School of Electrical and Mechanical Engineering facilities

The Electronics Teaching Labs at the University of Adelaide provide a hands-on environment for students to explore circuit design, embedded systems, signal processing, and digital electronics. Equipped with industry-grade Tektronix and Keysight test equipment, programmable platforms, and modern workbenches, the labs support practical learning across undergraduate and postgraduate courses. Students gain real-world experience in testing, troubleshooting, and prototyping—bridging theory with application in a collaborative, innovation-driven setting.

The Flexible Engineering Learning Lab (FELL) at the University of Adelaide is a dynamic, student-centred space designed to support hands-on learning, collaboration, and innovation across engineering disciplines. Equipped with modular workstations, rapid prototyping tools, and integrated digital resources, the lab enables students to explore design thinking, build functional systems, and engage in project-based learning. Whether developing autonomous robots, testing circuits, or refining mechanical prototypes, FELL fosters creativity, teamwork, and real-world problem solving in a flexible, future-ready environment.

The two advanced flight simulators in the Mawson Lakes campus provides undergraduate Aviation students with hand-on experience of flying commercial jet aircraft.  The multi-seat simulator enables collaborative flight scenarios, air traffic coordination, and systems integration studies—perfect for team-based learning and complex mission simulations. Both platforms are used in undergraduate and postgraduate programs, fostering hands-on engagement with aeronautical engineering, avionics, and human factors.

This cutting-edge teaching space empowers students to explore the future of intelligent automation. Equipped with collaborative robots, advanced machine vision systems, and Industry 4.0 technologies, the lab provides hands-on experience in robotics programming, sensor integration, and smart manufacturing. It’s where engineering theory meets real-world innovation—preparing graduates to lead in digitally connected, data-driven industries.

This advanced teaching facility provides hands-on experience in electrical power generation, transmission, and distribution. Equipped with industry-grade hardware and simulation tools, students explore real-world challenges in grid design, fault analysis, protection systems, and renewable integration. The lab supports practical learning in high-voltage systems and prepares future engineers to lead in sustainable and resilient energy networks.