Faculty of Electronics, Photonics and Microsystems
Field of study: Electronics and Telecommunication
Language of study: Polish
Level of education: first-cycle studies
Form of studies: full-time
Number of semesters: 7
Professional title awarded after graduation: engineer
The last admission took place in 2022.
Specialisations:
Digital Electronics (DE)
Electronic and Photonic Engineering (EPE)
Presentations about the specialisations:
Digital Electronics, Electronic and Photonic Engineering
Description of the field of study:
Electronics and Telecommunications are fields of science which greatly influence the development of most interdisciplinary structural and industrial solutions, as well as specialized research and scientific equipment (microprocessor control systems for devices; control and mutual communication of individual elements in large systems integrated into local Ethernet networks, development and construction of new research tools along with the analysis of the obtained data).
Tuition in the field of Electronics and Telecommunications is performed with the use of a laboratory and research base unique on a European scale, and by academic teachers with recognized reputation in this field. The curriculum includes, inter alia, issues related to:
designing and constructing complex electronic systems containing specialist analogue and digital integrated circuits, processors and programmable controllers, microsystems, telecommunications modules, including wireless communication systems;
programming microprocessors, microcontrollers and developing personalized software, including for mobile applications;
advanced micro- and nanoelectronic and photonic technologies for the production of integrated circuits, sensor elements and microsystems, as well as optoelectronic, photonic and integrated optoelectronic devices;
applications of individual electronic and ICT solutions in practice, for the needs of modern industry, medicine, automotive, environmental protection, consumer electronics, metrology and telecommunications;
computer simulations and the modelling of electronic and optoelectronic systems as well as microsystems.
Specialisations:
Students have the opportunity to specialize in the following two areas:
Electronic and Photonic Engineering – it includes advanced microelectronic technologies used in the production of integrated circuits, sensor elements and microsystems, as well as optoelectronic and photonic devices.
Digital Electronics – it includes designing functional electronic circuits and their programming for the purpose of signal processing etc. Most commercially available electronic and ICT devices are nowadays based on digital electronics.
Study program:
The current version of the study program is available by clicking the link: plans and study programs.
Employment perspectives:
Designer, developer and tester of electronic circuits (analogue and digital) employing the latest systems and methods of design and diagnostics.
A specialized service technician of modern devices based on electronic and information systems.
Integrator of electronic and IT systems for e.g. the Internet of Things, Industry 4.0, automotive industry or intelligent infrastructure solutions, including programming production lines.
Coordinator or leader of design and production teams dealing with modern electronic systems, equipped with interdisciplinary knowledge in the field of the development and application of engineering solutions, as well as in the field of market strategy.
