This 45 credit module, Clinical Applications of Medical Physics, introduces apprentices to the role of medical physics technology within healthcare. It covers fundamental concepts associated with the clinical applications of medical physics including associated equipment, relevant anatomy and physiology and relevant legislation.

This introductory module will provide you with an understanding of the role of a medical physics technology HCSP (Healthcare Science Practitioner) within your specific practice environment, along the patient pathway, and within the broader healthcare context.

Content

The course syllabus will typically include the following:

• an introduction to the different roles of medical physics technologists in the hospital.
• an introduction to the the basic equipment and associated clinical applications within each medical physics specialism.
• a deepening understanding of radiation legislation and how it is applied in the hospital environment.
• an introduction to anatomical systems and associated physiology relevant to their practice.

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 course will comprise the following:

• five 20-minute tests (a mixture of online and in-class) where the best four marks will be counted, as an inclusive measure to support students with short term absence.
• a portfolio of content showing knowledge and practical skills directly applicable to your work-based learning. The evidence presented will be led by the needs of each individual workplace but will comprise professional competencies (as per the NSHCS requirements); Direct Observation of Practical Skills (DOPS) and a case-based discussion. 

On successful completion of this module, you will be able to:

• describe the role of a Medical Physics Technology HCSP within their specific practice environment, the patient pathway and within the wider context of healthcare.    
• describe the basic equipment and explain the associated clinical applications within each medical physics specialism. 
• discuss relevant radiation legislation and consider how it is applied in the working environment.
• identify and explain anatomical systems relevant to the medical physics specialisms, including the associated physiology. 

Careers / Further study

This module can contribute towards the PGCert Health and Social Care, MSc Clinical Practice, and the Professional Development Awards. If you have any queries, please contact the Professional Development team (pd@uwe.ac.uk).

This module contributes to the BSc(Hons) Healthcare Science.