(in Polish) Elektronika i Telekomunikacja, stacjonarne, pierwszego stopnia (TSI)

possess maturity certificate, positive result of the enrolment procedure

educational standards in accordance with the directive of the Minister of Science and Higher Education, dated July 12, 2007 concerning the description of educational standards for particular study courses and education levels as well as procedures for establishment and the condiontions to be met by the university to conduct both interdisciplinary and conbined studies courses (Dz. U. No 164, item. 1166 incl. later amendments). The standards define general course requirements including the number of teaching hours, graduate`s profile, curricula for individual courses including subjects of general, core and specialist education as well as requirements and recommendations concerning internship.

Resolution No. 23/51/2012 of the Senate of Bialystok University of Technology of 24 May 2012 on determining learning outcomes for first cycle courses in the field of Electronics and Telecommunication at Bialystok University of Technology

Explanation of symbols:
ET1 (before underscores) – learning outcomes for the field of study for first cycle courses in the field of Electronics and Telecommunication;
W – category of knowledge;
U – category of skills;
K – category of social competence;
T1A – learning outcomes for the area of technical sciences for first cycle courses
01, 02, 03 and subsequent numbers – learning outcome number;

Symbol - After having completed a first cycle course, graduates of Electronics and Telecommunication - Reference to learning outcomes for the area of technical sciences
KNOWLEDGE
ET1_W01 - have a systematised knowledge of mathematics, involving algebra, analysis, mathematical logics, probability theory, theory of stochastic processes, as well as elements of discrete and applied mathematics, including mathematical and numerical methods, necessary for: describing and analysing electric circuits, the basic electronic elements, analogue and digital electronic systems, and also the basic physical phenomena occurring in them; describing, analysing, and combining electronic and telecommunication systems; describing and analysing signal processing algorithms, including sound and picture signals and also signals used in multimedia applications - T1A_W01, T1A_W07
ET1_W02 - have the knowledge of physics, involving mechanics, thermodynamics, optics, the fundamentals of quantum mechanics, electricity, magnetism, and solid-state physics, including the knowledge necessary to understand the basic physical phenomena occurring in electronic as well as telecommunication systems and components, and also in their environment - T1A_W01
ET1_W03 - have a detailed knowledge of the theory of electric circuits, as well as signal theory and contemporary methods of signal processing - T1A_W03, T1A_W04
ET1_W04 - have a basic knowledge of algorithms applied in multimedia applications - T1A_W04
ET1_W05 - have a detailed knowledge of metrology; graduates know and understand methods of measuring the basic quantities characterising electronic and optoelectronic systems and their components, and know computational methods and information technology tools necessary for analysing measurement results of physical quantities and of measurement uncertainty - T1A_W03, T1A_W04, T1A_W07
ET1_W06 - have a detailed knowledge of the methodology and programming techniques, including programming of microprocessor systems (high-level and low-level programming languages) - T1A_W03,
T1A_W04, T1A_W07
ET1_W07 - have an elementary knowledge of the materials used in the electronic and optoelectronic industry - T1A_W02, T1A_W07
ET1_W08 - have a detailed knowledge of the principles of the functioning of electronic elements and circuits as well as simple electronic, optoelectronic, and telecommunication systems - T1A_W03, T1A_W04
ET1_W09 - have a systematised knowledge of photonics, including the knowledge necessary to understand the physical fundamentals of the functioning of optical telecommunication systems, including optical fiber telecommunication systems, as well as optical information recording and processing - T1A_W01, T1A_W03, T1A_W04
ET1_W10 - have a systematised, theoretically-based knowledge of electromagnetic fields and waves, and also the knowledge of signals (including high frequency signals), their generation, transmission and detection - T1A_W01, T1A_W03, T1A_W04
ET1_W11 - have a systematised knowledge of signal and data transmission in telecommunication as well as of information and communication technology wired and wireless systems and networks; graduates also have an elementary knowledge of establishing connections in telecommunication networks - T1A_W03, T1A_W04, T1A_W07
ET1_W12 - have a systematised knowledge of the computer architecture, systems, networks, and operating systems - T1A_W02, T1A_W03, T1A_W07
ET1_W13 - have a detailed knowledge of devices which are components of telecommunication networks as well as information and communication technology networks; graduates also have a detailed knowledge of configuring these devices in local and wide area networks - T1A_W03, T1A_W04, T1A_W07
ET1_W14 - have an elementary knowledge of control and automatic control in electronic and telecommunication systems - T1A_W02
ET1_W15 - have a basic knowledge of digital and microprocessor technology (including programmable logic devices) - T1A_W03, T1A_W07
ET1_W16 - have an elementary knowledge of designing, constructing, manufacturing, and operating electronic and telecommunication devices as well as of the life cycle of these devices - T1A_W03, T1A_W04, T1A_W06
ET1_W17 - have the knowledge of the current state of knowledge as well as of contemporary development trends in electronics, telecommunications, and photonics - T1A_W05
ET1_W18 - have a basic knowledge necessary to understand non-technical constraints in engineering activities, and know the basic occupational safety and health principles - T1A_W08
ET1_W19 - have an elementary knowledge of the protection of intellectual property and patent law, as well as an elementary knowledge of management, including quality management, and of conducting business activity - T1A_W10, T1A_W09
ET1_W20 - have a general knowledge of the grammar of a foreign language and the vocabulary enabling them to participate in discussions on technical topics concerning electronics and telecommunications and also to understand and create sophisticated texts concerning these disciplines - T1A_W01
ET1_W21 - have a basic knowledge of the structures and functions of the legal, social, and economic systems, and know general principles of creating and developing various forms of individual business activity - T1A_W11
