Biomedical Engineering is the application of engineering principles to developing technologies and solving problems in a diverse range of health care related fields e.g. implantable bionics, drug delivery systems, medical imaging, radiotherapies, orthopedic devices, telemedicine, robotic surgery, cell and tissue engineering, records management, physical rehabilitation and others. This Graduate Diploma program provides graduates with opportunities to extend their professional knowledge. Candidates may undertake interdisciplinary studies and, subject to approval, are able to take courses from any school in the Engineering Faculty, other Faculties of the University and other universities or institutions. Consequently, study programs may be constructed to best suit to the individual needs of particular candidates. Program Structure Students must complete 48 UOC as a standalone program. Biomedical Engineering Courses Students must take at least 24 UOC (4 courses), up to a maximum of 48 UOC (8 courses) from the following list of courses. Medical Imaging Mass Transfer in Medicine Biocompatibility Cellular and Tissue Engineering Regulatory Requirements of Biomedical Technology Clinical Laboratory Science Clinical Information Systems Mechanics of the Human Body Biomechanics of Physical Rehabilitation Mechanical Properties of Biomaterials Biological Signal Analysis Biomedical instrumentation Biosensors and Transducers Implantable Bionics Dynamics of the Cardiovascular System Modelling Organs, Tissues and Devices Free Electives Students can take up to a maximum of 24 UOC (4 courses) from the following list of courses with written approval prior to enrolment. - ANAT2511 - Fundamentals of Anatomy (6 UOC) - PHSL2121 - Principles of Physiology 1A (6 UOC) - PHSL2221 Principles of Physiology 1B (6 UOC)