Bachelor in Power Systems and Automation

The bachelor's degree program in Electrical Engineering provides higher education in all fields of low-current and high-current electrical engineering and electronics, i.e. in various areas of applied electronics, communication technology, communication technology, high-current electrical engineering and power engineering, microelectronics and electrical technology, automation, and measurement technology. The bachelor's program is aimed at educating operational experts - electrical engineers and electronics engineers with knowledge of the construction, operation, and application use of electrotechnical and electronic circuits, devices, and systems.

The graduate will acquire theoretical foundations and professional knowledge in the fields of mathematics, physics, electrical engineering, measurement, applied informatics, practical knowledge in the field of design, construction, operation, and application use of modern electronic circuits and systems in various areas of general low-current electronics and electronic communication technologies, knowledge of areas of telecommunications, electric power engineering, basic knowledge in the area of electrical machines, devices, electric drives, and power electronics, an overview of materials for electrical engineering and microelectronics, knowledge in the field of diagnostics of electrical engineering materials and devices.

The graduate will be able to

• characterize technical systems and processes in the field of electrical engineering,
• evaluate the results of calculations and measurements based on critical thinking and acquired knowledge,
• estimate and propose the use of appropriate procedures for solving technical problems.

The graduate will be able to

• apply basic and specialist knowledge when solving specific requirements in the field of electrical engineering,
• select criteria for sizing and building technical systems in electrical engineering,
• select criteria for sizing and forming technical processes in electrical engineering,
• solve a given technical problem using the acquired knowledge of methods and with the possibility of using suitable engineering tools,
• evaluate the impact of technical solutions on society and the environment,
• continue further lifelong education and professional development.

Thanks to Their General Knowledge of Electrical Engineering, Graduates of The Bachelor's Program Bpa-Ele Will Find Employment in Various Areas of The Electrical Industry:

• In the Operation of Communication and Other Connection Services, Operation, Service, and Maintenance of Electronic Devices, Devices and Systems,
• In Technical Positions Focused on The Design, Construction, and Management of Information and Communication Systems,
• As Operational Technicians for Measurement, Control, and Automation Systems,
• As Operational Specialists (e.G. Energy Specialists) in Business and Other Companies, Not only Electrotechnical Ones,
• As Experts in The Areas of Design, Construction, and Production of Electronic and Electrotechnical Devices and Devices, Including Devices with Built-In Intelligence.

In All These Areas, They Are Also Able to Perform Lower Technical, Managerial, and Managerial Functions. a Highly Practically Oriented Higher Education Allows Graduates to Be Directly Employed in Production, Operational, or Service Technical Practice and Also Provides a Good Basis for Further Supplementing Theoretical Knowledge in The Follow-Up Master's Study.

1st Year of Study

Compulsory Subjects

• Electrical Engineering 2
• Mathematics 1
• Electrical Engineering 1 (en)
• Physics 1
• Mathematics 2
• Computers and Programming 2
• Industrial Automation
• Computers and Programming 1 (en)
• Vector and Matrix Algebra
• Materials for Electrotechnics
• Technical Documentation

2nd Year

Compulsory Subjects

• Analog Electronics
• Design of Electronic Circuits
• Electrical Power Distribution
• Electrical Machines
• Physics 2
• Mathematics 3
• Measurement in Electrical Engineering
• Signals and Systems
• Electrical Power Generation
• Power Electronics

3rd Grade

Compulsory Subjects

• Bachelor Thesis
• Robotics and Computer Vision
• Sensors
• Energy Consumption and Use
• Electrical Drives
• Semester Thesis

Compulsory Electives

• Electrical Apparatus
• Nuclear Energy Equipment
• Network Operating Systems
• Applied Electromagnetism
• Communication Technology
• Mobile Communications
• 3-D Modeling and Simulation
• Virtual Instrumentation in Automation

Any Year

Optional Subjects

• Czech Language
• Technological Projecting and Logistics
• Selected Topics in Renewable Energy Sources and Energy Storage
• Practical Chemistry for Electrical Engineers
• Selected Parts from Mathematics I
• Selected Parts from Mathematics II
• The C++ Programming Language
• Seminar of Electrical Engineering
• Seminar of Physics
• Mathematical Seminar