |
3 |
|
|
AE2B37IN1 |
Individual Project I |
3S |
EN |
KZ |
Z |
3 |
|
|
AD2M37IND |
Individual Project |
4s |
CS |
KZ |
Z |
6 |
|
|
A2M37IND |
Individual Project |
4s |
CS |
KZ |
Z |
6 |
|
|
AE2M37IND |
Individual Project |
4s |
EN |
KZ |
Z |
6 |
|
|
XP37ISS |
Introduction to space science and technology |
2P+2L |
EN |
ZK |
Z |
4 |
Hudec R. |
|
A8M37MAM |
Microprocessors&Microcomputers |
4P+2C |
CS |
Z,ZK |
Z |
7 |
|
|
AE8M37MAM |
Microprocessors&Microcomputers |
4P+2C |
EN |
Z,ZK |
Z |
7 |
|
|
B2M37MAM |
Microprocessors |
2P+2L |
CS |
Z,ZK |
Z |
6 |
Vítek S. |
|
BE2M37MAM |
Microprocessors |
2P+2L |
EN |
Z,ZK |
Z |
6 |
Vítek S. |
|
AD2B37MMT |
Multimedia Technology |
14+6L |
CS |
Z,ZK |
L |
6 |
|
|
A2B37MMT |
Multimedia Technology |
2+2L |
CS |
Z,ZK |
L |
6 |
|
|
AE2B37MMT |
Multimedia Technology |
2+2L |
EN |
Z,ZK |
L |
6 |
|
|
QB-MMT |
Multimedia Technology |
2+2L |
|
Z,ZK |
L |
6 |
|
|
B6B37MM2 |
Multimedia 2 |
2P+2L+6D |
CS |
Z,ZK |
L |
5 |
Rund F. |
|
BD6B37MM2 |
Multimedia 2 |
14KP+6KL |
CS |
Z,ZK |
L |
5 |
Klíma M. |
|
BBB37MM2 |
Multimedia 2 |
2P+2L |
CS |
Z,ZK |
L |
5 |
Rund F. |
|
A3M37NAV |
Navigation |
2+2c |
CS |
Z,ZK |
L |
6 |
|
|
AE3M37NAV |
Navigation |
2+2c |
EN |
Z,ZK |
L |
6 |
|
|
AD3M37NAV |
Navigation |
14+6s |
CS |
Z,ZK |
L |
6 |
|
|
XP37FOS |
Photonic Imaging Systems |
2P+2L+4D |
EN |
ZK |
Z |
4 |
Páta P. |
|
XP37PAC |
Physiological Acoustics |
2P+4D |
EN |
ZK |
Z |
4 |
Maršálek P. |
|
B0M37FAV |
Physiology and modeling of hearing and vision |
2P+2C+4D |
CS |
Z,ZK |
Z |
6 |
Vencovský V. |
|
BE0M37FAV |
Physiology and modeling of hearing and vision |
2P+2C+4D |
EN |
Z,ZK |
Z |
6 |
Vencovský V. |
|
B2B99PPC |
Practical C/C++ programming |
2P+2C |
CS |
KZ |
L |
6 |
Vítek S. |
|
BE2B99PPC |
Practical C/C++ programming |
2p+2c |
EN |
KZ |
L |
6 |
|
|
AD2B37ZST |
Principles of Studio Technology |
14KP+6KL |
CS |
Z,ZK |
Z |
6 |
|
|
A2B37ZST |
Principles of Studio Technology |
2P+2L |
CS |
Z,ZK |
Z |
6 |
|
|
AE2B37ZST |
Principles of Studio Technology |
2+2L |
EN |
Z,ZK |
Z |
6 |
|
|
B2B37ZST |
Principles of Studio Technology |
2P+2L |
CS |
Z,ZK |
Z |
4 |
Rund F. |
|
BE2B37ZST |
Principles of Studio Technology |
2P+2L |
EN |
Z,ZK |
Z |
4 |
Rund F. |
|
B0B99PRPA |
Procedural Programming |
2P+2C |
CS |
KZ |
Z |
4 |
Vítek S. |
|
BAB37ZPR |
Programming Essentials |
2P+2C |
CS |
Z,ZK |
Z |
6 |
Vítek S. |
|
BBB37ZPR |
Programming Essentials |
2P+2C |
CS |
KZ |
Z |
6 |
Vítek S. |
|
AD2B37ROZ |
Radio Circuits and Devices |
14+6s |
CS |
Z,ZK |
Z |
6 |
|
|
A2B37ROZ |
Radio Circuits and Devices |
2+2s |
CS |
Z,ZK |
Z |
6 |
|
|
AE2B37ROZ |
Radio Circuits and Devices |
2+2s |
EN |
Z,ZK |
Z |
6 |
|
|
B2B37ROZ |
Radio Circuits and Devices |
2P+2L |
CS |
Z,ZK |
L |
4 |
Dobeš J. |
|
BE2B37ROZ |
Radio Circuits and Devices |
2P+2L |
EN |
Z,ZK |
L |
4 |
Dobeš J. |
|
XP37RUP |
Radio determination of position, theory and practice, experience |
2P+2L+2D |
EN |
Z,ZK |
Z |
5 |
Vejražka F. |
|
B2M37RNV |
Radio Navigation |
2p+2c |
CS |
Z,ZK |
L |
5 |
|
|
BE2M37RNV |
Radio Navigation |
2P+2C |
EN |
Z,ZK |
Z |
5 |
|
|
BE2M37RNVA |
Radio Navigation |
2P+2L |
EN |
Z,ZK |
Z |
6 |
Kovář P. |
|
B2M37RNVA |
Radio Navigation |
2P+2L |
CS |
Z,ZK |
L |
6 |
Kovář P. |
|
XP37SRP |
Radio Receivers Special Technology |
2P+2S |
CS |
ZK |
Z |
4 |
Žalud V. |
|
A8M37RML |
Radio Systems Measurement Lab |
0P+4L |
CS |
Z |
Z |
5 |
|
|
AE8M37RML |
Radio Systems Measurement lab |
0P+4L |
EN |
Z |
Z |
5 |
|
|
AD2M37RSY |
Radio systems |
14+6L |
CS |
Z,ZK |
Z |
6 |
|
|
A2M37RSY |
Radio systems |
2+2L |
CS |
Z,ZK |
Z |
6 |
|
|
AE2M37RSY |
Radio systems |
2+2L |
EN |
Z,ZK |
Z |
6 |
|
|
A8M37RSY |
Radio Systems |
4P+0L |
CS |
Z,ZK |
Z |
5 |
|
|
AE8M37RSY |
Radio Systems |
4P+0L |
EN |
Z,ZK |
Z |
5 |
|
|
XP37RAD |
Radioelectronics |
2P+2S |
CS |
ZK |
L |
4 |
Kovář P. |
|
AD0M37DUP |
Satellite navigation systems |
14+6L |
CS |
Z,ZK |
Z |
4 |
|
|
A0M37DUP |
Satellite navigation systems |
2+2L |
CS |
Z,ZK |
Z |
4 |
|
|
AE0M37DUP |
