Type: 1st cycle studies (BSc) ans 2nd cycle studies (MSc)
Profile: general academic
Form of study: full-time and part-time

Electrical Engineering deals with the theory and practical use of physical phenomena related to electricity and magnetism. The scope of Electrical Engineering covers: electrical energy generation, transfer and use, techniques of measuring physical parameters, electrical signals processing and analysis. Apart from a vast spectrum of issues typical of electrical engineering, our students are acquainted with novel achievements in:

• designing and diagnostics of power systems,

• effective (power-saving) use of electrical energy,

• renewable energy sources,

• designing of intelligent buildings,

• novel electrical driving systems,

• microprocessor techniques,

• telemeasurements and wireless measuring systems,

• biomedical measurements and aiding methods for medical diagnostics,

• measurement of traffic parameters,

• designing and investigation of highly-integrated systems.

1st cycle studies last seven semesters (full-time studies) and nine semesters (part-time studies), and are concluded with a diploma thesis. The graduate is granted a BSc degree. The study program covers groups of basic subjects, directional subjects and specialist subjects (power engineering, use of electrical energy, control systems and measuring systems.

2nd cycle studies follow specialization courses. They last 3 semesters (full-time studies) and 4 semesters (part-time studies) and are concluded with a diploma thesis. The graduate is granted an MSc degree. The graduate is equipped with advanced and solid knowledge on designing, building, functioning, analyzing and testing electrical equipment, computer measuring systems and digital control systems. The graduate can select and use proper informatic and electronic tools for electrical engineering purposes.

The 2nd cycle full-time students are offered 5 specializations:

Automatics of Industry and Buildings

The graduates will be provided with knowledge of microcomputer systems of automatics applied to industry and automatics of buildings, with special attention paid to the real time operating systems. The student will be familiarized with: ventilation and air conditioning systems, firefighting systems, access control, media monitoring etc. apartment buildings, office buildings and utilities, based on various technologies (LonWorks, EIBKNX). The graduate will be able to design, construct and operate the industry and building automation systems, to program in C and C++ language, program drivers in languages compatible to EN 61131-3 standards and programme SCADA systems.

Electrical Power Engineering

The graduate of this specialization acquires the theoretical and practical background of design, technological and modernization projects as well as exploitation of new equipment working in complex structures of electrical power engineering systems. The student also gains a vast knowledge of generation, transmission, and distribution of electric energy, networks and electrical power engineering systems, research and measurements, electrical power equipment diagnostics, dynamic computer phenomena modelling and simulations in electrical power engineering systems as well as environmental impact of electrical power objects.

Power Engineering Electronics and Electric Drive

The graduate of this specialization will gain the knowledge of power engineering electronics and electric drive. It is mainly connected with power engineering electronics systems of advanced control methods technically applied in industrial equipment as well as utilities. As far as the electric drive is concerned, the student becomes familiarized with basic solutions in the electrical, metallurgical and mining tractions and in other branches of industry, as well as with the engines of innovative construction and control methods. The students develop such skills as: operating the computer aided design system (CAD) simulation system, SPICE as well as programming of industrial controllers and one-system computers made according to the microprocessor technique.

Technological and Biomedical Measurement

The graduate of this specialization gains dedicated knowledge in metrology with emphasis on measurements of parameters of biological objects and technological processes. It mainly covers measurement methods and equipment, measurement data control algorithms (compression, representation and estimation), visualization methods of biological objects and automatic analysis and image recognition as well as complex measurement systems applied to medical diagnostics and tools for telemeasurements, designing skills of electronic (analogue and digital) measurement system elements. The graduates are prepared to work in any branch of industry in Poland. They may undertake job at industry, technical, biological and biomedical research laboratories, hospitals and polyclinics as technical service.

Technological Platform Smart Grid

The students are taught technological platform Smart Grid, its application within the so-called "Intelligent power systems" understood as systems capable of integrating and controlling the work of distributed energy sources and reserves. The student will be familiarized with optimization of existing power systems with the use of contemporary power electronics methods, novel informatic and telecommunications tools safeguarding reliability of energy supplies to the receivers and its high quality. This ability shall enable efficient processing and use of energy and improvement of living conditions in the existing competitive energy market conditions.

2nd cycle part-time students are offered 3 specializations:

Electrical Power Engineering

The graduate of this specialization acquires the theoretical and practical background of design, technological and modernization projects as well as exploitation of new equipment working in complex structures of electrical power engineering systems. The student also gains a vast knowledge of generation, transmission, and distribution of electric energy, networks and electrical power engineering systems, research and measurements, electrical power equipment diagnostics, dynamic computer phenomena modelling and simulations in electrical power engineering systems as well as environmental impact of electrical power objects.

Automatics and Measurements

Studies at this specialization provide students with good background in design and application of control and measuring systems. The knowledge gained in the area of automatics covers both theory and practice in terms of discrete and microcomputer control systems. The students are also taught a wide range of skills in metrology focusing on measurements conducted in the automation of technological processes. The knowledge they acquire covers methods and measuring equipment, measurement data processing algorithms as well as control algorithms. The graduates of this specialization will be prepared to work in industry, factories designing and producing unique digital equipment as well as at research laboratories.

Computer Engineering for Industry

The graduate of this specialization gain advanced knowledge of design, construction functioning and testing of computer measurement, and digitally-controlled systems. As far as the measurement systems are concerned the acquired knowledge covers designing of measurement Microsystems and application of signal processors and data analysis of algorithms, and in the area of control systems-designing of programmable control systems as well as application of information tools. The graduates of this specialization are prepared to work in industrial plants as well as in the laboratories designing measurement and control digital equipment. The students are taught to apply their knowledge, and electronic tools to their jobs.