Electrical and electronic engineering

Site Degrees

Electrical and electronic engineering encompasses a broad range of areas including

computer systems
telecommunications
control and electrical power engineering
electronics

You will design, build and develop programs and applications that generate, transmit, measure, install and control electrical power necessary for daily living and everyday devices.

This traditional form of engineering will teach you to look at the ways electrical energy is generated and used in residences, communities and organisations.

Our program will prepare you to work in many areas concerned with cutting-edge technologies in many different applications

electric motors
microelectronic chips
sensor of movement
complex control systems of robots
biomedical devices and instrumentation
electrical equipment for building and mining projects
defence and satellite systems
design of network systems to advanced communications systems

You will also be at the forefront of developing systems for renewable energy sources by making applications to reduce power and energy consumption in households and industry.

Our programs include the fundamentals of electrical and electronic engineering, and provide a wide range of knowledge and technical skills in key areas such as

communication
power generation
electrical machinery
digital signal processing
microprocessors
control systems

Employment opportunities are abundant, giving you the opportunity to work across a broad range of corporations, commercial industries, government departments and consultancies.

Griffith University

Electrical and electronic engineering

Study pathways

Undergraduate degree programs

Higher degree by research programs

Bridging courses