MEng (Robotics and Mechatronics Engineering) in Melbourne Australia | RMIT University

The Master of Engineering (Robotics and Mechatronics Engineering) equips you to spearhead technological advancements and operational improvements in cutting-edge manufacturing and related technical fields, including robotics, mechanical systems design, mechatronics, and micro- and nano-technology. Industry needs engineers with specialized expertise in control systems, robotics design, and the capacity to implement innovative processes in agile manufacturing, fostering innovation across all organizational levels. Through project-based and interdisciplinary learning, you'll hone professional skills in project management, teamwork, leadership, problem-solving, communication, and research.
This program blends various learning approaches, combining in-person instruction with intensive and online delivery methods. Students will also participate in hands-on laboratory sessions and visit industry partners, gaining practical experience with specialized robotics and mechatronics equipment for testing and solving real-world challenges. Core subjects connect you with the broader engineering community, enriching your learning through collaboration and multidisciplinary exposure.
Strong industry ties, facilitated by the Industry Advisory Committee and collaborative research initiatives, ensure the curriculum remains relevant. Many faculty members bring industry experience and professional networks, often working on industry-funded research projects. This integration guarantees that your education aligns with workplace demands. The second-year Research Project subject offers work-integrated learning opportunities through industry collaborations.
Graduates have secured roles at leading firms like CAN Automation Pty Ltd, HYDAC: Mobile & Industrial Hydraulics Australia, and Jetstar Airways. RMIT alumni are in demand both domestically and internationally. Although traditional manufacturing has declined in Australia, engineering opportunities persist in construction, infrastructure, mining, and building services. Emerging sectors like food production and automated manufacturing present growing career prospects for robotics and mechatronics engineers. Expertise in advanced manufacturing and mechatronics is becoming increasingly vital, opening doors to careers in mechanical systems design, smart manufacturing, mechatronics, and micro- and nano-technology.