University of Newcastle, Australia
4 years full-time, up to 10 years part-time
Become a medical engineer capable of solving healthcare challenges through innovative technology and design. This 4-year degree combines engineering, medicine, and biomedical science to develop medical devices, equipment, and systems that improve patient outcomes and save lives.
Applicants must have completed a senior secondary school qualification equivalent to the NSW Higher School Certificate (HSC). International students must demonstrate English language proficiency with a minimum IELTS overall score of 6.0 and section minimum of 6.0. Selection is based on academic merit with a selection rank of 77.00. Applications should be submitted a minimum of 12 weeks before the intended semester start date.
The program combines core engineering fundamentals with specialized medical and biomedical content. Core courses include Introduction to Electrical Engineering, Engineering Programming with Python, Professional Engineering, Modelling and Control, Sustainable Engineering Practice, and Engineering Work Integrated Learning. Medical and biomedical science courses cover Anatomy for Biomedical Science, Biomedical Science, Neurophysiology, Human Pathophysiology, and Pharmacology. Students study advanced topics including Biomaterials and BioFluids, Medical Imaging and Signals, Medical Engineering Regulatory Requirements, Implants and Assistive Technology, and Medical Engineering Research. Two specialization tracks are available: Medical Devices (focusing on instrumentation, actuation, and electronic product design) and Medical Biomechanics (emphasizing mechanical design, fluid mechanics, and biomechanics).
The University of Newcastle offers the only medical engineering degree in NSW, providing graduates with a unique competitive advantage. Ranked 1st in NSW for skills development and in the world top 250 for Engineering, the university combines academic excellence with practical experience. All engineering students complete 12 weeks of mandatory industrial experience, building professional networks and applying learning in real-world healthcare settings. The program emphasizes job-ready skills through professional practice courses in finance, project management, sustainability, communication, and entrepreneurship.
Medical engineering graduates are in high global demand due to aging populations and emerging technologies. With 94.9% employment within four months of graduation, graduates work in hospitals, medical institutions, health-related manufacturing, pharmaceutical companies, and research organizations. Specialization options include biomechanical devices, surgical equipment, nanotechnology, drug delivery systems, prosthetic limbs, artificial organs, and electrical/computing systems for radiotherapy, respiration, and dialysis.
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