Main navigation
- Programs
- Subjects
- Universities
- Destinations
- Advice
Electrical engineering explores the principles governing electrical energy and engineering applications to manage electricity's generation, distribution, and utilization. Professionals in this field leverage their understanding of electrical phenomena and technology to create diverse systems, from large-scale power generation in dams to miniature spacecraft circuits, along with components powering computers, televisions, audio systems, and automated industrial facilities. Four prominent specializations within electrical engineering are power, communications, electronics, and control systems. Additional career paths identified by the Institute of Electronics and Electrical Engineers encompass circuits and devices, industrial uses, electromagnetics and radiation, computing, engineering impacts on human environments, and signal processing and applications.
Electrical and electronics engineers are responsible for designing, creating, testing, and overseeing the production of electrical and electronic devices. Their work includes developing power generation, control, and transmission equipment for utility companies, as well as lighting, wiring, and systems for buildings, vehicles, aircraft, radar and navigation tools, computer and office machinery, and broadcasting and communication networks.