Radiological Sciences and Protection University of Massachusetts Lowell

Overview

The Radiological Sciences and Protection programme at the University of Massachusetts Lowell provides advanced academic training for those seeking to excel in the fields of radiation safety and medical physics. This interdisciplinary curriculum is designed to address the growing societal need for experts capable of managing radioactive materials and radiation technology in clinical and industrial settings.

Students benefit from a flexible academic structure that allows for customisation based on individual professional goals. The programme offers two distinct pathways: a thesis option and a project option. The thesis route requires 21 credits of formal coursework and 9 credits of original research, while the project route involves 27 credits of coursework and a 3-credit scholarly investigation followed by a comprehensive examination.

Why Radiological Sciences and Protection at the University of Massachusetts Lowell?

The university maintains a distinguished reputation for its specialised facilities, including the dedicated Radiation Laboratory. This centre provides students with hands-on access to advanced equipment and a supportive staff environment that is unique among regional institutions. The programme's interdisciplinary nature allows for collaboration across various allied departments, enhancing the depth of research contributions.

Furthermore, the institution fosters strong professional links through cooperative programmes with hospitals, nuclear reactor facilities, and government laboratories. These partnerships ensure that the teaching remains aligned with current industry standards. Students may even conduct their research at external facilities under the guidance of approved advisors, providing valuable exposure to real-world radiation protection environments.

Tuition Fee Breakdown

• International fee: USD 28398 per year
• National fee: USD 28398 per year
• Local fee: USD 16186 per year

Visit the Fees and Funding section for a breakdown in your local currency.

Syllabus

The curriculum is built upon a rigorous core of essential subjects. Modules may include:

• Nuclear Instrumentation
• Radiation Safety and Control I
• Radiation Safety and Control II
• External Radiation Dosimetry and Shielding
• Internal Radiation Dosimetry and Bioassay Assessment
• Radiation Biology
• Graduate Seminar in Radiological Sciences and Protection
• Graduate Project in Radiological Sciences and Protection
• MS Thesis Research in Radiological Sciences and Protection

Careers with Radiological Sciences and Protection

Graduates are prepared for rewarding careers in the radiation protection field and the application of radiation physics within the medical sector. The programme equips students with the technical expertise required for roles in nuclear power facilities, healthcare institutions, and regulatory government agencies. Many alumni pursue specialised positions as health physicists or researchers contributing to the safety and efficacy of radiation use.

The training provided also serves as a robust foundation for those intending to seek professional certification. For instance, students who have successfully passed Part I of the American Board of Health Physics Certification Examination may be eligible for specific waivers within the programme, reflecting the high level of professional alignment and industry recognition of the degree.