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Mechatronic engineers drive technological innovation by developing advanced products, devices, and processes. These integrated systems appear across various sectors, from automotive and aerospace to healthcare equipment. Computing specialists, including computer scientists and software engineers, possess deep knowledge of technology's inner workings and its ability to solve complex challenges. This dual degree program prepares graduates for thriving careers in the expanding fields of robotics and automation.
Your academic journey begins with the Engineering Foundation Year (EFY), which establishes core engineering principles applicable to all disciplines. Designed in collaboration with industry leaders, the EFY curriculum mirrors real-world engineering applications.
To meet professional standards, students must accumulate a minimum of 12 weeks (or equivalent) of engineering practice exposure. This requirement can be fulfilled through relevant work experience or a mix of technical and non-technical engagements. Students document these professional experiences in an official Log Book throughout their degree program to verify compliance.