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Technology plays a pivotal role in treating orthopedic and rehabilitation patients, with a constantly expanding array of devices aimed at enhancing patients' quality of life.
Developed by specialists in orthopedics, biomechanics, and rehabilitation technology, this course incorporates current expertise and methodologies from these disciplines. As you progress, you'll discover how core principles of orthopedic and rehabilitation technology translate into clinical applications.
The curriculum covers essential mechanical principles and specialized engineering concepts pertaining to orthopedic devices and treatments. This foundation will enable you to critically evaluate technological solutions for addressing orthopedic conditions, injuries, and deformities.
Participants with physics or engineering backgrounds will first strengthen their understanding of skeletal anatomy, physiology, and orthopedic medicine. Those coming from clinical or biomedical sciences will begin with fundamental mechanics principles applicable to orthopedics and rehabilitation.
Subsequent modules delve into biomechanics - examining skeletal and tissue mechanics along with measurement techniques - and explore rehabilitation aids such as prosthetics, orthotics, and mobility devices. The program also provides comprehensive coverage of orthopedic technology, including joint replacement, bone fixation, and implant mechanics/materials, culminating in a research project with viva voce assessment.