Cutting-edge biophysics degree leads to diverse career opportunities in medical technology, science policy, marketing, and radiology.

Jobs With a Biophysics Degree

Biophysicists are at the cutting edge of modern science. They have helped to develop MRIs, CT scans and medical treatments such as radiation therapy and pacemakers.

A graduate degree in biophysics can lead to a number of jobs. You could work in research laboratories or for government agencies like the FDA. You might also teach in high school or college.

Medical Technology

Biophysicists work with medical technology, including things like prosthetic limbs. They also use their knowledge of physics to study how the brain and nervous system process visual and audio information, which can help with developing new devices.

Medical biophysicists can find jobs with a range of companies and organizations, including pharmaceuticals and research labs. They can also teach at colleges and universities.

To qualify for this position, you typically need a graduate degree in biophysics or related fields. Clemson University, for instance, offers a two-year master’s in medical biophysics to provide health care professionals with the knowledge they need to advance their careers.

Biological engineers create and design equipment used in the field of medicine, including things like prosthetic limbs and nanomaterials for drug delivery. They often have a bachelor’s in biophysics or similar degrees, and they may work in the fields of biology or chemistry as well. These scientists are in high demand, and they can earn a competitive salary.

Science Policy

Biophysicists with a strong interest in policy can transition from the lab or clinic into careers in government, non-governmental organizations and private industry. These individuals may take on roles in areas such as science writing, program management or public relations. These jobs require the ability to communicate complex scientific topics in a way that can be easily understood by a lay audience.

Another option for those interested in a career in science policy is to work as a lobbyist for a scientific society or other organization. These positions typically involve working on Capitol Hill to promote a position that is in line with the group’s interests and goals.

Another way to move into a career in science policy is through the research and publishing side of the business. This typically involves taking on an internship or regular writing and editing duties for publications like scientific journals or online news sources. Those interested in this path should look for opportunities to develop and hone the skills necessary to be successful in this type of career early on during their graduate studies through participation in outreach and advocacy groups or science blogs.


A biophysics degree will provide you with a unique set of skills and the tools to work in a wide range of fields. The specialized training and knowledge you’ll gain will allow you to pursue jobs in medicine, engineering, technology and more.

From identifying why a new flu strain eludes the immune system to creating a more resilient variety of wheat, the work that these professionals do is essential to our lives. They may teach in universities, conduct research in hospitals or at tech companies, or even work for government agencies to advise legislatures.

The physics of living things is a fascinating and expansive field. The interdisciplinary program at York builds theoretical knowledge and practical lab skills that prepare students for a career in the many branches of science that address issues in biology and medical physics. You could move into fields like radiology or medical imaging with a bachelor’s degree or advance to careers in areas of medicine, science policy and more with a master’s degree or beyond.


Whether you’re developing medical technology or using radiation to treat cancer, a career in radiation oncology is a great fit for people with a biophysics degree. Radiation physicists track imaging dose and ensure that patients receive the least amount of radiation possible during their procedures.

They also work with radiologists to develop new technologies and methods for improving imaging capabilities. They’re also responsible for calibrating equipment and performing quality assurance tests.

To pursue a career as a medical radiation physicist, you’ll need a bachelor’s in physics or biology and a master’s in medical physics. You’ll then need to complete a medical residency program and pass certification exams. In addition to hospitals, you can find job opportunities at research institutes and engineering companies developing new diagnostic tests or potential biofuels.

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