SKILLS
ET1_U01 - can obtain information from literature, databases, and other sources, also in a foreign language; graduates can integrate the obtained information as well as interpret it; they can also draw conclusions, and formulate and justify their opinions - T1A_U01
ET1_U02 - can work individually as well as in a group; graduates can estimate the time period needed for the realization of a designated task; they can develop and implement work schedules ensuring completing tasks within the specified period of time - T1A_U02
ET1_U03 - can develop technical documentation on the implementation of engineering tasks; graduates can also prepare written texts and oral presentations concerning the method of accomplishing these tasks and provide overviews of the results (also in a foreign language) - T1A_U03, T1A_U04
ET1_U04 - have a knowledge of a foreign language at a level which is sufficient for communication and for reading and understanding specification sheets, application notes, and operating instructions of electronic devices, information technology tools, technical documentations, and similar documents - T1A_U01, T1A_U06
ET1_U05 - have the ability to self-educate, among others, in order to develop their abilities and improve their professional competence - T1A_U05
ET1_U06 - can apply the mathematical methods and models they have studied, and also computer simulations, for analysing and evaluating the basic engineering issues, in particular for analysing and evaluating the functioning of electronic and optoelectronic components and circuits as well as telecommunication systems - T1A_U08, T1A_U09
ET1_U07 - can analyse signals and simple signal processing systems in respect of time and frequency, using analogue and digital technologies as well as the appropriate hardware and software tools - T1A_U07, T1A_U08, T1A_U09
ET1_U08 - can make use of appropriately selected integrated development environments, simulators, and computer-aided design tools in describing, simulating, designing, and verifying electronic systems as well as simple electronic, telecommunications, and multimedia systems - T1A_U07, T1A_U08, T1A_U09
ET1_U09 - can use appropriately selected methods and devices enabling them to measure the basic quantities characteristic of electronic signals, elements and circuits as well as telecommunications systems (including optoelectronic, fibre-optic and wireless systems) - T1A_U08, T1A_U09
ET1_U10 - can plan measurements of electrical and optical characteristics as well as the basic parameters in electronic and telecommunication systems; graduates can determine the measurement uncertainty as well as present the obtained results in the numerical and graphical form, interpret the results (within the framework of their knowledge), and draw the appropriate conclusions - T1A_U07, T1A_U08
ET1_U11 - can plan testing processes of simple electronic and telecommunication circuits and systems as well as perform the tests; in case errors are detected, graduates can diagnose these errors, using the appropriate diagnosing methods - T1A_U08, T1A_U13
ET1_U12 - can formulate specifications of simple electronic and telecommunication circuits and systems at the level adequate to the functions of these circuits and systems, also with the use of hardware description languages - T1A_U14
ET1_U13 - can design simple electronic systems as well as simple electronic and telecommunication systems, including simple digital signal and data processing systems, taking into account the predefined functional and economic criteria, and using appropriate methods, techniques and tools - T1A_U12, T1A_U16
ET1_U14 - can use specification sheets and application notes in order to select the appropriate components of the designed electronic, optoelectronic, and telecommunication circuits or systems - T1A_U01, T1A_U16
ET1_U15 - can plan the processes of producing simple electronic devices, and evaluate their costs - T1A_U12,
T1A_U16
ET1_U16 - can design simple printed circuit boards as well as design, construct, launch, and test simple electronic or telecommunication systems - T1A_U16
ET1_U17 - can configure communication devices in local (wired and wireless) information and communication technology networks - T1A_U13, T1A_U16
ET1_U18 - can formulate data processing algorithms, use programming languages and the appropriate information technology tools for developing computer software as well as microprocessor software in electronic and telecommunication systems - T1A_U07, T1A_U09
ET1_U19 - are aware of non-technical aspects of tasks involving the design of electronic and telecommunication circuits and systems (including also the environmental, economic, and legal aspects) while formulating and solving these tasks - T1A_U10
ET1_U20 - adhere to the principles of occupational safety and health - T1A_U11
ET1_U21 - can evaluate the relevance of methods and tools used for solving simple engineering tasks typical of electronics and telecommunication, as well as select and apply the appropriate methods and tools - T1A_U15
SOCIAL COMPETENCE
ET1_K01 - understand the need and know the possibilities of further education (second and third cycle courses, postgraduate courses, training courses), thus improving their professional, personal, and social competence - T1A_K01
ET1_K02 - understand and realise the importance of non-technical aspects and results of professional activities in the field of electronics and telecommunication, including the influence of these activities on the environment, and the responsibility for decisions pertaining to the activities - T1A_K02
ET1_K03 - realise the importance of behaving in a professional way, adhering to the principles of professional ethics as well as respecting the diversity of opinions and cultures - T1A_K05
ET1_K04 - are aware of responsibility for their own work; they are prepared to obey the rules of working in a team and to take responsibility for tasks implemented together with other people - T1A_K03, T1A_K04
ET1_K05 - can determine priorities as well as identify and solve dilemmas connected to implementing tasks defined by themselves or other people - T1A_K04
ET1_K06 - can think and work in a creative and enterprising way - T1A_K06
ET1_K07 - are aware of the social role of graduates of technical universities; in particular, they understand the need to formulate and communicate to the society (among others, through the mass media) information and opinions concerning achievements in electronics, telecommunication, and other aspects of engineering in this field; graduates endeavour to communicate such information and opinions in a commonly understandable way - T1A_K07

