Medical Physics-General questions from an ultimate noob.

In summary, the conversation discusses the field of Medical Physics and the qualifications needed for a job in this field. The person asking the questions is a radiologic technologist with an interest in pursuing a degree in physics. They are wondering if a Masters in Medical Physics would be enough to obtain a job and if the job market is favorable. The response suggests that while a Masters degree is adequate, it may be more competitive for certain positions compared to those with a PhD. The job market is expected to grow, but there are differing opinions on the number of available jobs. Finally, the conversation mentions the importance of enrolling in an accredited graduate program for certification and recommends checking the CAMPEP website for a list of schools.
  • #1
LameWhiteDude
1
0
Hi all, I'm brand new to the forums and just had a few questions about the field of Medical Physics. I know there's a thread on this topic on another one of the forums, but its a little intimidating and overwhelming to someone as unfamiliar with the field and associated terminology as me. A little background on me: I'm not young, and my interest in the field stems from 10 years as a radiologic technologist. I'm currently working on an A.S.(I know) with a physics curriculum, and then plan on transferring to a state university to complete the BS. Searches on the internet reveal there are quite a few universities offering graduate programs in Medical Physics.

Would an MS in Medical Physics be considered adequate qualifications to obtain a job in the field?

How is the job market? Should I reconsider?

Any recommendations on grad schools?
 
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  • #2
LameWhiteDude said:
Would an MS in Medical Physics be considered adequate qualifications to obtain a job in the field?
It is adequate - especially if your interests are more along the clinical side of things than towards research. However, MSc graduates are less competative for many positions (including residencies) than PhD graduates and so you may not get your pick of the best jobs, especially when the economy slows down.

How is the job market? Should I reconsider?
In my opinion the job market is going to grow over the next decade due to the increasing demand for radiation therapy and its associated technology. Others disagree with me and worry that there are too many graduate programs with too many students, and some students will end up without jobs. You really should read the Medical Physics thread - especially the last few pages - to get a better idea of the arguments.

Any recommendations on grad schools?

The ideal path into medical physics is one that leads towards certification by the ABR or CCPM (at least in North America). For students entering graduate school today, enrollment in an accredited graduate program wiil be required in order to write the certification exams. So check out the CAMPEP website and from there you can investigate the different schools.
 

1. What is medical physics?

Medical physics is a branch of applied physics that focuses on the use of physics principles and techniques in medicine and healthcare. It involves the use of radiation, imaging, and other technologies to diagnose and treat diseases.

2. What are the different areas of medical physics?

There are several areas of medical physics, including diagnostic medical physics (such as x-rays, ultrasound, and MRI), therapeutic medical physics (such as radiation therapy), nuclear medicine physics (such as PET scans), and health physics (such as radiation safety).

3. What kind of education and training is required to become a medical physicist?

To become a medical physicist, one typically needs a graduate degree in medical physics or a related field, such as physics or engineering. This is usually followed by a residency program and certification by a professional organization, such as the American Board of Radiology or the American Board of Medical Physics.

4. What is the role of a medical physicist in healthcare?

Medical physicists play a crucial role in healthcare by ensuring the safe and effective use of technology in diagnosing and treating diseases. They work closely with physicians, technologists, and other healthcare professionals to develop and implement imaging and treatment protocols, calibrate equipment, and ensure radiation safety for patients and staff.

5. What are some current advancements in medical physics?

Some current advancements in medical physics include the use of artificial intelligence and machine learning in diagnostic imaging, the development of new radiation therapy techniques, and the use of proton therapy for cancer treatment. There is also ongoing research in areas such as precision medicine and personalized imaging, which aim to tailor medical treatments to individual patients.

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