Our school aims to improve how we understand and take care of the world we live in through sustainable energy solutions and intelligent technology.
We focus on high-quality, cross-disciplinary teaching and research in robotic vision, machine learning, video analytics, wireless power transfer, microgrids, renewable energy integration and superconductivity.
Engage
Gain access to our expertise, find next-generation talent or join our thriving alumni community.
Our people
Our staff collaborate on projects that lead to real-world impact and help shape the future.
Our research
Our school is home to award-winning research facilities and research centres. These include the Da Vinci Precinct, a Brisbane Airport-based area where we engage in aerospace automation research and development, and our Microgrid Facility, a purpose-built environment for investigating practical and efficient grid integration of renewable energy solutions.
We also collaborate on interdisciplinary projects across QUT.
Centre for Robotics
We conduct world-leading research in intelligent robotics, translating fundamental research into real-world outcomes that benefit industry and society.
Signal Processing, Artificial Intelligence and Vision Technologies (SAIVT)
We conduct world-class research, provide postgraduate research training and undertake commercial research, industrial consultancy and product development in artificial intelligence, machine learning, computer vision, and signal processing.
Power Engineering
We are a multidisciplinary research group with a broad skill set covering the areas of modern power systems, power electronics, electrical machines and superconducting technology.
Centre for Clean Energy Technologies and Practices
We address complex transport challenges and define the future of land transport mobility. We bring real technical, legal and social solutions for the constantly evolving mobility demand in our globalised and digitised society.
Visit the Centre for Clean Energy Technologies and Practices website
Future Farming
We bring together elements of technology, society, and biology and enable the use of information, extracted from purposefully collected data, to manage agricultural production systems: optimise yield and quality and increase efficiency whilst ensuring sustainability.
Robotic Vision Australia
Robotic Vision Australia is a national community of researchers and professionals, passionate about the potential for robotics, computer vision and AI to solve many of the world's grand challenges. Robotic Vision Australia has been established to lead an agenda around Australia's uptake of these innovative technologies and what we need to do to realise our potential as world leaders in this field.
Centre for Biomedical Technologies
Our research and development focuses on better patient treatments and quality of life into the future using regenerative approaches, robotics and artificial intelligence, and advanced manufacturing to expand surgical possibilities and reduce complications.
Centre for the Environment
We bring research, government, industry and community together to create real-world solutions to the most pressing environmental challenges. We aim to deliver ground-breaking fundamental and applied research that conserves and restores environmental systems and ensures the sustainability of natural resources in our natural, production and built landscapes.
Centre for Data Science
We draw together capability in data science from across Australia, providing a centralised hub for world-class data science research, unique training opportunities, and active external engagement.
Our facilities
Courses
Our students learn to design and maintain electrical systems and devices across a wide range of applications and industries.
News and events
QUT's seven new ARC Linkage projects focus on opportunities for Australia
QUT is celebrating the awarding of $3.2 million in ARC Linkage Projects grants to seven projects.
Reaching new heights: AI can help us build better buildings
The application of artificial intelligence (AI) has the potential to revolutionise the hands-on construction industry and contribute to long-term environmental sustainability in our built environment.
QUT to lead ARC Research Hub in the IoT for Water
The Australian Research Council has announced $5 million in funding for the ARC Research Hub in the Internet of Things for Water to be based at QUT.
Contact us
Contact the School of Electrical Engineering and Robotics for more information on our courses, research and staff.