Satellite navigation systems |
2+2L |
EN |
Z,ZK |
Z |
4 |
|
|
XP37VKF |
Selected Parts from Photonics |
4P+0S |
CS |
ZK |
L |
4 |
Klíma M. |
|
XP37FOT |
Selected Parts from Photonics |
2P+2L |
EN |
Z,ZK |
L |
3 |
Klíma M. |
|
A7B37PRO |
Semestral Project |
2s |
CS |
KZ |
Z |
6 |
|
|
B6B37PRO |
Semestral Project |
2s |
CS |
KZ |
Z |
6 |
|
|
BD6B37PRO |
Semestral Project |
2s |
CS |
KZ |
Z |
6 |
|
|
XP37ZSN1 |
Signal processing in satellite navigation systems 1 |
1P+3S |
EN |
Z,ZK |
Z |
4 |
Vejražka F. |
|
XP37ZSN2 |
Signal processing in satellite navigation systems 2 |
1P+3L |
CS |
Z,ZK |
L |
4 |
Vejražka F. |
|
AD2B99SAS |
Signals and systems |
14+6c |
CS |
Z,ZK |
L |
5 |
|
|
A2B99SAS |
Signals and systems |
2+2c |
CS |
Z,ZK |
L |
5 |
|
|
AE2B99SAS |
Signals and systems |
2+2c |
CS |
Z,ZK |
L |
5 |
|
|
QB-SAS |
Signals and systems |
2+2c |
|
Z,ZK |
L |
5 |
|
|
A8B37SAS |
Signals and Systems |
4P+2C |
CS |
Z,ZK |
L |
8 |
Sýkora J. |
|
AE8B37SAS |
Signals and Systems |
4P+2C |
EN |
Z,ZK |
L |
8 |
|
|
B2B37SAS |
Signals and systems |
2P+2C |
CS |
Z,ZK |
L |
5 |
Fliegel K. |
|
BE2B37SAS |
Signals and systems |
2p+2c |
EN |
Z,ZK |
L |
5 |
|
|
BD5B37SAS |
Signals and systems |
14KP+6KC |
CS |
Z,ZK |
L |
4 |
Fliegel K. |
|
B3M37KIN |
Space Engineering |
2P+2L |
CS |
Z,ZK |
Z |
6 |
Hudec R. |
|
BE3M37KIN |
Space Engineering |
2P+2L |
EN |
Z,ZK |
Z |
6 |
Hudec R. |
|
B9M37KIN |
Space Engineering |
2P+2L |
CS |
Z,ZK |
Z |
6 |
|
|
BE9M37KIN |
Space Engineering |
2P+2L |
EN |
Z,ZK |
Z |
6 |
|
|
XP37SZS |
Statistical Signal Processing |
4P+0S |
CS |
Z,ZK |
L |
4 |
Sýkora J. |
|
A8B37SSP |
Statistical Signal Processing |
4P+0C |
CS |
Z,ZK |
L |
6 |
Sýkora J. |
|
AE8B37SSP |
Statistical Signal Processing |
4P+0C |
EN |
Z,ZK |
L |
6 |
|
|
B2M37SSP |
Statistical Signal Processing |
4P+0C |
CS |
ZK |
L |
5 |
|
|
BE2M37SSP |
Statistical Signal Processing |
4p+0 |
EN |
ZK |
L |
5 |
|
|
BE2M37SSPA |
Statistical Signal Processing |
4P+0C |
EN |
Z,ZK |
L |
6 |
|
|
B2M37SSPA |
Statistical Signal Processing |
4P+0C |
CS |
Z,ZK |
L |
6 |
Sýkora J. |
|
A0M37SEK |
Synchronization and equalization in digital communications |
3P+1S |
CS |
Z,ZK |
Z |
4 |
|
|
AE0M37SEK |
Synchronization and Equalization in Digital Communications |
3P+1S |
EN |
Z,ZK |
Z |
4 |
|
|
B2M37SEK |
Synchronization and equalization in digital communications |
3P+1C |
CS |
Z,ZK |
Z |
6 |
Sýkora J. |
|
BBB37TSD |
Technology for Light Design |
2P+2L |
CS |
Z,ZK |
Z |
4 |
|
|
BBB37TZD |
Technology for Sound Design |
2P+2L |
CS |
Z,ZK |
Z |
4 |
|
|
B0M37TAV |
Technology of Audiovisual Production |
2P+2L |
CS |
Z,ZK |
L |
4 |
|
|
B2M37TAV |
Technology of Audiovisual Production |
2P+2L+2D |
CS |
Z,ZK |
L |
6 |
Klíma M. |
|
XP37TEM |
Theoretical Electroacoustics and Measurement |
2P+2L |
EN |
Z,ZK |
L |
3 |
Husník L. |
|
XP37TEA |
Theoretical Eletroacoustics |
3P+1S |
CS |
Z,ZK |
Z |
4 |
Husník L., Škvor Z. |
|
BBB37IOT |
Tools for IoT |
2P + 2L |
CS |
Z |
L |
4 |
Vítek S. |
|
A8M37WDC |
Wireless Digital Communications |
4P+0C |
CS |
Z,ZK |
Z |
5 |
|
|
AE8M37WDC |
Wireless Digital Communications |
4P+0C |
EN |
Z,ZK |
Z |
5 |
|
|
Subject |
Name |
Extent of teaching |
Language of teaching |
Completion
|
Semester
|
Credits
|
Guarantors |
Teachers |
B3M38POS |
Advanced Sensors |
2P+2L |
CS |
Z,ZK |
Z |
6 |
Platil A. |
|
BE3M38POS |
Advanced sensors |
2P+2L |
EN |
Z,ZK |
Z |
6 |
Platil A. |
|
B9M38AML |
Aerodynamics and Mechanics of Flight |
2P+4L |
CS |
Z,ZK |
Z |
6 |
Nožička J., Roháč J. |
|
BE9M38AML |
Aerodynamika a mechanika letu |
2P+4L |
EN |
Z,ZK |
Z |
6 |
|
|
A3M38PRS |
Airborne Monitoring and Control Systems |
2P+2L |
CS |
Z,ZK |
L |
5 |
|
|
AE3M38PRS |
Airborne Monitoring and Control Systems |
2P+2L |
EN |
Z,ZK |
L |
5 |
|
|
AD3M38PRS |
Airborne Monitoring and Control Systems |
14+6L |
CS |
Z,ZK |
L |
5 |
|
|
A3M38PSL |
Aircraft and Spacecraft Instrumentation |
2P+2L |
CS |
Z,ZK |
Z |
6 |
|
|
AE3M38PSL |
Aircraft and Spacecraft Instrumentation |
2P+2L |
