What are some of the questions asked for a medical physics residency interview?

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SUMMARY

Medical physics residency interviews often include technical and hypothetical questions that assess candidates' understanding of core concepts from CAMPEP graduate programs. Candidates should be prepared to explain the workings of various detectors such as ion chambers and OSLDs, the mechanisms by which radiation kills cancer cells, and the principles behind Monte Carlo dose calculations. Additionally, interviewers may ask candidates to summarize their MSc or PhD projects and explore phenomena like percentage depth dose curves and factors affecting cellular responses to radiation.

PREREQUISITES
  • Understanding of CAMPEP graduate program core curriculum
  • Knowledge of radiation therapy principles
  • Familiarity with radiation detection methods (ion chambers, OSLDs)
  • Experience with Monte Carlo simulations in medical physics
NEXT STEPS
  • Research the principles of radiation therapy and its biological effects on cancer cells
  • Study the operation and applications of various radiation detectors
  • Learn about Monte Carlo dose calculation techniques in medical physics
  • Explore the significance of percentage depth dose curves and their influencing factors
USEFUL FOR

Medical physics students, residency candidates, and professionals preparing for residency interviews who seek to understand the types of questions and topics that may arise during the interview process.

genieinabottleneck
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technical/hypothetical questions. i understand that many programs really want to know who you are, why you want an interview here etc. however, i am interested in knowing what kinds of technical/hypothetic/clinical questions may be asked during a residency interview.
 
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It's going to vary from program to program for sure. Technically anything that's part of the core curriculum from a CAMPEP graduate program is fair game, but it's not a comprehensive exam. Often with technical questions they're trying to assess how well you can explain technical details, or how you work your way through a challenging problem, rather than rote knowledge of a topic.

You can most likely expect to explain something technical in relatively broad strokes. Examples might include how a given detector works (ion chamber, OSLD, flat panel imager, gel dosimetry, etc.), how radiation kills cancer cells, or how Monte Carlo dose calculations are performed. I'd also be ready to summarize your MSc or PhD project.

You could also expect questions that explore or influence common phenomena. Examples include, what does a percentage depth dose curve looks like, why is it shaped like that, and what factors might change it? Or what factors influence how cells respond to radiation? Or a scenario where your morning output measurement has changed, what factors might have influenced this?
 
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