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21 Sep 2026 (Intake closed)
Apply by: 07 Sep 2026
Introduction to Radiation Physics and Safety 21/09/2026 USSJRC-45-1
Online and Frenchay Campus
Attendance dates: 21 Sep 2026 (Online), 22 Sep 2026 (Online), 23 Sep 2026 (Online), 24 Sep 2026 (Online), 30 Sep 2026 (Online), 07 Oct 2026 (Online), 14 Oct 2026 (Online), 21 Oct 2026 (Online), 28 Oct 2026 (Online), 03 Nov 2026 (Frenchay Campus), 04 Nov 2026 (On campus), 05 Nov 2026 (On campus), 11 Nov 2026 (Online), 18 Nov 2026 (Online), 25 Nov 2026 (Online), 02 Dec 2026 (Online), 09 Dec 2026 (Online), 16 Dec 2026 (Online)
Course overview
This 45 credit introductory module, Introduction to Radiation Physics and Safety, will equip you with an understanding of the physics, biology and mathematics relevant to the role of a medical physics technologist.
The module is designed to provide you with an introduction to the key scientific knowledge required to underpin your future practice.
On successful completion of this module, you will be able to:
- identify and explain the sources and properties of radiation, including using appropriate mathematical techniques.
- describe and explain the interaction of radiation with matter, including the associated biological effects, and using appropriate mathematical techniques.
- describe and explain the measurement of different types of radiation.
- understand and communicate the principles of safe working in a radiation environment.
Careers / Further study
This module can contribute to the BSc(Hons) Healthcare Science degrees in Radiation Physics or Nuclear Medicine. If you have any queries, please contact the Professional Development team (pd@uwe.ac.uk).
Content
The module syllabus will typically cover the following:
- sources of radiation
- the properties of radiation
- the interactions of radiation with matter
- the biological effects of radiation
- the measurement of radiation
- radiation safety.
Learning and Teaching
This level 4 module will be delivered via a blended approach of on-campus practical and skills development activities held during block release weeks, and online lectures, seminars and tutorials, held throughout the academic year.
Assessment
Assessment for this module comprises the following:
Online assignment - five 20 minutes tests where (best four marks will be counted, as an inclusive measure to support students with short term absence). The tests will be a mixture of online and in-class (block week). Formative feedback will be provided through the practice tests.
Presentation - apprentices will prepare and present instructional material for new apprentices, focusing on working safely in a radiation environment. There will be 10 minutes for the presentation and 5 minutes of subsequent questions. Preparation for this will be provided through peer group presentations and formative quizzes throughout the module.
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Why choose UWE Bristol?
UWE Bristol works closely with employers and industry partners, ensuring that course content reflects today’s challenges, emerging trends, and the skills that organisations are actively seeking.
Many courses are offered part-time, online, or in blended formats, making it easier to balance learning with work and personal commitments without compromising depth or quality.
Teaching staff often come from professional backgrounds, bringing practical insight, case studies, and hands-on expertise that help learners apply knowledge directly to their careers.
Learners benefit from career guidance, mentoring, and access to a vibrant network of professionals, alumni, and industry events that can open doors to new roles or progression.
UWE Bristol is known for its emphasis on practical skills, innovation, and employability, giving learners added confidence that their qualification will be respected and valuable in the workplace.

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