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This two-year master's program equips students with specialized expertise and professional engineering competencies for careers in fast-growing mechatronics fields such as robotics, automation, control systems, computer vision, and smart grid technologies. Leveraging ANU's interdisciplinary engineering approach and research strengths, the curriculum develops students' abilities to solve complex, multi-disciplinary challenges while delivering in-depth technical training in one or more specialization areas.
The program emphasizes work-integrated learning through group projects and continuous professional practice integration across the curriculum.
Learning Outcomes
Systematically employ professional engineering methodologies to solve complex, interdisciplinary challenges in robotics and mechatronic systems.
Effectively utilize comprehensive technical knowledge of mechatronics principles, supporting sciences, and scientific methodologies.