Going from physics to biomed

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In summary, the speaker is a recent graduate with a BS in physics who is interested in pursuing medical physics. However, they are considering switching to biomedical engineering due to their interest in MRI and other imaging techniques. They are unsure if it is practical for a physics major to switch into this field and are also looking for recommendations on good schools for biomedical engineering. The speaker has some experience in biomedical engineering through a university medical center, but notes that a good knowledge of electronics is typically required.
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Elante
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Hello. I wasn't sure where else to post this question but I hope someone on here can help me out!

I just got my BS in physics, and I was thinking about doing medical physics. But I'm mostly interested in MRI and other imaging techniques, and somebody pointed out to me that biomedical engineering might be a better way to enter this area of research. If that is the case, is it too impractical (competition-wise) for a physics major to switch into biomedical engineering? Unfortunately, I only took minimum required chemistry and biology... Also, what are some good schools for biomedical engineering? Thanks!
 
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Most of the biomedical engineering I've been involved with required a good knowledge of electronics. I got my start in this area, with a BS in engineering physics, at a university medical center.
 
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As a fellow scientist, I can understand your interest in transitioning from physics to biomedical research. MRI and other imaging techniques are fascinating and have a lot of potential for advancements in the medical field. While biomedical engineering may seem like a more direct path to this type of research, it is not necessarily the only option for a physics major. Many universities offer graduate programs in medical physics that would allow you to apply your physics background to the study of medical imaging.

That being said, it is important to have a strong foundation in chemistry and biology in order to excel in this field. If you feel that your knowledge in these areas is lacking, it may be beneficial for you to take some additional courses or even consider a minor in one of these subjects. This will not only make you a more competitive candidate for graduate programs, but it will also give you a better understanding of the biological processes involved in medical imaging.

In terms of schools for biomedical engineering, it really depends on your specific interests and goals. Some top schools in this field include Massachusetts Institute of Technology, Johns Hopkins University, and Georgia Institute of Technology. However, there are many other excellent programs out there, so it is important to research and find the best fit for you.

Ultimately, the decision to pursue medical physics or biomedical engineering will depend on your individual strengths, interests, and goals. Both fields have exciting opportunities for research and advancement, and I encourage you to explore both options further before making a decision. Best of luck in your academic and career pursuits!
 

1. How does physics relate to biomedicine?

Physics and biomedicine are closely related fields, as many principles and techniques used in physics are also applicable to biomedicine. For example, physicists use mathematical models and data analysis to study complex biological systems, and physicists have also developed imaging techniques such as MRI and PET scans that are used in biomedicine. Additionally, many biomedicine research projects involve studying the physical properties of cells, tissues, and organs.

2. What skills from physics are useful for biomedicine?

Skills such as data analysis, mathematical modeling, and problem-solving are highly transferable from physics to biomedicine. Additionally, knowledge of mechanics, thermodynamics, and electromagnetism can be helpful in understanding biological processes, such as muscle movement, temperature regulation, and electrical signals in the body.

3. Is it common for physicists to transition to biomedicine?

While it may not be the most common career path, it is becoming more common for physicists to transition to biomedicine. Many universities and research institutions have interdisciplinary programs that allow for collaboration between physicists and biologists/medical professionals. Additionally, with the growth of biotechnology and medical physics, there are increasing opportunities for physicists in the biomedicine field.

4. What are some potential career options for a physicist in biomedicine?

Some potential career options for a physicist in biomedicine include medical physicist, biophysicist, biostatistician, imaging specialist, and research scientist. These roles often involve using physics principles and techniques to study and improve medical treatments, devices, and procedures.

5. Are there any challenges in transitioning from physics to biomedicine?

One challenge in transitioning from physics to biomedicine is the difference in terminology and backgrounds. While both fields use math and scientific methods, the specific terminology and applications may differ. Additionally, there may be a learning curve in understanding the complexities and nuances of biological systems. However, with dedication and a willingness to learn, physicists can successfully transition to biomedicine and make valuable contributions to the field.

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