Difference between medical physics and clinical engineering?

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SUMMARY

The discussion clarifies the distinction between medical physics and clinical engineering within the health sector. Clinical engineering, a sub-field of biomedical engineering, focuses on the operational support of medical devices such as infusion pumps and dialysis machines in hospitals. In contrast, medical physics primarily involves the application of ionizing radiation and imaging modalities, with medical physicists often engaged in radiation therapy, quality assurance of linear accelerators, and the commissioning of new equipment. Both fields may overlap, particularly in areas like MRI, where collaboration between physicists and engineers is common.

PREREQUISITES
  • Understanding of biomedical engineering principles
  • Knowledge of medical device operation and maintenance
  • Familiarity with ionizing radiation and imaging technologies
  • Awareness of quality assurance processes in clinical settings
NEXT STEPS
  • Research the role of clinical engineers in hospital operations
  • Explore the principles of radiation therapy and medical physics
  • Learn about quality assurance practices for medical devices
  • Investigate the collaboration between medical physicists and biomedical engineers in MRI technology
USEFUL FOR

Students considering careers in health physics, biomedical engineering professionals, and individuals interested in the operational and technical aspects of medical technology in clinical environments.

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I'm only a gcse student but I like to think ahead. I know I want to go into a career in physics but in the health sector. I have read into both the subjects and what the courses at different universities entail but I can't quite suss the difference. If anyone could explain I'd greatly appreciate it!
 
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Clinical engineering is a sub-field of biomedical engineering, and tends to focus on the direct support of day-to-day clinical operations in a hospital. My understanding is that these are the guys that are responsible for things like infusion pumps, dialysis machines, sterilization equipment, etc. Other sub-fields of BME tend to focus more on the development and enhancement of one specific technology or system.

Medical physics is summarized here. Most of the work in medical physics deals specifically with ionizing radiation or other imaging modalities. There can be a fair amount of overlap with BME, particularly in specialities like MRI where a lot of research and development is done by both physicists and engineers. Most medical physicists tend to work in radiation therapy an so they play a clinical role in the delivery of radiation (ensuring that the linear accelerators are operating properly through QA, ensuring that the treatment planning computers are working properly, developing procedures, commissioning new equipment, or modalities, etc.)
 
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