EN |
Z,ZK |
Z |
6 |
|
|
AD3M38PSL |
Aircraft and Spacecraft Instrumentation |
14P+6L |
CS |
Z,ZK |
Z |
6 |
|
|
B3M38PSL |
Aircraft Avionics |
2P+2L |
CS |
Z,ZK |
Z |
6 |
|
|
BE3M38PSL |
Aircraft Avionics |
2P+2L |
EN |
Z,ZK |
Z |
6 |
|
|
B9M38PSL |
Aircraft Avionics |
2P+2L |
CS |
Z,ZK |
Z |
6 |
Roháč J. |
|
BE9M38PSL |
Aircraft Avionics |
2P+2L |
EN |
Z,ZK |
Z |
6 |
Roháč J. |
|
B3M38PSL1 |
Aircraft Avionics |
2P+2L |
CS |
Z,ZK |
Z |
6 |
Roháč J. |
|
BE3M38PSL1 |
Aircraft Avionics |
2P+2L |
EN |
Z,ZK |
Z |
6 |
Roháč J. |
|
XP38PSL |
Aircraft Instrumentation |
2P+2L |
CS |
ZK |
Z |
4 |
Roháč J. |
|
A0B38LPT |
Aircraft Instrumentation |
2+2L |
CS |
Z,ZK |
L |
5 |
|
|
AE0B38LPT |
Aircraft Instrumentation |
2P+2L |
EN |
Z,ZK |
L |
5 |
|
|
B9M38POL |
Aircraft Propulsion |
3P+1C |
CS |
Z,ZK |
Z |
5 |
Roháč J. |
|
BE9M38POL |
Aircraft Propulsion |
3P+1C |
EN |
Z,ZK |
Z |
5 |
Roháč J. |
|
A0M38KPL |
Aircraft Structure and Propulsion |
2P+2C |
CS |
Z,ZK |
Z |
4 |
|
|
AE0M38KPL |
Aircraft Structure and Propulsion |
2P+2L |
EN |
Z,ZK |
L |
4 |
|
|
B9M38LKS |
Aircraft Structures and Materials |
3P+1C |
CS |
Z,ZK |
Z |
5 |
Theiner R. |
|
BE9M38LKS |
Aircraft Structures and Materials |
3P+1C |
EN |
Z,ZK |
Z |
5 |
Theiner R. |
|
AD3M38ZDS |
Analog Signal Processing and Digitalization |
14P+6L |
CS |
Z,ZK |
Z |
6 |
|
|
A3M38ZDS |
Analog Signal Processing and Digitalization |
2P+2L |
CS |
Z,ZK |
Z |
6 |
|
|
AE3M38ZDS |
Analog Signal Processing and Digitalization |
2P+2L |
EN |
Z,ZK |
Z |
6 |
|
|
A8M38ASP |
Analog Signal Processing and Digitalization |
2P+2L |
CS |
Z,ZK |
Z |
5 |
Vedral J. |
|
B3M38ZDS |
Analog Signal Processing and Digitalization |
2P+2L |
CS |
Z,ZK |
Z |
6 |
|
|
BE3M38ZDS |
Analog Signal Processing and Digitalization |
2P+2L |
EN |
Z,ZK |
Z |
6 |
|
|
B3M38ZDS1 |
Analog Signal Processing and Digitalization |
2P+2L |
CS |
Z,ZK |
Z |
6 |
Vedral J. |
|
AE8M38ASP |
Analog.Sig.Proc.&Digitalization |
2P+2L |
CS |
Z,ZK |
Z |
5 |
|
|
BE4M38AVS |
Application of Embedded Systems |
2P+2L |
EN |
Z,ZK |
L |
6 |
|
|
B3M38ASE |
Automotive Sensors and Networks |
2P+2L |
CS |
Z,ZK |
L |
6 |
Novák J. |
|
BE3M38ASE |
Automotive sensors and networks |
2P+2L |
EN |
Z,ZK |
L |
6 |
Novák J. |
|
AE0B38BAP |
Bachelor Project |
0P+28C |
|
Z |
L |
20 |
|
|
AE8B38BAP |
Bachelor Project |
0P+7C |
|
Z |
L |
9 |
|
|
A0B38BAP |
Bachelor thesis |
0P+28C |
|
Z |
L |
20 |
|
|
AD0B38BAP |
Bachelor thesis |
0P+28C |
|
Z |
L |
20 |
|
|
A8B38BAP |
Bachelor thesis |
0P+7C |
|
Z |
L |
9 |
|
|
B6B38ZPS |
Basics of Computer Systems |
4P+2L+2D |
CS |
Z,ZK |
Z |
6 |
Novák J. |
|
BD6B38ZPS |
Basics of Computer Systems |
22P+8C |
CS |
Z,ZK |
Z |
6 |
|
|
B3B38OTE1 |
Circuit Technologies |
2P+2L |
CS |
Z,ZK |
L |
6 |
Holub J. |
|
B3B38OTE |
Circuit Technology |
2P+2L |
CS |
Z,ZK |
L |
4 |
Holub J. |
|
BE3B38OTE |
Circuit Technology |
2P+2L |
EN |
Z,ZK |
L |
4 |
Holub J. |
|
BE3B38OTE1 |
Circuit Technology |
2P+2L |
EN |
Z,ZK |
L |
6 |
Holub J. |
|
A0B38OCP |
Circuits of Digital Instruments |
2+2L |
CS |
Z,ZK |
L |
5 |
|
|
AE0B38OCP |
Circuits of Digital Instruments |
2P+2L |
EN |
Z,ZK |
L |
5 |
|
|
A5M38SPD |
Collection and data transfer |
3P+1L |
CS |
KZ |
L |
4 |
|
|
A5M38SBD |
Collection and Data Transfer |
2P+1L |
CS |
KZ |
L |
4 |
Mlejnek P. |
|
B3B38KDS |
Communication and Distributed Systems |
4P+2L |
CS |
Z,ZK |
Z |
6 |
Novák J. |
|
B3B38KDS1 |
Communication and Distributed Systems |
4P+2L |
CS |
Z,ZK |
Z |
6 |
Novák J. |
|
AD4M38KRP |
Computer Interfaces |
14P+6C |
CS |
Z,ZK |
Z |
6 |
|
|
A4M38KRP |
Computer Interfaces |
2P+2C |
CS |
Z,ZK |
Z |
6 |
|
|
AE4M38KRP |
Computer Interfaces |
2P+2C |
EN |
Z,ZK |
Z |
6 |
|
|
B4M38KRP |
Computer Interfaces |
2P+2L |
CS |
Z,ZK |
Z |
6 |
Novák J. |
|
BE4M38KRP |
Computer Interfaces |
2P+2L |
EN |
Z,ZK |
Z |
6 |
Novák J. |
|
B4B38PSI |
Computer Networks |
2P+2L |
CS |
Z,ZK |
L |
4 |
|
|
BE4B38PSI |
Computer Networks |
2P+2L |
EN |
Z,ZK |
L |
4 |
|
|
B4B38PSIA |
Computer Networks |
2P+2L |
