Bachelor in Electronics and Communication Technologies

The Bachelor's degree program in Electrical Engineering provides higher education in all branches of low-current and heavy-current electrical engineering and electronics, including various fields of applied electronics, microelectronics, communication technologies and instruments, power engineering, electrical and electronic technology, and control and measurement. The program is centered on educating electrical engineers and electronics experts who have knowledge and skills within the design, engineering, operation, and application of electrical and electronic circuits, equipment, and systems.

At graduation, a student will have become acquainted with theoretical principles and special problems of mathematics, physics, electrical engineering, measurement, and applied information technology; particulars of the practical design, operation, and application of advanced electronic circuits and systems within low-current electronics and electronic communication technologies; elements of telecommunications as well as electric machinery, devices, drives, actuators, and power electronics; properties and options associated with materials for electrical engineering and microelectronics; and approaches to the diagnostics of relevant materials and equipment.

The graduates will be able to

• characterize technical systems and processes in electrical engineering;
• evaluate the results of calculations and measurements, based on critical thinking and the knowledge acquired during their studies;
• estimate and propose appropriate procedures to solve technical problems.

The graduate skills include

• applying basic and professional knowledge to solve specific problems or requirements within
• electrical engineering;
• selecting appropriate criteria to design and develop technical systems in electrical engineering;
• selecting appropriate criteria to set up and control technical processes in electrical engineering;
• solving a technical problem via the acquired knowledge of methods and by using suitable engineering instruments;
• evaluating the economic, social, and environmental impacts of technical solutions;
• commitment to further learning, education, and professional development.

What Degree Programme Types May Have Preceded

The Graduates May Continue in A Master's Study Programme.

The general knowledge of electrical engineering will enable graduates from the Bachelor’s program BPA-ELE to find jobs in various subdomains of the electrical industry, especially as

• communication operators and specialists on the operation, servicing, and maintenance of electronic devices or systems;
• engineers and technicians responsible for designing, developing, and administering information and communication systems;
• technicians to operate measuring, control, and automation systems;
• operating professionals (such as energy experts) in trading and other companies, not limited to electrical engineering;
• specialists in the design, development, and production of electrical and electronic apparatuses or instruments, including devices with embedded intelligence.

In all these fields, the graduates will be fully capable of entering the lower management levels and corresponding technical ranks: The markedly practical character of the study program will enable them to directly transfer to technical manufacturing, operation, and servicing or maintenance sectors, providing a very good basis for further knowledge development within the related post-bachelor Master’s study.

1st Year of Study

Required Courses

• Electrical Engineering 2 (en)
• Mathematics 1 (en)
• Electrical Engineering 1 (en)
• Physics 1 (en)
• Physics 2 (en)
• Mathematics 2 (en)
• Computer Programming 1 (en)
• Printed Circuits and Surface Mount Technology (en)
• Vector and Matrix Algebra (en)
• Materials for Electrotechnics (en)
• Technical Documentation (en)

2nd Year of Study

Required Courses

• Analog Electronics (en)
• Analysis of Signals (en)
• Design of Electronic Circuits (en)
• Mathematics 3 (en)
• Measurement in Electrical Engineering (en)
• Power Electronics (en)
• Digital Electronics (en)
• Diagnostics and Testing of Electronic Systems (en)
• Communication Technology (en)
• Transmission Media (en)
• Computer Programming 2 (en)

3rd Year of Study

Required Courses

• Bachelor Thesis (en)
• Communication Systems (en)
• Network Operating Systems (en)
• Mobile Communication (en)
• Analog Integrated Circuits Design (en)
• Digital Integrated Circuits Design (en)
• 3 D Modeling and Simulation (en)
• Semestral Thesis (en)

Required Optional Course

• Electrical Power Distribution (en)
• Robotics and Computer Vision (en)
• Sensors (en)
• Applied Electromagnetism (en)
• Electrical Drives (en)

Any Year of Study

Optional Course

• Analog Technology (en)
• Electronic Devices (en)
• Antennas and Lines (en)
• Digital Electronics 2 (en)
• Czech Language (en)
• Technological Projecting and Logistics (en)
• Electroacoustics (en)
• Electronic Filters (en)
• Microwave Techniques (en)
• Network Architecture (en)
• Selected Topics in Renewable Energy Sources and Energy Storage (en)
• Practical Chemistry for Electrical Engineers (en)
• Selected Parts from Mathematics I (en)
• Selected Parts from Mathematics Ii (en)
• The C++ Programming Language (en)
• Seminar of Electrical Engineering (en)
• Seminar of Physics (en)
• Mathematical Seminar (en)