What is Health Physics and How Does it Differ from Medical Physics?

In summary, the conversation was about the one year M.Sc program in Health Physics offered by McMaster University in Hamilton, Ontario. The speaker was curious about the program and asked for opinions on its advantages and disadvantages compared to a regular 2-year MSc in medical physics. It was mentioned that the program may not be accredited and graduates tend to work in health physics fields rather than medical physics. Health physics was described as radiation protection work with potential for R&D work and other tasks such as shielding calculations and LLRW management.
  • #1
doublemint
141
0
Hey All,

I noticed that Mcmasters has a one year M.Sc in Health Physics. Has anyone had experience with this program? What are the advantages and disadvantages of this one-yea program compared to a regular 2-year MSc in medical physics.

Thanks for your replies
DM
 
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  • #2
Do you mean McMaster University in Hamilton Ontario?

It offers an MSc program in health and radiation physics, but I've never heard that it's a one-year program. This makes me suspicious either of your source or of the program, since in Canada, MSc programs are typically at least two years long (1 year of courses + ~ 1 year research project).

Although I did my undergraduate degree there, I know very little about the graduate program. I personally knew several people who went through the undergraduate medical physics program (I was in the astrophysics program) who are now practicing medical physicists - but we went through in the mid-90s when that program was still a part of the physics department - I'm not sure that it still is.

If you're interested in working in clinical medical physics, as far as I know, this is not an accredited program and that may cause you some grief later on down the road. I could be mistaken but graduates from McMaster's program tend to head into health physics fields, rather than medical physics ones professionally.

I did my undergrad at McMaster and
 
  • #3
Choppy said:
Do you mean McMaster University in Hamilton Ontario?

This makes me suspicious either of your source or of the program, since in Canada, MSc programs are typically at least two years long (1 year of courses + ~ 1 year research project).

I did my undergrad at McMaster and

Yes, I am referring to the one in Ontario.

I actually found out about this program on the university's website: http://www.science.mcmaster.ca/medphys/prospective-students/upper-year-and-post-graduate-students.html"

Anyways, I asked this question because it was a one-year program and found that curious. Thats why I wanted to ask if anyone has gone through the pgrm. And now I just check the CAMPEP site and McMasters isn't accredited. Well I suppose I'll be looking else where now.

Choppy said:
I could be mistaken but graduates from McMaster's program tend to head into health physics fields, rather than medical physics ones professionally.
What is health physics? Is that like radiation safety officer type jobs?

Choppy said:
I did my undergrad at McMaster and
Where did you do your medical physics degree at?
 
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  • #4
doublemint said:
What is health physics? Is that like radiation safety officer type jobs?
For the most part, yes. Health physics is generally comprised of radiation protection work.

I don't want to give off the impression that's ALL they do. I'm not personally familiar with the program, but I know that McMaster has some affiliation with the Juravinski Cancer Centre, so there must be some radiation therapy work that goes on there.

At McMaster one of their strengths was in the development of techniques for measuring the uptake of various trace elements in human tissues.

Where did you do your medical physics degree at?
I'll PM you.
 
  • #5
doublemint said:
What is health physics? Is that like radiation safety officer type jobs?

As Choppy pointed out, yes, though they can get into R&D work (that's what I do as part of my RSO duties). I've also done shielding calculations, LLRW management, US DOT work, and effluent release analysis as a health physicist. I'd recommend going to the http://hps.org/" to learn more about becoming a health physicist.
 
Last edited by a moderator:

Related to What is Health Physics and How Does it Differ from Medical Physics?

What is Health Physics at McMaster University?

Health Physics at McMaster University is a field of study that focuses on the protection of individuals and the environment from the harmful effects of radiation. It involves the use of principles and techniques from physics, engineering, and other sciences to assess, monitor, and control radiation hazards.

What types of courses are offered in the Health Physics program at McMaster University?

The Health Physics program at McMaster University offers a variety of courses in radiation biology and radiation physics, as well as courses in environmental monitoring, radiation safety, and nuclear technology. Students also have the opportunity to gain hands-on experience through laboratory work and research projects.

What career opportunities are available for Health Physics graduates from McMaster University?

Graduates from the Health Physics program at McMaster University can pursue careers in a variety of industries, including nuclear power, medical imaging, environmental protection, and regulatory agencies. They can also work as radiation safety officers, health physicists, or radiation protection specialists.

Is the Health Physics program at McMaster University accredited?

Yes, the Health Physics program at McMaster University is accredited by the Canadian Nuclear Safety Commission (CNSC). This accreditation ensures that the program meets the highest standards of education and prepares students for careers in the field of radiation protection.

What research opportunities are available for students in the Health Physics program at McMaster University?

Students in the Health Physics program at McMaster University have the opportunity to participate in a variety of research projects, including radiation safety and risk assessment, radiation biology, and nuclear technology. They can also collaborate with faculty members on ongoing research projects and gain hands-on experience in the field.

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