CS |
Z,ZK |
L |
5 |
Novák J. |
|
BE4B38PSIA |
Computer Networks |
2P+2L |
EN |
Z,ZK |
L |
5 |
Novák J. |
|
A6M38KLS |
Construction of Medical Systems |
2P+2L |
CS |
Z,ZK |
Z |
5 |
|
|
BAM38KLS |
Construction of Medical Systems |
2P+2L |
CS |
Z,ZK |
Z |
6 |
Holub J. |
|
BEAM38KLS |
Construction of Medical Systems |
2P+2L |
EN |
Z,ZK |
Z |
6 |
Holub J. |
|
AD3M38SPD |
Data Acquisition and Transfer |
14P+6L |
CS |
Z,ZK |
Z |
6 |
|
|
A3M38SPD |
Data Acquisition and Transfer |
2P+2L |
CS |
Z,ZK |
Z |
6 |
|
|
AE3M38SPD |
Data Acquisition and Transfer |
2P+2L |
EN |
Z,ZK |
Z |
6 |
|
|
B3M38SPD |
Data Acquisition and Transfer |
2P+2L |
CS |
Z,ZK |
Z |
6 |
|
|
BE3M38SPD |
Data Acquisition and Transfer |
2P+2L |
EN |
Z,ZK |
Z |
6 |
|
|
B3M38SPD1 |
Data Acquisition and Transfer |
2P+2L |
CS |
Z,ZK |
L |
6 |
Šmíd R. |
|
BE3M38SPD1 |
Data acquisition and transfer |
2P+2L |
EN |
Z,ZK |
L |
6 |
Šmíd R. |
|
AD7B38SPD |
Data Acquisition and Transmission |
14P+6L |
CS |
Z,ZK |
Z |
5 |
|
|
AD3M38DIT |
Diagnostics and Testing |
21P+6L |
CS |
Z,ZK |
L |
7 |
|
|
A3M38DIT |
Diagnostics and Testing |
3P+2L |
CS |
Z,ZK |
L |
7 |
|
|
AE3M38DIT |
Diagnostics and Testing |
3P+2L |
EN |
Z,ZK |
L |
7 |
|
|
B3M38DIT |
Diagnostics and Testing |
3P+2L |
CS |
Z,ZK |
L |
7 |
|
|
BE3M38DIT |
Diagnostics and Testing |
3P+2L |
EN |
Z,ZK |
L |
7 |
|
|
B3M38DIT1 |
Diagnostics and Testing |
2P+2L |
CS |
Z,ZK |
Z |
6 |
Šmíd R. |
|
BE3M38DIT1 |
Diagnostics and Testing |
2P+2L |
EN |
Z,ZK |
Z |
6 |
Šmíd R. |
|
A5M99DIP |
Diploma Thesis |
0P+20C |
CS |
Z |
L |
26 |
|
|
A0M38DIP |
Diploma Thesis |
0P+36C |
|
Z |
L |
25 |
|
|
AD0M38DIP |
Diploma Thesis |
0P+36C |
|
Z |
L |
25 |
|
|
AE0M38DIP |
Diploma Thesis |
0P+36C |
|
Z |
L |
25 |
|
|
AD4B38DSP |
Distributed Systems and Computer Networks |
14P+6L |
CS |
Z,ZK |
L |
6 |
|
|
A3B38DSY |
Distributed Systems and Computer Networks |
4P+2L |
CS |
Z,ZK |
Z |
7 |
|
|
AE3B38DSY |
Distributed Systems and Computer Networks |
4P+2L |
EN |
Z,ZK |
Z |
7 |
|
|
AE4B38DSP |
Distributed Systems and Computer Networks |
2P+2L |
EN |
Z,ZK |
L |
6 |
|
|
AD2B38EMB |
Electrical Measurements and Instrumentation |
14P+6L |
CS |
Z,ZK |
Z |
5 |
|
|
A2B38EMB |
Electrical Measurements and Instrumentation |
2P+2L |
CS |
Z,ZK |
Z |
5 |
|
|
AE1B38EMA |
Electrical Measurements and Instrumentation |
2P+2L |
EN |
KZ |
L |
5 |
|
|
AE2B38EMB |
Electrical Measurements and Instrumentation |
2P+2L |
EN |
Z,ZK |
Z |
5 |
|
|
BE1B38EMA |
Electrical Measurements and Instrumentation |
2P+2L |
EN |
KZ |
L |
5 |
Svatoš J. |
|
BE2B38EMB |
Electrical Measurements and Instrumentation |
2P+2L |
EN |
Z,ZK |
Z |
5 |
Svatoš J. |
|
AD1B38EMA |
Electrical Measurements |
14P+6L |
CS |
KZ |
L |
5 |
|
|
B1B38EMA |
Electrical Measurements |
2P+2L |
CS |
KZ |
L |
5 |
Svatoš J. |
|
B2B38EMB |
Electrical Measurements |
2P+2L |
CS |
Z,ZK |
Z |
4 |
Haasz V., Svatoš J. |
|
BD5B38EMA |
Electrical Measurements |
14P+6L |
CS |
KZ |
L |
5 |
Haasz V. |
|
B2B38EMBA |
Electrical Measurements |
2P+2L |
CS |
Z,ZK |
Z |
5 |
Svatoš J. |
|
XP38EMC |
Electromagnetic Compatibility of Data Acquisition Systems |
2P+2C |
CS |
ZK |
Z |
4 |
Holub J. |
|
A5M38BEM |
Electromagnetic compatibility |
1P+1L |
CS |
KZ |
Z |
4 |
|
|
A8B38EME |
Electronic Measurements |
2P+1L |
CS |
KZ |
L |
4 |
Holub J. |
|
AE8B38EME |
Electronic Measurements |
2P+1L |
EN |
KZ |
L |
4 |
|
|
AD4M38AVS |
Embedded Systems Application |
14P+6L |
CS |
Z,ZK |
L |
6 |
|
|
A4M38AVS |
Embedded Systems Application |
2P+2L |
CS |
Z,ZK |
L |
6 |
|
|
AE4M38AVS |
Embedded Systems Application |
2P+2L |
EN |
Z,ZK |
L |
6 |
|
|
B4M38AVS |
Embedded Systems Application |
2P+2L |
CS |
Z,ZK |
L |
6 |
Fischer J., Sedláček R. |
|
AD4B38NVS |
Embedded Systems Design |
14P+6L |
CS |
Z,ZK |
L |
6 |
|
|
AE4B38NVS |
Embedded Systems Design |
2P+2L |
EN |
Z,ZK |
L |
6 |
|
|
B4B38NVS |
Embedded Systems Design |
2P+2L |
CS |
Z,ZK |
Z |
6 |
Fischer J., Petrucha V. |
|
B3B38VSY |
Embedded Systems |
2P+2L |
CS |
Z,ZK |
Z |
