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Advance your mechatronics engineering knowledge by concentrating on control system development, computer vision, and data analysis. Gain hands-on experience with motor systems, gear mechanisms, and simulation tools, while thoroughly examining state space methodology, filtering approaches, and digital control fundamentals. Dive into robotics engineering, learning to combine elements for building cohesive mechatronic solutions, ranging from AI-driven robotic systems to additive manufacturing with robots. Investigate the complexities of visual computing and digital image analysis in this graduate engineering curriculum, exploring cutting-edge implementations such as biometric identification, OpenCV frameworks, augmented and virtual reality systems, chemical detection sensors, and penetrating radar technologies. Become proficient in diverse areas, from drone modeling and control to operating submersible robots, including programming advanced robotic platforms like Boston Dynamics' quadrupedal robots, encompassing obstacle detection, route optimization, and robotic networking.
Australian university three or four-year Bachelor degree in engineering in the relevant specialisation, or equivalent.
Or
Australian university four-year Bachelor degree in engineering in a non-related specialisation, or equivalent.
To be eligible for advanced standing entry:
Completion of an Australian university four-year embedded honours degree in engineering in the same or closely related cognate specialisation (major).
IELTS (Academic only) - Overall minimum score of 6.5 and no individual band score of less than 6.0; TOEFL (internet based) - Overall minimum score of 90 and no individual skills score of less than 20; Pearson (PTE Academic) - Overall score of 58 and no individual Communicative Skills score of less than 58; Cambridge C1 Advanced C2 Proficiency - Overall minimum score of 185 with no less than 185 in each skill.