Radiation Protection Overview

Gain a deeper understanding of the uses of radiation in the medical and biotechnology fields with UMass Lowell's M.S. in Biomedical Engineering and Biotechnology, Biomedical Sciences option, Radiation Protection track. 

With access to state-of-the-art facilities, including a nuclear reactor and particle accelerator, you’ll engage in cutting-edge research on radiation effects, cancer treatment advancements and safety protocols. 

This flexible program is designed for professionals seeking to enhance their expertise in the growing field of radiological sciences. Whether it be how radiation effects cells to yield more effective cancer treatments or novel attenuation strategies to better shield patients from radiation, this degree will set you apart for career success.

The degree program is part of a multi-campus program with participation from UMass Boston, Dartmouth and Lowell campuses. For detailed graduate program information, please contact Mark Tries, Ph.D., CHP, Associate Professor at: Mark_Tries@uml.edu

Curriculum

The M.S. in Biomedical Engineering and Biotechnology, Biomedical Sciences option, Radiation Protection track, is a 31-credit master's degree.

For a complete list of courses and academic requirements, please visit the Academic Catalog.

In the sample degree pathway below, please see Track V for radiation protection courses.

Why study Radiological Sciences at UMass Lowell?

Student working in reactor.

Scholarship Opportunities

We award roughly $30,000 per year in scholarships, directly for Radiological Sciences students.

Student using remote manipulators in the reactor hot cell

Paid Experiential Learning

Advance your skills and earn income through paid experiential learning through our laboratories or external partners.

UMass Lowell's quantitative radio chemistry lab set up for analytical and separations chemistry

Advanced Radiation Research Assets

Various opportunities for research and professional development are possible through the use of our research assets.

  • 1 million watt nuclear reactor 
  • 5.5 million volt particle accelerator 
  • Nuclear forensics and radiochemistry facility 
  • Radiation imaging suite 
  • Neutron activation analysis lab 
Chemical/Nuclear Engineering student working in reactor.

Workforce Shortages

Over the last few decades the Radiological Sciences field has seen a drastic decline of the workforce while the use of radiation continues to increase.

This has resulted in many opportunities for our trained Health Physicists working in the radiation protection sectors across the globe.

Career Outlook

Our graduates are typically offered well-paying jobs upon graduation or even before they graduate as radiation safety professionals in: 

  • Hospitals
  • Biotechnology companies
  • National laboratories
  • Consulting firms
  • Radiopharmaceuticals production
  • Universities
  • Government agencies

Tuition and Admissions

Eligible students must complete the Free Application for Federal Student Aid (FAFSA) to be considered for financial assistance.

Complete the FAFSA

Take the Next Step

Start your online application today!

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Questions? Contact Us!

Phone:
800-656-4723 (U.S. Students)
978-934-2390 (International Students)

Email
Graduate_Admissions@uml.edu