Electrical and Electronics Engineers work on the design, use and supervision of systems for the generation, transmission, distribution and conversion of electrical energy into other types of energy and all kinds of electronic devices/systems. It ensures the production of electrical energy based on other sources such as nuclear, hydraulic, solar, wind, biomass and geothermal. It makes plans, projects and applications in the process from production to consumption. Takes part in the project, installation and operation of facilities that produce and consume electrical energy. They take part in communication, industrial, medical devices, that is, in every field where electronic devices are used.

Nowadays, the importance of Electrical and Electronics Engineering is increasing in every field from medicine to communication, from computer technology to space research, electrical energy production, transmission and distribution. Electrical and Electronics Engineers can work in public institutions, universities and research institutions, R&D departments of companies, private sector, consultancy and contracting offices. The fields in which Electrical and Electronics Engineers can work can be listed as follows: Computers and Embedded Systems, Whole Circuit (Chip) Design and Construction, Semiconductor Materials, Electro-Mechanical Systems, Signal Processing, Biomedical, Microwave - Antennas, Communication and Telecommunications, Electrical Machines, Lighting. , High Voltage and Energy, Energy Production Transmission Distribution, Renewable Energy and Automatic Control.