Electrical Engineering - full-time first cycle (Bachelor) study programme

Electrical engineering

Electrical engineering is a course for candidates who are not afraid of electricity, are keen on challenges and pursue technical interests. Students will learn the methods of producing and distributing electricity, methods of converting electricity into mechanical, thermal or chemical energy used in industry or at home, the fundamentals of designing and operating electrical devices and electrical installations. They will gain qualifications to work in many areas related to energy conversion, automation of production processes, as well as design and operation of power electronic devices.

Full - time course

• 3.5-year course (7 semesters) , first cycle degree program

leading to BSc – Bachelor of Science in  Electrical Engineering

Scope:

- automation,

- industrial electronics and power electronics,

- computer measurement systems,

- energy conversion and use,

• 1.5-year course (3 semesters), second cycle degree program

leading to  MSc – Master of Science in Electrical Engineering 

Scope:

- automation,

- industrial electronics and power electronics,

- computer measurement systems,

- energy conversion and use,

Part - time course

• 4-year (8 semesters) first cycle degree program

leading to  BSc – Bachelor of Science in Electrical Engineering

Scope:

- automation,

- industrial electronics and power electronics,

- computer measurement systems,

- energy conversion and use,

• 2-year (4 semesters) the second cycle degree program

leading to  MSc – Master of Science in Electrical Engineering

Scope:

- automation,

- industrial electronics and power electronics,

- computer measuring systems,

- energy conversion and use,

In the scope of automation, students will gain skills necessary for process modelling, analysis and synthesis of control systems, building automation components and devices, programming and application of microprocessor controllers and microcontrollers, power electronic drive systems, fundaments of robotics and computer-aided design of automation systems.

In the scope of industrial electronics and power electronics, students receive a thorough preparation covering the theory and analysis methods, computer modelling and computer-aided design of microprocessor-controlled industrial electronics systems, with particular emphasis on power electronic systems used, inter alia, in automated electric drives, traction vehicles, induction heating, energy, in modern lighting, household and military technology.

In the scope of computer measurement systems, students acquire knowledge in the field of analogue and digital measuring transducers, VLSI systems, with particular emphasis on programmable systems used in metrology, standard measuring interfaces, microprocessor systems, single-chip microcomputer microcontrollers, measuring systems for electrical and non-electrical quantities.

First-cycle-program graduates

Graduates gain engineering competence in related fields, such as automation and measurement systems, energy conversion and power electronics, electric drives and industrial electronics, necessary for various types of services and production, independent and innovative technical problem solving, the use of new technologies and computer devices and information technology in design and management, e.g. automation systems and systems, electricity conversion, power electronics. They are capable of using computer-aided design software for designing electrical networks and installations, securing and protecting electrical devices of modern drive systems, as well as operating technological, switching, security, control and measuring devices powered by electricity.

Second-cycle-program graduates

Graduates are provided with advanced and thorough knowledge in the field of design, construction, operation and testing of electrical devices and computer measurement systems and digital control systems. They are skilled at using appropriate IT and electronic tools.

Uwaga! Kandydaci zdający maturę w tym roku:
Aby móc zarejestrować się na studia należy w formularzu osobowym w zakładce "Wykształcenie" dodać Nową Maturę i wpisać rok uzyskania dokumentu 2023. Takie informacje są wystarczające do zarejestrowania się na studia. Resztę informacji należy uzupełnić po otrzymaniu wyników z egzaminu maturalnego.

Rekrutacja na studia stacjonarne pierwszego stopnia prowadzona jest na podstawie konkursu świadectw dojrzałości.

Na wszystkie kierunki studiów stacjonarnych pierwszego stopnia w konkursie świadectw uwzględniane są oceny procentowe z: matematyki (M), języka polskiego (JP), języka obcego nowożytnego (JO) oraz z jednego przedmiotu zdanego na maturze w formie pisemnej (W), wskazanego przez kandydata do postępowania kwalifikacyjnego z zestawu obejmującego: fizykę z astronomią, chemię, informatykę, historię, geografię, biologię, wiedzę o społeczeństwie oraz - w przypadku kierunku architektura – historię sztuki.

Przedmioty: fizyka z astronomią oraz fizyka traktowane są równorzędnie.

Łączną liczbę punktów dla kierunku Elektrotechnika wyznacza się wg wzoru:

S = M + n·W + 0,1·JP + 0,1·JO

przy czym:

n = 1 przy wskazaniu przez kandydata: fizyki z astronomią, chemii, informatyki,

n = 0,4 przy wskazaniu: geografii, biologii, n = 0,2 przy wskazaniu: historii, wiedzy o społeczeństwie.