About the program
Graduate Profile
The EECS is a bachelor program taught in English designed to provide undergraduate students with quality education, graduates will be prepared for master’s degree studies at universities in the Czech Republic as well as abroad.
Combining Electrical Engineering (EE) and Computer Science (CS) in one joint program has been motivated by a strong demand for interdisciplinary experts in information technologies, computer science and electrical engineering. Graduates from this EECS program will have a competitive advantage compared to students from traditional EE or CS study programs. EECS program integrates theoretical and practical training and cross- and transdisciplinary aspects into a 3 year program.
EECS graduates get wide and very versatile theoretical preparation in fundamental engineering disciplines such as both discrete and continuous mathematics, physics, algorithms, and programming. The overall aim of the EECS study program is to enable students to select from a variety of career options. Graduates become proficient in electrical engineering, power engineering with extended knowledge of economics and management, software and embedded systems development, computer science, and information technologies. High flexibility of EECS program allows students to configure their own study profile. EECS graduates will be able to start a career not only in industry but also continue in master degree programs at CTU FEE and worldwide.
study plan table
We offer wide variety of subjects which cover all necessary knowledge and technologies to allow our students to compete with even the highest requirements both in research and industry. To provide an efficient way to take classess in a complete and coherent manner, we introduce three branches of the program, each aiming on one of the three main fields of study, in addition to the general compulsory courses. Students may fine-tune the study plan according to their preferences, together with the tutors
Computer science
Power engineering
Electronics
Computer science study plan table
compulsory courses
branch courses
electives
Code |
Subject name |
Credits |
BE5B99PRO |
Project |
10 |
BE5B35LSP |
Logic systems and processors |
6 |
BE5B32PKS |
Computer and Communication Networks |
6 |
BE5B33RPZ |
Pattern Recognition and Machine Learning |
6 |
Credits total |
28 |
Code |
Subject name |
Credits |
BBAP20 |
Bachelor Project |
20 |
BE5B16EPD |
Business economics |
4 |
AE4B33FLP |
Functional and Logic Programming |
6 |
Credits total |
30 |
Electronics and power engineering study plan table
compulsory courses
branch courses
electives
Code |
Subject name |
Credits |
BE5B01PRS |
Probability And Statistics |
7 |
BE5B02PH2 |
Physics 2 |
7 |
BE5B31ZEO |
Fundamentals of Electrical Circuits |
5 |
BE5B38SME |
Sensors and Measurement |
6 |
BE5B17EMT |
Electromagnetic Field Theory |
6 |
Credits total |
31 |
Code |
Subject name |
Credits |
BE5B99PRO |
Project |
10 |
BE5B35LSP |
Logic systems and processors |
6 |
BE5B32PKS |
Computer and Communication Networks |
6 |
BE5B99CPL |
C Programming Language |
6 |
AE0B16PRS |
Presentation skills |
6 |
Credits total |
34 |
Code |
Subject name |
Credits |
BBAP20 |
Bachelor Project |
20 |
BE5B16EPD |
Business economics |
4 |
|
Multimedia technology |
6 |
Credits total |
30 |
Power engineering study plan table
compulsory courses
branch courses
electives
Code |
Subject name |
Credits |
BE5B01PRS |
Probability And Statistics |
7 |
BE5B02PH2 |
Physics 2 |
7 |
BE5B31ZEO |
Fundamentals of Electrical Circuits |
5 |
BE5B38SME |
Sensors and Measurement |
6 |
BE5B17EMT |
Electromagnetic Field Theory |
6 |
Credits total |
31 |
Code |
Subject name |
Credits |
BBAP20 |
Bachelor Project |
20 |
BE5B16EPD |
Business economics |
4 |
AE1M16EUE |
Economy of Energy Use |
5 |
Credits total |
29 |
About master program
Find out more
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