Bachelor degree engineering studies - Faculty of Electrical Engineering

Industry Digitization

First-cycle studies for the Bachelor’s degree in Engineering in the field of industry digitization.

The study programme will be completely provided in English
Duration: 7 semester, full-time study program
Tuition / semester: 1300 EUR
Enrolment: October

First-cycle studies for the Bachelor’s degree in Engineering in the field of industry digitization will let you acquire skills and knowledge in the field of designing, completing, implementing modern production lines connected via industrial communication networks with production management and planning systems – in line with the Industry 4.0 concept. You will use artificial intelligence in vision systems of robots and production processes. You will program, run, and test autonomous mobile robots collaborating with intelligent components of a digital factory.

The study program includes among others:

basics of electronics, digital metrology,
automatic control systems, robotics, digital signal processing,
sensors and measurement systems,
Internet of Things and cloud data processing,
artificial intelligence and image processing for digital factories,
programming of manipulators, industrial robots, collaborative robots and autonomous mobile robots integrated with material handling systems,
robotization, visualization and virtualization of industrial processes, and programming of embedded controllers, PLC controllers and industrial communication networks.

Electrical and Electronic Engineering relaunch soon

Elective blocks to specialize in electrical engineering and electronics.

This programme will be completly provided in English
Duration: 7 semester, full-time study program
Tuition / semester: 1300 EUR
Enrolment: October

This engineering course will let you gather knowledge in mathematics, physics, circuits theory, electronics, electromagnetic waves theory, signals processing, telecommunications, metrology, control engineering, renewable energy sources, energy efficiency, electromagnetic compatibility, digital and embedded systems. Within elective courses you will find modules developing your knowledge and skills in selected areas of electronics or electrical engineering including:

principles of photonics, photo optical detectors,
high frequency technology,
automotive electronics,
radioelectronic and telecommunication equipment,
fibre optics and fibre optic networks,
radio and television equipment,
telecommunication networks, and their security and reliability,
modern wireless networks,
implementation of IT in electrical engineering,
microprocessors and programmable digital circuits,
machines and electric drivers,
electrical devices and installations,
power systems,
power electronics,
high voltage technologies.

Automatic Control and Robotics

First-cycle studies for the Bachelor’s degree in Engineering in the field of automatic control and robotics.

The study programme will be completely provided in English
Duration: 7 semester, full-time study program
Tuition / semester: 1300 EUR
Enrolment: October

First-cycle studies for the Bachelor’s degree in Engineering in the field of automatic control and robotics will let you acquire skills and knowledge in: mathematics, technical drawing and CAD in electrical and mechanical engineering, engineering materials, operating systems (Linux and Android), computer and industrial networks, electrical and electronics engineering, programming in C, C++, and Java, programming of embedded systems, PLCs, programmable logic devices, fundamentals of robotics, robots design, process control, telecommunications, kinematics and dynamics of mechanisms, electric and fluid drive systems, signal theory, visualization of industrial processes, control instrumentation and measurement systems, automation of processes.

Elective modules include:

robotics,
signal processing systems in robotics,
programming of robots,
fundamentals of grippers design,
robotized production systems,
programming of mobile applications,
measurement systems in robotics,
navigation of mobile robots,
modelling and simulation of control systems,
intelligent control systems,
decentralized control systems,
data reporting and analysis,
automation of electrical drive systems,
interim work project.