4 |
Fischer J., Petrucha V. |
|
B3B38VSY1 |
Embedded Systems |
2P+2L |
CS |
Z,ZK |
Z |
6 |
Fischer J., Petrucha V. |
|
B9M38EML |
Experimental Methods in Aeronautics |
3P+1L |
CS |
KZ |
Z |
4 |
|
|
BE9M38EML |
Experimentální metody v letectví a zkoušení letade |
3P+1L |
EN |
KZ |
Z |
4 |
|
|
A0B38APH |
FPGA Applications |
1P+3L |
CS |
KZ |
Z |
5 |
Sedláček R. |
|
AE0B38APH |
FPGA Applications |
1P+3L |
EN |
KZ |
Z |
5 |
Sedláček R. |
|
A0B38GRP |
Graphical Programming |
1P+3C |
CS |
Z,ZK |
Z,L |
5 |
Mlejnek P. |
|
A0M38OSE |
Image Sensors |
2P+2L |
CS |
Z,ZK |
Z |
5 |
|
|
AD3B38IND |
Individual Project |
0P+9C |
CS |
KZ |
Z |
7 |
|
|
AD3M38IND |
Individual Project |
0P+9C |
CS |
KZ |
Z |
10 |
|
|
A3B38IND |
Individual Project |
0P+3C |
CS |
KZ |
Z |
7 |
|
|
A3M38IND |
Individual Project |
0P+3C |
CS |
KZ |
Z |
10 |
|
|
AE3B38IND |
Individual Project |
3P+8C |
EN |
KZ |
Z |
7 |
|
|
AE3M38IND |
Individual Project |
0P+3C |
EN |
KZ |
Z |
10 |
|
|
A6M38IP |
Individual Project |
0P+4C |
|
Z |
Z |
4 |
|
|
AD3B38PRT |
Instrumentation for Data Acqusition and Proces Control |
14P+6L |
CS |
Z,ZK |
Z |
6 |
|
|
AE3B38PRT |
Instrumentation for Data Acqusition and Proces Control |
2P+2L |
EN |
Z,ZK |
Z |
6 |
|
|
B3M38INA |
Integrated Avionics |
2P+2L |
CS |
Z,ZK |
L |
6 |
|
|
B9M38INA |
Integrated Avionics |
2P+2L |
CS |
Z,ZK |
L |
6 |
|
|
B3M38INA1 |
Integrated Avionics |
2P+2L |
CS |
Z,ZK |
L |
6 |
Roháč J. |
|
BE3M38INA1 |
Integrated avionics |
2P+2L |
EN |
Z,ZK |
L |
6 |
Roháč J. |
|
BE3M38INA |
Integrated Modular Avionics |
2P+2L |
EN |
Z,ZK |
L |
6 |
Šipoš M. |
|
BE9M38INA |
Integrated Modular Avionics |
2P+2L |
EN |
Z,ZK |
|
6 |
Šipoš M. |
|
B3B38LPE |
Laboratories of Industrial Electronics and Sensors |
0P+4L |
CS |
KZ |
L |
4 |
Petrucha V. |
|
B3B38LPE1 |
Laboratories of Industrial Electronics |
0P+4L |
CS |
KZ |
L |
4 |
Petrucha V. |
|
RB38LPE |
Laboratories of Industrial Electronics |
0P+4L |
CS |
KZ |
L |
4 |
Petrucha V. |
|
A0M38MAP |
Magnetic Elements and Magnetic Measurements |
2+2L |
CS |
Z,ZK |
Z |
5 |
|
|
XP38MPX |
Magnetism in Engineering Practice |
2P+2C |
CS |
ZK |
Z |
4 |
Ripka P. |
|
XP38MMN |
Measurement of Nonelectric Quantities |
2P+2L |
CS |
ZK |
L |
4 |
Ripka P. |
|
A5M38MEB |
Measurements in the Buildings |
2P+1L |
CS |
KZ |
Z |
4 |
Kašpar P. |
|
B5M38MEB1 |
Measurements in the Buildings |
2P+2L |
CS |
KZ |
Z |
5 |
Mlejnek P. |
|
XP38MDR |
Methods of Signals Digitalization and Reconstruction |
2P+2C |
CS |
ZK |
L |
4 |
Vedral J. |
|
A0M38MET |
Metrology |
2+2L |
CS |
Z,ZK |
Z |
5 |
|
|
AE0M38MET |
Metrology |
2+2L |
EN |
Z,ZK |
Z |
5 |
|
|
A3B38MMP |
Microprocessors and Microcontrollers in Instrumentation |
2P+2L |
CS |
Z,ZK |
L |
6 |
|
|
AE3B38MMP |
Microprocessors and Microcontrollers in Instrumentation |
2P+2L |
EN |
Z,ZK |
L |
6 |
|
|
AD3M38MSZ |
Modern Sensors and Signal Processing |
14P+6L |
CS |
Z,ZK |
L |
6 |
|
|
A3M38MSZ |
Modern Sensors and Signal Processing |
2P+2L |
CS |
Z,ZK |
L |
6 |
|
|
AE3M38MSZ |
Modern Sensors and Signal Processing |
2P+2L |
EN |
Z,ZK |
L |
6 |
|
|
A8M38MS |
Modern Sensors |
2P+2L |
CS |
Z,ZK |
Z |
5 |
Platil A. |
|
AE8M38MS |
Modern Sensors |
2P+2L |
EN |
Z,ZK |
Z |
5 |
|
|
B3M38MSE |
Modern Sensors |
2P+2L |
|
Z,ZK |
Z |
6 |
|
|
BE3M38MSE |
Modern Sensors |
2P+2L |
EN |
Z,ZK |
Z |
6 |
Platil A. |
|
AD7B38UOS |
Operating Systems - Introduction |
14P+6C |
CS |
Z,ZK |
L |
6 |
|
|
B3MPVT |
Práce v týmu |
0P+4S |
CS |
KZ |
L |
6 |
Drábek T. |
|
AE0B38PSM |
Programming Data Acquisition Systems |
2P+2C |
EN |
KZ |
Z |
5 |
|
|
B9M38PRM |
Project Management and Marketing |
2P+1C |
CS |
Z,ZK |
Z |
2 |
Žemlička P. |
|
BE9M38PRM |
Project Management and Marketing |
2P+1C |
EN |
Z,ZK |
Z |
2 |
Roháč J. |
|
A5M99PR1 |
Project 1 |
0P+4C |
CS |
Z |
L |
6 |
Kašpar P. |
|
B5M99PR1 |
Project 1 |
0P+4C |
CS |
Z |
L |
5 |
Platil A. |
|
A5M99PR2 |
Project 2 |
0P+4C |
CS |
Z |
Z |
6 |
Kašpar P. |
|
B5M99PR2 |
Project 2 |
0P+4C |
CS |
Z |
Z |
5 |
Platil A. |
|
