Utilize Electricity as a Resourc
Engineers in the field of electricity generate, design, and manage the electric power that keeps the globe running and powered. Electricians and electromagnetists are problem solvers who research and apply electricity, electromagnetics, and electronics to both large and small scale systems. Small pocket devices to massive power plants and supercomputers: electrical engineers work with all kinds of electronic equipment that have a major impact on society.
Students in the School of Electrical Engineering and Telecommunications benefit from a mix of classroom and laboratory instruction. Wira Electrical, Incorporating theory and practical application helps students visualise topics and apply their knowledge to real-life circumstances. An electrical engineer’s day-to-day tasks include problem diagnosis and solution development, which is what students study in class.
Large-scale electrical systems, such as motor control and power generation and transmission, are the primary focus of electrical engineers. There are many different technologies they use, from building lighting and wiring to home appliances, telecommunications, and even large-scale power plants. Electrical engineers create and develop computer and mobile device electrical systems and circuits in the expanding field of microelectronics.
Graduates, on the other hand, aren’t confined to these fields. Because of the way our degrees are set up, we are able to help students develop analytical skills, time management skills, and a solid technical foundation. There is a great demand for Electrical Engineers from the University of New South Wales (UNSW).
- Sources of clean, free energy
- Technology based on the Global Positioning System (GPS)
- Networking on the go
Examples of Electrical Engineering Projects.
Among the many innovative domains in which electrical engineers play a leading role are the following:
- Sensors, actuators, microprocessors, and feedback control systems make up robots.
- Space projects such as deep-space communications systems, resilient control systems, extraterrestrial GPS navigation systems, power generating networks, and imaging systems, among others
- The design of a tablet or a smartphone
- High-tech medical equipment, such as CT, MRI, and PET scanners, ECG and blood pressure monitors