- through individual courses, the student acquires the ability to systematically solve problems because its basic characteristic is a systemic approach and interdisciplinarity. This enables graduates of the Electronics and Photonics study program to gain a significant competitive advantage and, thus, a wide application not only in the field of Electronics and Photonics but also in other fields. - graduates are experts in the field of electronics and photonics, who have theoretical knowledge, insights and practical experience in key areas of electronics and photonics that are solved in global research, such as nanoelectronics, intelligent sensors, organic electronics, the Internet of Things (IoT) system, microsystems, electronic systems on a chip, electronic signal processing systems, wireless and portable electronic devices, as well as their use in various applications; - graduates are prepared to design, analyze, diagnose and operate various electronic systems based on modern micro- and nano-electronic technologies; - they are prepared to study a third-level study program and build a scientific perspective in the entire range of applications of electronics and photonics or for immediate entry into the labour market; - the graduate has managerial, social and legal awareness in the field of electrical engineering.
- the graduate is able to think critically and creatively apply the acquired knowledge from the field when solving scientific or engineering tasks; - he can acquire new knowledge and information on his own and, based on it, can actively participate in the solution of scientific and technical projects; - he can analyze the physical nature of phenomena and processes in the field; he knows how to use but also create professional literature, technical documentation and technical standards necessary to achieve the goal; - he is able to work together in a team and transfer acquired knowledge and experience to his colleagues as well as receive them.
- the graduate is characterized by a high degree of independence, initiative and foresight in both familiar and unfamiliar environments; - he is able to take responsibility for solving scientific and technical projects while being aware of their impact on society and the surrounding environment and the principles of safety and health protection at work; - he has the ability to professionally and professionally present the results achieved by his creative activity, even in a foreign language; - graduates find employment as independent workers, members of a creative team or its leader in various branches of industry, in the educational system, research, public and private sectors, transport, healthcare, etc.
Graduates of the Electronics and Photonics study programme find employment as independent workers, members of a creative team or its leaders in various sectors of industry, in the education system, in research, both in the public and private sector, transport, healthcare, etc. They can continue doctoral studies in the follow-up study programme Electronics and Photonics or in related programmes. The versatility of this engineering degree programme enables graduates to be employed in all countries of the European Union in industries related to electronics and electrical engineering, wherever a second-level university degree is required. Graduates of the programme find employment in the labour market in all relevant sectors of the economy - private, public and state sectors, especially as designers, developers and technicians in various types of companies or independent activities.
Specialist electrical engineer technologist, Designer of non-standard measuring systems, Material technologist in electrical engineering, Specialist in quality control of test equipment, Specialist in quality control in electrical engineering, Specialist in electrical engineering in research and development, Manager (manager) in electrical engineering production, Master (supervisor) in electrical engineering production, Electronic equipment testing technician.
The study programme conducted in English has no graduates yet.
The Electronics and Photonics study program reflects the needs of companies engaged in designing and producing electronic systems and devices. It is designed so that a successful graduate has a suitable technical knowledge base that he can apply in practice while also being able to specialize in the most important aspects of the electronic and electrical engineering industry. This qualification makes a graduate of the Faculty of Electronics and Photonics applicable not only in most electrical engineering professions but also in various branches of industry, in the education system, in research, both in the public and private sectors, transport, healthcare, etc. Graduates of the Electronics and Photonics study program have theoretical knowledge and other prerequisites for continuing scientific activity in the framework of doctoral studies. The study program is compiled in accordance with the requirements of the time and provides a good basis for the successful employment of graduates on the labour market.This is not the case for regulated professions. Positive opinion on the compliance of the acquired qualification with the requirements of the sector was given by the members of the Board of the study programme Electronics and Photonic.