B3M38PRO |
Project |
0P+6C |
|
KZ |
Z |
8 |
|
|
XP38VKP |
Selected Parts of Instrumentation |
2P+2L |
CS |
ZK |
Z,L |
4 |
Holub J. |
|
AD7B38PRO |
Semestral project |
0P+6C |
CS |
KZ |
Z |
6 |
|
|
B6B38PRO |
Semestral Project |
0P+2C |
CS |
KZ |
Z |
6 |
|
|
BD6B38PRO |
Semestral Project |
0P+2C |
CS |
KZ |
Z |
6 |
|
|
AE0B38SES |
Sensor Networks |
2P+2L |
EN |
Z,ZK |
Z |
5 |
|
|
XP38SSB |
Sensors and Buses |
2P+2L |
CS |
ZK |
Z,L |
4 |
Platil A. |
|
B3B38SME |
Sensors and Measurements |
3P+2L |
CS |
Z,ZK |
L |
6 |
Petrucha V., Ripka P. |
|
AD3B38SME |
Sensors and Measurement |
21P+6L |
CS |
Z,ZK |
L |
6 |
|
|
AE3B38SME |
Sensors and Measurement |
3P+2L |
EN |
Z,ZK |
L |
6 |
|
|
BE5B38SME |
Sensors and Measurement |
4P+2L |
EN |
Z,ZK |
Z |
6 |
Butta M., Ripka P. |
|
BE3B38SME |
Sensors and Measurement |
3P+2L |
EN |
Z,ZK |
L |
6 |
Butta M. |
|
B3B38SME1 |
Sensors and Measurement |
3P+2L |
CS |
Z,ZK |
L |
6 |
Petrucha V., Ripka P. |
|
BE3B38SME1 |
Sensors and Measurement |
3P+2L |
EN |
Z,ZK |
L |
6 |
Ripka P. |
|
A5M38SZS |
Sensors and Networks |
2P+1L |
CS |
Z,ZK |
L |
4 |
Platil A., Ripka P. |
|
B5M38SZS1 |
Sensors and Networks |
2P+2C |
CS |
ZK |
L |
5 |
Platil A. |
|
XP38SSA |
Senzory a sběrnice pro automobily |
2P+1C |
CS |
ZK |
|
3 |
Novák J. |
|
BE3M38ZDS1 |
Signal processing and digitization |
2P+2L |
EN |
Z,ZK |
Z |
6 |
Holub J. |
|
AE0M38SPP |
Signal Processors in Practice |
2P+2L |
EN |
Z,ZK |
Z |
5 |
|
|
A4M38SVP |
Software or Research Project |
0P+3C |
CS |
KZ |
Z,L |
6 |
|
|
A4B38SVP |
Software or Research Project |
0P+3C |
|
KZ |
Z,L |
6 |
|
|
A0M38KTE |
Space Engineering and Technology |
2P+0C |
CS |
ZK |
L |
4 |
|
|
AD3M38TP1 |
Team Project |
7P+9L |
CS |
KZ |
L |
5 |
|
|
AE3M38TP1 |
Team Project |
1P+3L |
EN |
KZ |
L |
5 |
|
|
B3M38PTY |
Team Project |
0P+4C |
|
KZ |
L |
6 |
|
|
B9M38TYP |
Team Project |
0P+6C |
CS |
KZ |
L |
6 |
Roháč J. |
|
BE9M38TYP |
Team Project |
0P+6C |
EN |
KZ |
L |
6 |
Roháč J., Šipoš M. |
|
B3MPVT1 |
Team project |
0P+4S |
CS |
KZ |
L |
6 |
|
|
B3MPVTY1 |
Team Project |
0P+4C |
CS |
Z |
L |
6 |
Drábek T. |
|
BE3MPVT |
Team Work |
0P+4S |
EN |
KZ |
L |
6 |
Drábek T. |
|
BE3MPVT1 |
Teamwork |
0P+4S |
EN |
KZ |
L |
6 |
|
|
BE3MPVTY1 |
Teamwork |
0P+4C |
EN |
Z |
L |
6 |
Drábek T. |
|
B5M99SCT |
Technology for Smart Cities |
2P+1C |
CS |
Z,ZK |
Z |
4 |
Ferkl L. |
|
B5M38TPUR |
Technology for Sustainable Development |
2P+2C |
CS |
Z,ZK |
Z |
5 |
Ferkl L. |
|
AD3M38VBM |
Videometry and Contactless Measurement |
14P+6L |
CS |
Z,ZK |
L |
6 |
|
|
A3M38VBM |
Videometry and Contactless Measurement |
2P+2L |
CS |
Z,ZK |
L |
6 |
|
|
AE3M38VBM |
Videometry and Contactless Measurement |
2P+2L |
EN |
Z,ZK |
L |
6 |
|
|
B3M38VBM |
Videometry and Contactless Measurement |
2P+2L |
CS |
Z,ZK |
Z |
6 |
|
|
BE3M38VBM |
Videometry and Contactless Measurement |
2P+2L |
EN |
Z,ZK |
Z |
6 |
|
|
B9M38VBM |
Videometry and Contactless Measurement |
2P+2L |
CS |
Z,ZK |
Z |
4 |
Fischer J. |
|
BE9M38VBM |
Videometry and Contactless Measurement |
2P+2L |
EN |
Z,ZK |
L |
4 |
|
|
B3M38VBM1 |
Videometry and Contactless Measurement |
2P+2L |
CS |
Z,ZK |
Z |
6 |
Šmíd R. |
|
BE3M38VBM1 |
Videometry and Contactless Measurement |
2P+2L |
EN |
Z,ZK |
Z |
6 |
|
|
B3M38VIN |
Virtual Instrumentation |
2P+2L |
CS |
Z,ZK |
L |
6 |
|
|
BE3M38VIN |
Virtual Instrumentation |
2P+2L |
EN |
Z,ZK |
L |
6 |
|
|
B3M38VIN1 |
Virtual Instrumentation |
2P+2L |
CS |
Z,ZK |
L |
6 |
Platil A. |
|
BE3M38VIN1 |
Virtual Instrumentation |
2P+2L |
EN |
Z,ZK |
L |
6 |
Platil A. |
|
AD3M38VIP |
Virtual Instruments |
14P+6L |
CS |
Z,ZK |
Z |
6 |
|
|
A3M38VIP |
Virtual Instruments |
2P+2C |
CS |
Z,ZK |
Z |
6 |
|
|
AE0M38VIP |
Virtual Instruments |
2P+2L |
EN |
Z,ZK |
Z |
5 |
|
|
AE3M38VIP |
Virtual Instruments |
2P+2L |
EN |
Z,ZK |
Z |
6 |
|
|
Subject |
Name |
Extent of teaching |
Language of teaching |
Completion
|
Semester
|
Credits
|
Guarantors |
Teachers |
B0B39PAN |
Advanced Android development |
2P+2C+4D |
CS |
