RTS4101 - Radiation therapy science 1 - 2018

The focus of this unit is an in-depth understanding of the key facets of radiation physics. Students will be able to define radiation and radioactive decay. Students will be able to describe in detail the interactions of radiation with matter, and explain how radiation is detected and measured. Students will gain an appreciation for the importance of radiation safety, and will be encouraged to critically reflect on the implications of radiation protection in their clinical experiences. Students will also be given an introduction to medical radiations instrumentation and techniques, with emphasis on the fusion of the conceptual theory with the practical applications. Whilst studying these topics, students will be encouraged to critically reflect, analyse and synthesise relevant information from the literature and their previous experiences of studying physics.

Upon successful completion of this unit, students should be able to:

1. Define and calculate radioactivity, and describe in detail radioactive decay processes;
2. Explain the scientific concepts involving the production and properties of ionising and non-ionising radiation, and the physical processes involved in the interactions of ionising and non-ionising radiation with matter;
3. Discuss the principles of, and equipment used for, radiation detection and measurement;
4. Describe the importance of radiation safety and analyse the techniques and engineering controls used in radiation protection;
5. Recognise and describe the basic design features, operating principles and the quality assurance checks for medical radiation equipment;
6. Describe the principles and practice of Radiation Treatment Planning.

• Narrated Infographic (20%)
• Presentation (20%)
• Mid-semester test (1 hour) (10%)
• Written invigilated examination (2 hours) (50%) (hurdle)

Radiation therapy