Resolution No. 124/VII/XV/2017 of the Senate of Bialystok University of Technology of 31 May 2017 on determining learning outcomes for the general academic undergraduate course in the field of Electronics and Telecommunications at Bialystok University of Technology

Key to the symbols:
ET1 (before the underscore) - course-specific learning outcomes at undergraduate studies in Electronics and Telecommunications; W – a category of knowledge; U – a category of skills; K – a category of social competences;
P6S_– characteristics of the second degree of the Polish Qualifications Framework (Polska Rama Kwalifikacji) – Level 6 in the field of technical sciences (for undergraduate studies), including engineering competencies for the general academic profile;
01, 02, 03, etc. – the number of a learning outcome.

Symbol – course-specific learning outcomes for Electronics and Telecommunications.
After completing the undergraduate course in Electronics and Telecommunications the graduate

KNOWLEDGE: knows and understands
ET1_W01 – selected topics in the field of algebra, analysis, mathematical logic, probabilistics, theory of stochastic processes and discrete and applied mathematics necessary for the description and analysis of electrical circuits, elements and electronic, optoelectronic and telecommunication systems - P6S_WG
ET1_W02 - selected topics in the field of electromagnetism, optics and solid state physics, necessary for understanding the basic physical phenomena occurring in electronic, optoelectronic and telecommunication components and systems - P6S_WG
ET1_W03 - problems of the theory of electrical circuits, signals and methods of their generation, transmission, detection and processing, the theory of electromagnetic waves and field theory - P6S_WG
ET1_W04 - measurement methods of basic quantities characterizing electrical and electronic components and systems, as well as calculation methods and IT tools necessary for the development of physical measurement results and measurement uncertainty - P6S_WG
ET1_W05 - methodology and techniques of programming and their applications in electronic, optoelectronic and telecommunication systems - P6S_WG
ET1_W06 - basic properties of materials used in electrical and electronic systems - P6S_WG
ET1_W07 - principles of operation of electronic and optoelectronic components and systems, telecommunication systems and networks and devices and components included in their design - P6S_WG
ET1_W08 - theoretical foundations and principles of operation of automation systems in electronic systems, architecture of digital and microprocessor systems, methods of their programming and selected applications - P6S_WG
ET1_W09 - principles of design, construction, manufacture and operation as well as the life cycle of electronic, optoelectronic and telecommunication devices - P6S_WG
ET1_W10 - non-technical conditions of engineering activities and occupational health and safety - P6S_WK
ET1_W11 - principles of intellectual property protection and patent law, selected issues pertaining to management and business activity - P6S_WK