Z,ZK |
Z |
6 |
Malý I. |
|
XP39CG |
Advanced Computational Geometry |
2P+1C+4D |
|
ZK |
Z |
4 |
Felkel P. |
|
A4M39AIM |
Advanced Interactive Image Manipulation |
2P+1C |
|
Z,ZK |
L |
4 |
|
|
B4M39AIM |
Advanced Interactive Image Manipulation |
2P+1C |
|
Z,ZK |
L |
4 |
|
|
XP39UID |
Advanced methods of UI design |
2P+2S |
|
ZK |
|
4 |
Míkovec Z. |
|
XP39VIZ |
Advanced Visualization Methods |
2P |
|
ZK |
Z |
4 |
Čmolík L., Slavík P. |
|
A4M39APG |
Algorithms of Computer Graphics |
2P+2C |
CS |
Z,ZK |
Z |
6 |
|
|
AE4M39APG |
Algorithms of Computer Graphics |
2P+2C |
EN |
Z,ZK |
Z |
6 |
|
|
B4M39APG |
Algorithms of Computer Graphics |
2P+2C |
CS |
Z,ZK |
Z |
6 |
Žára J. |
|
BE4M39APG |
Algorithms of Computer Graphics |
2P+2C |
EN |
Z,ZK |
Z |
6 |
Žára J. |
|
A0M39ITT2 |
Applied Multimedia and Technology II |
4L |
CS |
KZ |
L |
6 |
|
|
B0M39ITT2 |
Applied Multimedia and Technology II |
0P+4L |
CS |
KZ |
L |
6 |
Berka R. |
|
B0B39ITT2 |
Applied Multimedia and Technology II |
3L |
CS |
KZ |
L |
4 |
Berka R. |
|
A0M39ITT1 |
Applied Multimedia and Technology I |
2P+2L |
CS |
KZ |
Z |
6 |
|
|
B0B39ITT1 |
Applied Multimedia and Technology I |
2P+2L |
CS |
KZ |
Z |
6 |
Berka R. |
|
B0M39ITT1 |
Applied Multimedia and Technology I |
2P+2L |
CS |
KZ |
Z |
6 |
Berka R. |
|
B4M39AVH |
Artificial Intelligence in HCI |
1P+2C+5D |
CS |
Z,ZK |
L |
4 |
Míkovec Z., Slavík P. |
|
AE0B39BAP |
Bachelor Project |
|
|
Z |
L |
20 |
|
|
AE8B39BAP |
Bachelor Project |
7S |
|
Z |
L |
9 |
|
|
A0B39BAP |
Bachelor thesis |
9S |
|
Z |
L |
20 |
|
|
A8B39BAP |
Bachelor thesis |
7S |
|
Z |
L |
9 |
|
|
B6B39ZAN |
Basic Android development |
2P+2C+4D |
CS |
KZ |
L |
5 |
Malý I. |
|
B0B39KAJ |
Client applications in JavaScript |
2P+2C |
|
Z,ZK |
L |
5 |
Žára O. |
|
XP39VPG |
Computational Geometry |
2P+2S |
|
ZK |
Z |
4 |
Felkel P. |
|
AD4M39VG |
Computational Geometry |
14+6s |
CS |
Z,ZK |
Z |
6 |
|
|
A4M39VG |
Computational Geometry |
2P+2S |
CS |
Z,ZK |
Z |
6 |
|
|
AE4M39VG |
Computational Geometry |
2P+2S |
EN |
Z,ZK |
Z |
6 |
|
|
BE4M39VG |
Computational Geometry |
2P+2S |
EN |
Z,ZK |
Z |
6 |
Felkel P. |
|
B4M39VG |
Computational Geometry |
2P+2S |
CS |
Z,ZK |
Z |
6 |
Felkel P. |
|
B4B39HRY |
Computer Games |
2P+2C |
CS |
Z,ZK |
Z |
6 |
Bittner J. |
|
B0B39PGR |
Computer graphics programming |
2P+2C+8D |
|
Z,ZK |
L |
6 |
Felkel P. |
|
XP39SPG |
Computer Graphics Seminar |
2P+2S |
|
Z,ZK |
L |
4 |
Bittner J. |
|
A4M39PGR2 |
Computer Graphics 2 |
2P+2C |
CS |
Z,ZK |
L |
6 |
|
|
B4M39PGR2 |
Computer Graphics 2 |
2P+2C |
CS |
Z,ZK |
L |
6 |
Felkel P. |
|
AE4M39PGR |
Computer Graphics |
2P+2C |
EN |
Z,ZK |
L |
6 |
|
|
BE0M39PGR |
Computer Graphics |
2P+2C |
EN |
Z,ZK |
Z |
6 |
Sloup J. |
|
B6B36SPS |
Computer Networks Administration |
2P+2C+3D |
|
Z,ZK |
L |
5 |
|
|
BD6B36SPS |
Computer Networks Administration |
14KP+6KC |
|
Z,ZK |
L |
5 |
|
|
B0B39SPS |
Computer Networks Administration |
2P+2C+3D |
CS |
KZ |
L |
5 |
Kubr J. |
|
BE4B39VGO |
Creating graphic content |
2P+2C+8D |
EN |
Z,ZK |
Z |
6 |
Čmolík L. |
|
B4B39VGO |
Creation of Graphics Contents |
2P+2C |
CS |
Z,ZK |
Z |
6 |
|
|
A4M39DPG |
Data Structures for Computer Graphics |
2P+2S |
CS |
Z,ZK |
L |
6 |
|
|
AE4M39DPG |
Data Structures for Computer Graphics |
2P+2S |
EN |
Z,ZK |
L |
6 |
|
|
B4M39DPG |
Data Structures for Computer Graphics |
2P+2S |
CS |
Z,ZK |
Z |
6 |
Havran V. |
|
BE4M39DPG |
Data Structures for Computer Graphics |
2P+2S |
EN |
Z,ZK |
Z |
6 |
Havran V. |
|
BBB39DTM |
Dějiny a teorie médií |
2P+0C |
CS |
ZK |
Z |
2 |
|
|
A0M33KAJ |
Fat Client Applications Design in Javascript |
2P+2C |
CS |
KZ |
L |
4 |
|
|
B6B39ZMT |
Foundations of Multimedia Production |
4P+4L+2D |
CS |
KZ |
Z |
3 |
Berka R. |
|
BD6B39ZMT |
Foundations of Multimedia Production |
6KP+6KL |
CS |
KZ |
Z |
3 |
|
|
B6B39ZWA |
Foundations of Web Applications |
2P+2C+3D |
|
Z,ZK |
Z |
5 |
Klíma M. |
|
BD6B39ZWA |
Foundations of Web Applications |
14KP+6KC |
|
Z,ZK |
Z |
5 |
|
|
A4M39GPU |
