The program in the field of Electronic and Computer Engineering (ECE) takes into account all the important needs and requirements of the current labour market in the field of modern electronics. This programme combines knowledge in the field of traditional and modern electronics and computer technology, industrial automation and robotics. The profile of companies that will benefit from the competencies of graduates of the faculty are mainly production and service companies. The demand for professionals with the ability to integrate electronic equipment with analog and digital (including microprocessor) systems in the broadly understood industrial automation is already very high and it is expected that in the future it will increase. These skills include, among others, PLC programming, PAC, SCADA systems and robotic systems, commissioning of control systems, local and remote maintenance, remote supervision of working systems for production control. The ability to design broadly understood control systems, telemetry systems and measurements will also be very positively received on the labour market. Currently, there is a significant increase in the number of companies that operate in the field of the Internet of Things and integrate these products into one system (e.g. Smart Homes). This sphere of activity at every stage, from design through production to service, requires a combination of engineering knowledge in the field of electronics with news in the field of computer science and programming.

Admission

The program in Advanced Applied Electronics (AAE) will provide students with a multidisciplinary knowledge of electronics, optoelectronics, microwaves, and telecommunications. It will enable them to obtain theoretical and practical knowledge in designing applied electronic system based on analogue and digital techniques, lasers, fibres and microwave electronics as well as gaining expertise in microprocessors, programmable logic applications and signal processing. Additionally students will gain laboratory experience and became familiar with work practices of research laboratories. The graduates will acquire the experience necessary for a professional career in industry, research units and universities, and will be prepared for doctoral studies.

Admission

The program in Embedded Robotics (AER) offers specialised education taking into account embedded systems. Robots are increasingly entering our life. The robotics is a branch of science integrating many cutting-edge technologies: electronic circuits, computer science and engineering, mechanical science and mechatronics, cybernetics and biocybernetics, artificial intelligence, sensor technology, vision processing, natural language communication, modern psychology, brain model studies, and others. Modern electronic design more and more leads to the construction of embedded devices, which are complete microprocessor and computer systems integrated with the host devices. such embedded systems can be found in: automobiles, avionic and naval systems, telecommunication systems, medical life-support systems, automated cash and banking systems, but also in household appliances and consumer electronics devices. And especially, the construction of all advanced robotic systems involves embedded electronics. The graduates of AER are prepared for creative engineering activities in the field of industrial and service robotics, embedded electronics, and also for research and scientific work including doctoral studies. The specialised knowledge of the graduates includes control engineering methods, embedded design and analysis, robot motion and task planning methods, robot controllers, drive systems, human-robot interfaces. The instructors of this program have a significant research and publications record in robot control theory, as well as an extensive experience building prototype mobile, intelligent, and social robots.

Admission