Electronics and Telecommunications, second degree studies (TSDSE)

possess university diploma (first or second degree studies), positive result of the enrolment procedure

Resolution No. 463/XXVI/XV/2019 of the Senate of Bialystok University of Technology of 27 June 2019 on determining the curricula for fields of study starting from the academic year 2019/2020 taught at Bialystok University of Technology

Learning outcomes for the second-cycle studies in the field of Electronics and Telecommunication (conducted fully in English), general academic orientation

Symbol of the learning outcome - After having completed the second-cycle course in the field of Electronics and Telecommunication, graduates have knowledge, skills and social competence in the following areas - PQF symbol in the field of technical sciences - PQF symbol for qualifications of engineering competence

Explanation of symbols:
ET2 – learning outcomes for the field of study for second-cycle courses in the field of Electronics and Telecommunications; 01, 02, 03 and subsequent numbers – learning outcome number; W – category of knowledge; U – category of skills; K – category of social competence
P7s – learning outcomes for the area of technical sciences for second-cycle courses
Symbol - Learning outcomes for Electronics and Telecommunications After having completed a second-degree course, graduates of Electronics and Telecommunications has the knowledge, skills and social competences in the following area - PQF symbol in the field of technical sciences - PQF symbol qualifications of engineering competence

KNOWLEDGE: the graduate knows and understands:
ET2_W01 - selected areas of mathematics and physics in an in-depth manner which allows him/her to solve complex issues from the field of electronics - P7S_WG
ET2_W02 - advanced issues from the field of photonics necessary to understand optical information processing systems and telecommunication systems - P7S_WG - P7S_WG
ET2_W03 - in an orderly and theoretically founded manner the generation and detection of signals with reference to modern methods of information processing and coding - P7S_WG - P7S_WG
ET2_W04 - in an orderly manner the issues of electronic and optoelectronic metrology and equipment design - including the problems of electromagnetic compatibility - P7S_WG - P7S_WG
ET2_W05 - in a detailed manner the issues of security of telecommunication systems, data transmission in ICT networks and management of these systems - P7S_WK, P7S_WG - P7S_WG
ET2_W06 - in an orderly manner the specificity of optoelectronic technology and nanotechnology, as well as the main trends in the development of electronics, telecommunications, photonics and fiber optic technology - P7S_WK - P7S_WG
ET2_W07 - in an in-depth manner the specificity of equipment components of telecommunication networks, in particular, programmable digital and microprocessor systems - P7S_WG - P7S_WG
ET2_W08 - techniques of design and construction of modern electronic devices using artificial intelligence - P7S_WG, P7S_WK - P7S_WG
ET2_W09 - in an orderly manner the issues of intellectual property protection, transfer of knowledge and commercialization of research results - P7S_WK - P7S_WK

SKILLS: the graduate can:
ET2_U01 - obtain information from various sources, including those in a foreign language and use them to formulate valid opinions - P7S_UW
ET2_U02 - work individually and in a team and coordinate the work of the team, keeping the schedule - P7S_UO
ET2_U03 - develop reports and technical documentation of implemented research tasks or projects - P7S_UW - P7S_UW
ET2_U04 - develop and give presentations concerning an experiment, project or research task - also in a foreign language - P7S_UK
ET2_U05 - use a foreign language at the B2+ level (CEF) in a communicative way, also when using foreign technical literature - P7S_UK
ET2_U06 - organize the process of developing one's knowledge and skills through self-education - P7S_UU
ET2_U07 - formulate and test hypotheses concerning technical systems using the studied mathematical models and analytical methods - P7S_UW
ET2_U08 - carry out simulations and synthesis, as well as measurements of electronic and telecommunication devices, including measurements of their electromagnetic compatibility - P7S_UW - P7S_UW
ET2_U09 - plan and perform tests of electronic and telecommunication equipment and systems, offering improvements or innovations - P7S_UW - P7S_UW
ET2_U10 - design unusual electronic circuits and electronic systems, respecting the rights of intellectual and industrial property protection - P7S_UW - P7S_UW
ET2_U11 - develop electronic and telecommunication systems, analysing commercial aspects, including the cost-effectiveness of implementation - P7S_UW - P7S_UW
ET2_U12 - solve research and technical problems using a systematic approach and integrating knowledge from the fields of electronics, telecommunications, computer science, photonics and fiber optic technology - P7S_UW - P7S_UW
ET2_U13 - develop systems evaluating their usefulness and applying new technological advances in microtechnology, nanotechnology and elastic electronics - P7S_UW
ET2_U14 - select and assess the suitability of technical, technological and organizational factors of electronic communication systems - also with respect to management and security - P7S_UW - P7S_UW

SOCIAL COMPETENCE: the graduate is ready to:
ET2_K01 - solve technical problems and formulate hypotheses applying critical assessment of the existing state and basing on expert knowledge - P7S_KK
ET2_K02 - work in a team and coordinate it in an entrepreneurial manner, respecting the principles of ethics, including the protection of intangible and legal property, as well as the expectations of the social environment - P7S_KO
ET2_K03 - engage in technical activity which inspires professional development in a changing social environment and the maintenance of professional ethics standards - P7S_KR