Electrical and Electronics Engineers use a design process based on science, technology, and common sense to design and realize consumer products, electronic components, microchips, computers, signal processing, power systems, telecommunications, robotics, transportation systems, and the like.

The technologies that will contribute most to economic growth and shape the future worldwide in the coming period are mobile Internet, automation of information processes, Internet of things, cloud technologies, robotics, autonomous and semi-autonomous vehicles, genomic sequencing technologies, energy storage, 3D printers, advanced materials and is renewable energy. Almost all of these technologies are directly or indirectly related to Electrical and Electronics Engineering. In this context, it is obvious that the current need for electrical and electronics engineering master's degree graduates will continue to increase in the future.