COURSE CURRICULUM

Medical engineering at the University of Newcastle prepares students to develop innovative technological solutions for global health and medical challenges, a rapidly expanding field. The program integrates science, mathematics, engineering design, and human biosciences, with students specializing in either medical devices—focusing on micro and nano electro-mechanical sensing systems—or medical biomechanics, centered on prostheses design. A mandatory 12-week industrial experience allows students to apply their skills in real-world settings, fostering professional networks and practical expertise. Graduates gain a comprehensive understanding of engineering fundamentals, mathematics, numerical analysis, statistics, and computer sciences, alongside in-depth knowledge of medical engineering. They develop insight into research trends, contextual factors, and the principles, norms, and accountabilities of contemporary engineering practice. The curriculum emphasizes solving complex problems using established methods, advanced tools, and systematic design and project management processes. Students are trained to exhibit ethical conduct, professional accountability, and effective communication, enabling them to convey technical concepts to both professional and non-technical audiences. With a creative, innovative, and proactive approach, graduates are equipped to manage information and conduct themselves professionally. The program also fosters strong teamwork and leadership skills, preparing students to collaborate effectively and lead projects with confidence. By blending rigorous theory with hands-on experience, the University of Newcastle’s medical engineering program produces graduates ready to advance healthcare technology, improving the effectiveness, efficiency, and safety of medical treatments through innovative devices and systems.