Medical physics is an essential component of modern healthcare, supporting the diagnosis and treatment of a wide range of diseases. In this module, you learn specialist medical applications of physics, including a focus on the practical aspects relevant to professional practice. The range of topics offers a well-rounded contemporary overview of the field, with emphasis on the core principles of medical imaging, radiation therapy and radiation safety and their role in dealing with complex clinical challenges. The growing field of optical techniques in medicine is also covered, linking with Kent’s major research strengths in this area. The module involves a significant practitioner input, giving you insights into how medical physics is practiced and potential careers in hospital physics.
Lecture 32 hours, Workshop 8 hours
2 items of coursework of the order of 7.5 hours each Portolio. Assessment Details: Problem-Solving worth 30%.
2 hours Exam. Assessment Details: Exam worth 70%.
Reassessment Method: Like-for-like.
On successfully completing the module, students will be able to:
1. Apply key principles from physics to explain the fundamentals of medical imaging techniques such as x-ray, nuclear medicine, ultrasound and optical imaging.
2. Evaluate, quantitively, the risks of using ionising radiation in medicine and determine the measures necessary to protect people from its effects.
3. Critically assess the risk/benefit of medical procedures involving ionising radiation.
4. Solve quantitative problems in medical physics by identifying relevant principles and laws and using appropriate mathematical tools.
5. Source, select, and use a wide range of appropriate medical physics texts, including reports and research-based materials, as part of managing independent learning.
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