Therapeutic Radiography BSc (Hons)

Modules

Methods of assessment for course overall: 27% coursework

• Radiation sciences for radiography
  The module commences with a basic concept, atomic structure and then builds on this to explain how X-rays are produced and how radiation interacts with matter. Fundamental to the safe use of ionising radiation are the legislative constraints. These statutory instruments will be explored and you will contribute to the delivery of the module by recalling from your clinical experiences how specific regulations are applied within the work place. This module will also look at beam geometry and its impact on both the diagnostic and therapeutic applications.
• Biological sciences 1
  This module provides an understanding of anatomy, cross sectional, relational and radiographic and pathophysiology related to Oncology.
• Biological sciences 2
  This module is an introduction to the discipline of oncology and the concept of holistic care in the management of people with cancer, with reference to evidence based practice.
• Concepts of inter-professional practice in health and social care
  Through consideration of the roles and relationships of professionals with patients or clients in health and social care services, this module will begin to develop the skills and capabilities necessary for you to perform effectively in the academic and inter-professional clinical / service environment.
• Fundamental radiotherapy theory and practice
  This module provides an introduction to the professional practice of radiotherapy. It identifies the various radiotherapy modalities employed in the treatment of people with cancer and requires you to justify their chosen method with reference to evidence based practice. This module will also complement the knowledge and learning gained within clinical practice by focussing on the acquisition of basic skills required for the safe, accurate planning and treatment of patients with cancer.

• Applied radiation sciences
  This module provides the basic physical concepts of the production, detection and interaction of ionising radiations and the importance of safe working practices.
• Imaging localisation and verification
  This module addresses the imaging methods available for the localisation of tumours and radiation treatment delivery. It will enable you to make informed decisions as to the most appropriate method of localisation and image viewing for patients with cancer.
• Oncological management 1
  This module requires you to develop an understanding of the anatomy and physiology of the organs comprising the respiratory and upper alimentary systems in order to address issues surrounding the management of patients with malignant diseases. Emphasis will be placed on management of disease with justification for the treatment chosen.
• Role of enquiry in evidence-based practice
  This module develops an understanding of the anatomy and physiology of the organs comprising the respiratory and upper alimentary systems in order to address issues surrounding the management of patients with malignant diseases. Emphasis will be placed on management of disease with justification for the treatment chosen.
• Clinical radiotherapy theory and practice 1
  This module provides knowledge and skills relevant to pre-treatment and verification processes employed in the radiotherapy management of patients with disease of the upper respiratory and alimentary tract. This module will also complement the knowledge and learning gained within clinical practice by focussing on the acquisition of basic skills required for the safe, accurate planning and treatment of patients with cancer.

• Oncological management 2
  This module develops an understanding of the oncological management of specific cancers in adults and young people.
• Developing therapeutic radiography practice
  This module develops a critical awareness of advances in technology and allow critical reflection on the advances occurring in professional practice.
• Management of morbidities
  This module aims to address the principles of radiobiology and cytotoxic chemotherapy, to facilitate appreciation of the limiting effects of normal tissues on treatment. Methods of limiting radiation and cytotoxic morbidity, together with the wider issue of palliative care will also be considered.
• Application of evidence-based practice
  This module will consolidate understanding and application of evidence based practice in health and social care. You will be expected to evidence inter-professional working skills gained in Years 1 and 2, by utilising those skills both in the workplace, and through learning sets in a process of peer review and support.
• Clinical radiotherapy theory and practice 2
  This module provides knowledge and skills relevant to pre-treatment and verification processes employed in the radiotherapy management of patients. You will be required to develop a critical awareness of advances in technology and practice. Clinically based competencies focus on the complex techniques found in Radiotherapy and the problem solving skills required for successful performance in clinical practice.