General-Purpose Computing on GPU |
1P+2C |
CS |
KZ |
Z |
4 |
|
|
B4M39GPU |
General-Purpose Computing on GPU |
1P+2C |
CS |
KZ |
Z |
4 |
Sloup J. |
|
A7B39GMO |
Geometric modeling |
2P+2C |
CS |
Z,ZK |
Z |
6 |
|
|
A7B39GRT |
Graphical Design |
2P+2S |
CS |
KZ |
Z,L |
5 |
|
|
B0B39GRT |
Graphical Design |
2P+2S |
CS |
KZ |
Z,L |
5 |
Svobodová L. |
|
A0M39DIP |
Master Thesis |
|
|
Z |
L |
25 |
|
|
AE0M39DIP |
Master Thesis |
|
|
Z |
|
25 |
|
|
AD4M39MMA |
Multimedia and Computer Animation |
14+6L |
CS |
Z,ZK |
Z |
6 |
|
|
A4M39MMA |
Multimedia and Computer Animation |
2P+2L |
CS |
Z,ZK |
Z |
6 |
|
|
AE4M39MMA |
Multimedia and Computer Animation |
2P+2L |
EN |
Z,ZK |
Z |
6 |
|
|
B4M39MMA |
Multimedia and Computer Animation |
2P+2L |
CS |
Z,ZK |
Z |
6 |
Berka R. |
|
BE4M39MMA |
Multimedia and Computer Animation |
2P+2L |
EN |
Z,ZK |
Z |
6 |
|
|
AD7B39MGA |
Multimedia and Graphics Applications |
14KP+6KC |
CS |
Z,ZK |
Z |
6 |
|
|
B0B39MM1 |
Multimedia 1 |
2P+2L+8D |
CS |
Z,ZK |
Z |
6 |
Berka R., Rund F. |
|
BBB39MM1 |
Multimedia 1 |
2P+2L |
CS |
Z,ZK |
Z |
6 |
Berka R., Rund F. |
|
B6B39PDA |
Principles of mobile applications |
2P+2C |
|
Z,ZK |
L |
6 |
|
|
A4M39PUR |
Psychology in HCI |
2P+2S |
CS |
KZ |
Z |
4 |
|
|
B4M39PUR |
Psychology in HCI |
2P+2S |
CS |
KZ |
Z |
6 |
|
|
BE4M39PUR |
Psychology in HCI |
2P+2S |
CS |
KZ |
Z |
6 |
|
|
B4M39PUR1 |
Psychology in HCI |
2P+2S |
CS |
Z,ZK |
Z |
6 |
Franc J. |
|
BE4M39PUR1 |
Psychology in HCI |
2P+2S |
EN |
Z,ZK |
Z |
6 |
|
|
A4M39RSO |
Realistic Image Synthesis |
2P+2C |
CS |
Z,ZK |
L |
6 |
|
|
B4M39RSO |
Realistic Image Synthesis |
2P+2C |
CS |
Z,ZK |
Z |
6 |
Havran V. |
|
A7B39PRO |
Semester Project |
2S |
CS |
KZ |
Z |
6 |
|
|
B6B39PRO |
Semester Project |
2S |
CS |
KZ |
Z |
6 |
|
|
BD6B39PRO |
Semester Project |
28KC |
CS |
KZ |
Z |
6 |
|
|
AD7B39PRO |
Semestral project |
5S |
CS |
KZ |
Z |
6 |
|
|
BE0M39SVP |
Software and research project |
|
EN |
KZ |
Z,L |
6 |
|
|
A4M39SVP |
Software or Research Project |
|
|
KZ |
Z,L |
6 |
|
|
A4B39SVP |
Software or Research Project |
|
|
KZ |
Z,L |
6 |
|
|
AE4B39SVP |
Software or Research Project |
|
|
KZ |
Z,L |
6 |
|
|
B4B39SVP |
Software or Research Project |
|
|
KZ |
Z,L |
6 |
|
|
B4M39PTV |
Spatial Design |
2P+2L |
CS |
Z,ZK |
L |
6 |
Míkovec Z., Šafařík J. |
|
BE4M39PTV |
Spatial Design |
2P+2L |
CS |
Z,ZK |
L |
6 |
|
|
AE4B39TUR |
Testing of user Interfaces |
2P+2S |
CS |
Z,ZK |
L |
6 |
|
|
B0B39TVS |
Tvorba virtuálních světů |
2BP+4BL+18D |
CS |
KZ |
L |
4 |
Sedláček D. |
|
BBB39TVS |
Tvorba virtuálních světů |
2P+2C |
CS |
Z |
L |
4 |
Sedláček D., Slabý O. |
|
AD4M39NUR |
User Interface Design |
14+6s |
CS |
Z,ZK |
Z |
6 |
|
|
A4M39NUR |
User Interface Design |
2P+2S |
CS |
Z,ZK |
Z |
6 |
|
|
AE4M39NUR |
User Interface Design |
2P+2S |
EN |
Z,ZK |
Z |
6 |
|
|
BE4M39NUR |
User Interface Design |
2P+2S |
EN |
Z,ZK |
Z |
6 |
Míkovec Z. |
|
B4M39NUR |
User Interface Design |
2P+2S |
CS |
Z,ZK |
Z |
6 |
Míkovec Z. |
|
B4B39IUR |
User interfaces implementation |
2P+2S |
CS |
Z,ZK |
Z |
6 |
Macík M., Míkovec Z. |
|
AD7B39TUR |
User Interfaces |
14KP+6KC |
CS |
Z,ZK |
Z |
5 |
|
|
XP39VR |
Virtual reality |
2P+2S |
|
ZK |
L |
4 |
Žára J. |
|
AD4M39VIZ |
Visualization |
14+6c |
CS |
Z,ZK |
L |
6 |
|
|
A4M39VIZ |
Visualization |
2P+2C |
CS |
Z,ZK |
L |
6 |
|
|
AE4M39VIZ |
Visualization |
2P+2C |
EN |
Z,ZK |
L |
6 |
|
|
BE4M39VIZ |
Visualization |
2P+2C |
EN |
Z,ZK |
L |
6 |
Čmolík L. |
|
B4M39VIZ |
Visualization |
2P+2C |
CS |
Z,ZK |
L |
6 |
Čmolík L. |
|
AD7B39WA1 |
Web Application Development 1 |
14+6c |
CS |
Z,ZK |
Z |
6 |
|
|
AE4B39WA1 |
Web Applications Development |
2P+2C |
CS |
Z,ZK |
L |
6 |
|
|
A7B39WA1 |
Web Applications Development |
2P+2C |
CS |
Z,ZK |
Z |
6 |
|
|
B0B39MVR |
3D Modeling and Virtual Reality |
2P+2C |
CS |
Z,ZK |
Z |
6 |
Žára J. |
|
B0B39VAR |
3D Modeling and Virtual Reality |
2P+2L+8D |
CS |
Z,ZK |
Z |
6 |
Sedláček D. |
|
B6B39TDM |
3D Modeling |
0P+4C+6D |
|
KZ |
Z |
5 |
Sedláček D. |
|