Learning Outcomes for the Level 6 International Diploma in Radiology & Imaging Technology 360 Credits – Three Years:
Year 1: Foundational Knowledge
By the end of Year 1, learners will be able to:
Introduction to Radiology and Imaging Sciences
- Understand the principles and scope of radiology and medical imaging.
- Identify different imaging modalities and their clinical applications.
- Recognise the role of imaging in patient diagnosis and treatment planning.
Human Anatomy and Physiology for Imaging
- Demonstrate knowledge of human anatomy relevant to imaging procedures.
- Understand physiological processes that affect imaging outcomes.
- Apply anatomical knowledge in interpreting radiographic images.
Principles of Physics in Medical Imaging
- Explain the physical principles underlying imaging modalities.
- Apply concepts of radiation, energy, and wave propagation to imaging technology.
- Understand factors affecting image quality and safety.
Fundamentals of Radiographic Techniques
- Perform basic radiographic procedures under supervision.
- Understand positioning, exposure, and imaging parameters.
- Apply standard protocols for routine diagnostic imaging.
Radiation Safety and Protection
- Apply principles of radiation protection for patients and staff.
- Understand regulatory and legal frameworks in radiation safety.
- Implement safe practices in imaging environments.
Introduction to Medical Imaging Modalities
- Recognise different imaging modalities and their diagnostic purposes.
- Understand the advantages and limitations of each modality.
- Identify indications for modality selection.
Patient Care and Communication Skills
- Demonstrate effective communication with patients and healthcare teams.
- Apply patient-centred care principles during imaging procedures.
- Address patient concerns and ensure comfort and safety.
Basic Medical Terminology
- Use appropriate terminology for radiology and clinical communication.
- Interpret medical terms in imaging reports and documentation.
- Enhance clarity in professional interactions.
Laboratory Safety and Quality Assurance
- Implement safety protocols in imaging laboratories.
- Understand quality assurance procedures for equipment and procedures.
- Monitor and maintain compliance with safety standards.
Introduction to Imaging Equipment Operation
- Operate basic imaging equipment under supervision.
- Understand equipment functionality and maintenance basics.
- Apply standard procedures for equipment setup and usage.
Medical Ethics and Professional Conduct
- Apply ethical principles in clinical and imaging practice.
- Maintain confidentiality and professional behaviour.
- Understand legal responsibilities in patient care and imaging.
Research Methods in Healthcare
- Understand the fundamentals of healthcare research methodology.
- Design simple research projects relevant to imaging.
- Analyse and interpret basic research findings.
Year 2: Intermediate Proficiency
By the end of Year 2, learners will be able to:
Advanced Radiographic Techniques
- Apply advanced positioning and exposure techniques.
- Interpret intermediate-level radiographic images accurately.
- Follow complex imaging protocols in clinical practice.
Computed Tomography (CT) Imaging
- Understand principles and applications of CT imaging.
- Perform CT procedures safely and accurately.
- Evaluate CT images for diagnostic purposes.
Magnetic Resonance Imaging (MRI) Principles
- Explain MRI physics and image formation.
- Conduct MRI procedures following safety guidelines.
- Recognise normal and abnormal imaging findings.
Ultrasound Imaging Fundamentals
- Perform basic ultrasound imaging procedures.
- Understand ultrasound physics and Doppler principles.
- Interpret ultrasound images in clinical contexts.
Nuclear Medicine and Radiopharmacy Basics
- Understand the use of radiopharmaceuticals in imaging.
- Apply safety measures in handling radioactive substances.
- Recognise clinical applications of nuclear medicine techniques.
Clinical Radiology and Diagnostic Interpretation
- Analyse images from multiple modalities for diagnosis.
- Correlate imaging findings with patient history and clinical data.
- Report findings effectively to healthcare teams.
Imaging Informatics and Digital Systems
- Use digital imaging systems, PACS, and EMRs effectively.
- Understand data storage, retrieval, and security in imaging.
- Apply informatics for efficient clinical workflow.
Health and Safety in Imaging Departments
- Implement department-wide safety protocols.
- Monitor and manage hazards in imaging settings.
- Ensure compliance with health and safety regulations.
Patient Assessment and Care in Imaging
- Conduct pre-imaging assessments and screening.
- Provide patient support during complex procedures.
- Address patient needs in high-stress or emergency settings.
Quality Control and Equipment Maintenance
- Perform routine quality control checks on imaging equipment.
- Identify and troubleshoot common equipment issues.
- Ensure optimal performance and compliance with standards.
Applied Research Methods in Imaging
- Design and conduct applied research projects in imaging.
- Collect, analyse, and interpret clinical imaging data.
- Present research findings in written and oral formats.
Leadership and Teamwork in Radiology Practice
- Demonstrate leadership in clinical imaging teams.
- Collaborate effectively with multidisciplinary healthcare teams.
- Develop strategies for efficient workflow and problem-solving.
Year 3: Advanced Specialization and Application
By the end of Year 3, learners will be able to:
Advanced MRI and CT Imaging Techniques
- Conduct advanced imaging procedures with high accuracy.
- Optimise imaging protocols for complex clinical cases.
- Evaluate image quality and adjust techniques as required.
Interventional Radiology Procedures
- Assist in minimally invasive radiology procedures.
- Understand indications, techniques, and patient care requirements.
- Maintain safety standards during interventional procedures.
Advanced Ultrasound Applications
- Perform specialised ultrasound scans (e.g., obstetric, vascular).
- Interpret findings for complex clinical cases.
- Apply advanced imaging protocols and patient positioning.
Imaging in Oncology and Cardiology
- Recognise imaging applications in cancer and heart disease.
- Conduct imaging procedures for oncology and cardiac patients.
- Interpret diagnostic results for clinical decision-making.
Radiology Reporting and Interpretation Skills
- Produce accurate and professional radiology reports.
- Correlate imaging findings with clinical history.
- Communicate findings clearly to healthcare teams.
Advanced Radiation Protection Practices
- Apply advanced techniques to minimise patient and staff exposure.
- Implement safety protocols for high-dose procedures.
- Monitor compliance with regulatory standards.
Biomedical Imaging Technology Integration
- Integrate multiple imaging modalities for diagnosis.
- Understand emerging imaging technologies and applications.
- Apply technology effectively in clinical workflows.
Emerging Trends in Radiology and Imaging
- Stay updated with innovations in imaging technology.
- Analyse emerging trends for potential clinical applications.
- Adapt professional practice to evolving industry standards.
Clinical Placement / Practical Competency
- Gain hands-on experience in hospital or imaging departments.
- Demonstrate practical competence in real-world settings.
- Apply theoretical knowledge to patient care and imaging procedures.
Capstone Project / Dissertation in Radiology
- Conduct an independent research project or case study.
- Analyse data, draw conclusions, and present findings professionally.
- Contribute to the field of radiology through applied research.
Professional Practice and Reflective Development
- Reflect on clinical experiences to enhance professional growth.
- Develop strategies for continuous improvement and lifelong learning.
- Maintain professional standards and ethical conduct.
Healthcare Management and Policy in Imaging
- Understand management principles in radiology departments.
- Apply policy frameworks to improve service delivery.
- Lead initiatives for quality improvement and operational efficiency.