Automating our future
Our world is increasingly automated as industries adopt new technologies and smarter ways of working. Robotics and automation are now embedded across a wide range of sectors, driving strong and ongoing demand for mechatronic engineers.
Mechatronic engineering sits at the intersection of mechanical, electrical and computer engineering. Mechatronic engineers apply their skills across diverse industries such as aerospace, biotechnology, agritech and mining.
With expertise that spans hardware, software and intelligent systems, they are well placed to design, build and improve the technologies shaping the jobs of the future.
Graduate thoughts
Hear from a Curtin graduate as they explain how mechatronic engineering combines mechanical, electrical and software skills in real‑world industry applications.
Mechatronic engineering courses
Creating a world-class environment
Our teams, research and facilities come together to create a cohesive learning experience — building a strong discipline that inspires discovery, shapes how we build, and turns ideas into impact.
Our research
Mechatronic engineering does research into diverse areas, including smart sensors, robotic manipulation and navigation, control systems, assistive technologies, and space technologies.
Our facilities
The facilities managed by mechatronic engineering are hands-on environments, featuring advanced fabrication, measurement and robotic systems, and more.
Our team
From dedicated academic staff and coordinators to experienced leaders, explore our team’s expertise and professional profiles.