SKILLS: can
ET1_U01 - obtain information from literature, databases and other sources, also in a foreign language; can integrate and interpret the information, as well as draw conclusions and formulate and justify opinions - P6S_UK
ET1_U02 - work individually and in a team; can estimate the time needed to complete a task; can develop and implement a work schedule to ensure that deadlines are met - P6S_UO
ET1_U03 - prepare technical documentation concerning the implementation of an engineering task and prepare a text and a presentation on the method and results of the task, also in a foreign language - P6S_UK
ET1_U04 - use a foreign language to communicate, as well as to read and understand catalogue cards, application notes, manuals for electronic devices, IT tools, technical documentation and similar documents, in accordance with the requirements specified for the B2 level of the Common European Framework of Reference for Languages - P6S_UK
ET1_U05 - use familiar mathematical methods and models, as well as computer simulations for the analysis of basic engineering issues, in particular for the analysis, synthesis and evaluation of the operation of electronic, optoelectronic and telecommunication components and systems - P6S_UW
ET1_U06 - plan and perform measurements of basic physical quantities and parameters characterizing electronic, optoelectronic and telecommunication components and systems using properly selected methods and devices, determine measurement uncertainty and present the obtained results - P6S_UW
ET1_U07 - using catalogue cards and application notes, design, build and run a typical electronic, optoelectronic or telecommunication system, plan and implement its testing process and estimate costs - P6S_UW
ET1_U08 - implement an algorithm using programming languages and appropriate IT tools for the development of computer programs as well as microprocessor systems software - P6S_UW
ET1_U09 - be aware of non-technical aspects (e.g. environmental, economic and legal) when formulating and solving engineering tasks - P6S_UW
ET1_U10 - apply occupational health and safety rules - P6S_UW
ET1_U11 - evaluate the suitability and apply methods and tools for solving typical engineering tasks in the field of electronics, optoelectronics and telecommunications - P6S_UW

SOCIAL COMPETENCES: is ready to
ET1_K01 - critically assess his/her knowledge and recognize the need for professional development and self-education - P6S_KK
ET1_K02 - behave professionally, observe the principles of professional ethics and respect the diversity of views and cultures, care for the achievements and traditions of the profession of electronic engineer - P6S_KR
ET1_K03 - take responsibility for his/her own work and adhere to the rules of working in a team and take responsibility for teamwork - P6S_KR
ET1_K04 - define priorities and identify and resolve dilemmas related to the implementation of a specific task (individually and in a team) - P6S_KR
ET1_K05 - think and act in an entrepreneurial way - P6S_KO

Resolution No. 463/XXVI/XV/2019 of the Senate of Bialystok University of Technology of 27 June 2019 on determining the learning outcomes for the studies commencing from the academic year 2019/2020 at Bialystok University of Technology.

Learning outcomes for the first-cycle studies in the field of study: Electronics and Telecommunications, general academic profile

Meaning of symbols:
ET1_Xxx – learning outcomes for the first-cycle studies in the field of study: Electronics and Telecommunications; W – category of knowledge; U – category of skills; K – category of social competence;
P6S_ - second stage level descriptors of the Polish Qualifications Framework - level 6th in the field of technical sciences (first-cycle degree programmes) including engineering competences for the academic profile
01, 02, 03 and following - number of the learning outcome

Symbol - Learning outcomes for the field of study Electronics and Telecommunications After having completed the first cycle programme in the field of study: Electronics and Telecommunications, the graduate - Reference to the qualifications obtained within the second stage descriptors of the Polish Qualifications Framework - level 6 in the field of technical sciences (P6S) - Reference to the second stage level descriptors of the Polish Qualifications Framework - level 6 of qualifications including engineering competences.

