Learning Outcomes for the Level 4 International Diploma in Radiology and Imaging Technology 120 Credits – one Years:

Year 1: Foundation in Radiology and Imaging Technology

Introduction to Radiology and Imaging Technology

• Understand the fundamental principles, scope, and applications of radiology and medical imaging.
• Describe the roles and responsibilities of radiology and imaging professionals in healthcare.
• Recognise the integration of imaging technology in diagnosis, treatment, and patient care.
• Appreciate the interdisciplinary nature of radiology in collaboration with other medical specialities.
• Identify emerging trends, innovations, and future developments in medical imaging.

Human Anatomy, Physiology, and Pathophysiology

• Describe the structure and functions of major human body systems relevant to imaging procedures.
• Understand physiological processes and how they relate to disease and diagnostic imaging.
• Analyse pathological changes and their representation in imaging modalities.
• Apply anatomical and physiological knowledge to improve image acquisition and interpretation.
• Recognise the importance of anatomical accuracy for clinical diagnosis and patient care.

Radiographic Physics and Imaging Principles

• Understand the physics principles underlying X-rays, imaging modalities, and radiation interactions.
• Explain the formation of diagnostic images and factors affecting image quality.
• Apply physics concepts to optimise imaging procedures safely and effectively.
• Recognise the technical parameters that influence exposure, contrast, and resolution.
• Troubleshoot common issues in image acquisition using foundational physics knowledge.

Diagnostic Imaging Techniques

• Understand the principles and applications of conventional radiography, CT, MRI, and ultrasound.
• Apply correct positioning, imaging protocols, and techniques for accurate diagnostics.
• Analyse images for clarity, consistency, and diagnostic relevance.
• Adjust techniques to accommodate patient-specific factors and clinical requirements.
• Integrate imaging knowledge with clinical indications for effective diagnosis.

Radiation Safety and Protection

• Understand radiation hazards and principles of ALARA (As Low As Reasonably Achievable).
• Apply protective measures for patients, staff, and self during imaging procedures.
• Implement regulatory and legal guidelines for radiation safety in clinical practice.
• Monitor and maintain records of radiation exposure for compliance and safety.
• Educate patients and colleagues on safe practices and risk minimisation.

Patient Care and Clinical Practice

• Demonstrate effective communication and professional interaction with patients.
• Apply patient care techniques before, during, and after imaging procedures.
• Recognise patient needs, including special populations and emergency scenarios.
• Ensure patient comfort, safety, and dignity throughout clinical practice.
• Collaborate with healthcare teams to deliver holistic and patient-centred care.

Imaging Equipment Operation and Maintenance

• Operate radiology and imaging equipment safely and effectively according to manufacturer guidelines.
• Perform routine maintenance and basic troubleshooting of imaging devices.
• Understand technical specifications and calibration requirements for accurate imaging.
• Apply knowledge of equipment limitations to optimise clinical imaging outcomes.
• Maintain accurate documentation of equipment performance, faults, and maintenance activities.

Computed Tomography (CT) and Magnetic Resonance Imaging (MRI) Basics

• Understand the principles, operation, and clinical applications of CT and MRI technologies.
• Apply appropriate imaging protocols for patient diagnosis and clinical assessment.
• Recognise common artifacts and limitations in CT and MRI imaging.
• Ensure patient safety and comfort during advanced imaging procedures.
• Interpret basic CT and MRI images to support clinical decision-making.

Ultrasound Imaging and Techniques

• Understand the principles of ultrasound physics and imaging modalities.
• Perform basic ultrasound examinations following clinical protocols.
• Adjust technical parameters to obtain optimal image quality for diagnosis.
• Recognise normal and abnormal sonographic findings in clinical practice.
• Apply ultrasound techniques safely for different patient populations.

Radiology Data Management and Image Interpretation

• Understand the principles of digital imaging storage, retrieval, and management (PACS).
• Accurately document, store, and manage radiology images and patient information.
• Analyse and interpret imaging results to support clinical diagnosis.
• Maintain data security, confidentiality, and compliance with legal standards.
• Integrate imaging findings with clinical information for comprehensive reporting.

Research Methods in Radiology and Medical Imaging

• Understand fundamental research principles and study designs in medical imaging.
• Collect, analyse, and interpret radiology and imaging data systematically.
• Apply ethical guidelines and regulatory standards in imaging research.
• Critically evaluate scientific literature and research findings in radiology.
• Use evidence-based practices to improve imaging techniques and patient outcomes.

Professional Ethics and Communication in Healthcare

• Demonstrate professional behaviour and adherence to ethical principles in radiology practice.
• Communicate effectively with patients, colleagues, and multidisciplinary teams.
• Maintain confidentiality, integrity, and patient rights in all imaging procedures.
• Develop leadership and teamwork skills in clinical and laboratory settings.
• Apply ethical decision-making in complex clinical and professional scenarios.