Overview

Founded in 1969, the UMass Lowell Radiological Sciences Department offers undergraduate, master's, doctoral and certificate programs. We are accredited by ABET under the Applied Science Accreditation Commission.

UMass Lowell has been a leader in Radiological Health Physics education for over fifty years. View highlights from our program history:

  • Image of the reactor pool. The Radiological Sciences Program at the University of Massachusetts Lowell offers a Bachelor of Science degree in Physics (Radiological Health Physics option), a Master of Science degree in Radiological Sciences and Protection, and a Doctor of Philosophy degree in Physics (Radiological Sciences option).

    50+ Years of Health Physics Education

    • 1969 - The Radiological Health Physics Department is established, offering a Bachelor of Science Degree in Radiological Health Physics and a Master of Science Degree in Radiological Sciences and Protection. 
    • 1973 -  The first B.S. and M.S. degrees awarded.  
    • 1976 - The Radiological Health Physics Department merges with the Department of Physics and Applied Physics.  
    • 1982 - A Radiological Sciences option to the Ph.D. degree in Physics is established, with the first degrees awarded in 1985.  
    • 1994 - The B.S. degree in Radiological Health Physics becomes an option to the B.S. degree in Physics.  
    • 2002 - A Radiological Sciences option to the Ph.D. degree in Biomedical Engineering and Biotechnology is established, with the first degree awarded in 2006.  
    • 2010 - The B.S. degree in Physics, Radiological Health Physics option, and the M.S. degree in Radiological Sciences and Protection each receive accreditation by ABET under the Applied Science Accreditation Commission. 

About Radiological Health Physics

What is radiological health physics?

Radiological Health Physics, or simply Health Physics, is a scientific discipline that involves the study of:

  • Natural and man-made radiation sources
  • Distribution of radioactivity in the environment
  • Radiation detection and measurement
  • Radiation shielding
  • Exposure pathways
  • Metabolism of radioactive substances
  • Effects of radiation on the human body
The discipline of Health Physics, also referred to as the science of radiation protection, is part of the broader discipline of radiological sciences that includes the uses of radiation in medicine.

What do health physics professionals do?

The profession of Health Physics is dedicated to the application of scientific principles for the protection of man and the environment from the harmful effects of radiation. 

Health Physics professionals also seek to realize all of the benefits resulting from the uses of radiation, which involves the establishment of radiation dose limits, the implementation of radiation controls, the justification of radiation exposures and the optimization of protection practices.

What skills and knowledge are required?

The profession of Health Physics requires skills and knowledge from many areas of specialization, including: physics, chemistry, biology, physiology, ecology, nuclear engineering, public health, medicine, and industrial hygiene. 

Other aspects of the profession include a working knowledge of workforce and public relations, teaching, training, and administration. The wide spectrum of knowledge required of the health physicist makes this profession both challenging and rewarding.