KNOWLEDGE: THE GRADUATE KNOWS AND UNDERSTANDS
ET1_W01 - selected issues in algebra, analysis, mathematical logic, probability, theory of stochastic processes, discrete and applied mathematics, necessary for description and analysis of electric circuits, elements and electronic, optoelectronic and telecommunication systems - P6S_WG
ET1_W02 - selected issues in electromagnetism, optics and solid body physics, necessary for understanding basic physical phenomena occurring in electronic, optoelectronic and telecommunication elements and systems - P6S_WG - P6S_WG
ET1_W03 - theory of electric circuits, signals and methods of their generation, transmission, detection and processing and the theory of electromagnetic field and waves - P6S_WG - P6S_WG
ET1_W04 - measurement methods of basic quantities characterising electrical and electronic components and systems, as well as computational methods and IT tools necessary for the development of physical quantity measurement results and the measurement uncertainty - P6S_WG - P6S_WG
ET1_W05 - methodology and programming techniques and their applications in electronic, optoelectronic systems and telecommunication systems - P6S_WG - P6S_WG
ET1_W06 - basic properties of materials used in electrical and electronic systems - P6S_WG - P6S_WG
ET1_W07 - principles of operation of electronic components and circuits - P6S_WG - P6S_WG
ET1_W08 - theoretical fundamentals and principles of operation of automation systems in electronic, optoelectronic and telecommunication systems, architecture of digital and microprocessor systems, methods of their programming and selected applications - P6S_WG - P6S_WG
ET1_W09 - principles of design, construction, manufacture and operation, and life cycle of electronic devices - P6S_WG - P6S_WG
ET1_W10 - non-technical conditions of engineering activities and the principles of occupational safety and hygiene - P6S_WK
ET1_W11 - the principles of intellectual property protection and patent law, selected issues in management and running a business - P6S_WK - P6S_WK

SKILLS: THE GRADUATE IS ABLE TO
ET1_U01 - obtain information from literature, databases and other sources, including in a foreign language; can integrate the information obtained, make its interpretation, as well as draw conclusions and formulate and justify opinions - P6S_UK
ET1_U02 - plan his/her own development; work individually and in a team; can estimate the time needed to complete a given task; can develop and implement a work schedule ensuring meeting the deadlines - P6S_UO, P6S_UU
ET1_U03 - prepare a technical documentation concerning the realisation of an engineering task and prepare a text and a presentation devoted to the manner and discussion of the results of this task, also in a foreign language - P6S_UK
ET1_U04 - use a foreign language sufficiently well in order to communicate with and understand datasheets, application notes, user manuals for electronic devices, IT tools, technical documentation and similar documents, in accordance with the requirements laid down for Level B2 of the Common European Framework of Reference for Languages - P6S_UK
ET1_U05 - apply the known methods and mathematical models, as well as computer simulations to analyse basic engineering problems, in particular to analyse, synthesise and evaluate the operation of elements and electronic, optoelectronic and telecommunication systems - P6S_UW - P6S_UW
ET1_U06 - plan and perform measurements of basic physical quantities and parameters characterising electronic components and systems, using adequate methods and equipment, determine the uncertainty of measurements and present the obtained results - P6S_UW - P6S_UW
ET1_U07 - using datasheets and application notes to design, build and commission a typical electronic circuit, plan and perform its testing and estimate costs - P6S_UW - P6S_UW
ET1_U08 - design an algorithm using programming languages and adequate IT tools to develop computer programmes and software for microprocessor systems - P6S_UW - P6S_UW
ET1_U09 - while formulating and solving engineering tasks notice non-technical aspects, including environmental, economic and legal ones - P6S_UW - P6S_UW
ET1_U10 - apply the rules of occupational safety and health - P6S_UW
ET1_U11 - assess the usefulness and apply methods and tools to solve typical engineering tasks in electronics, optoelectronics and telecommunication - P6S_UW - P6S_UW

SOCIAL COMPETENCE: THE GRADUATE IS READY TO
ET1_K01 - critical assessment of one's own knowledge and professional development and self-learning - P6S_KK
ET1_K02 - professional behaviour, observance of the principles of professional ethics and respect for the diversity of views and cultures, care for the achievements and traditions of the profession of a electronic engineer - P6S_KR
ET1_K03 - taking responsibility for one's own work and submitting to the rules of working in a team and taking responsibility for joint tasks - P6S_KO
ET1_K04 - define priorities, identify and solve dilemmas related to the accomplishment of a task defined by oneself and others - P6S_KR
ET1_K05 - think and act in an entrepreneurial way - P6S_KO