ICTQual AB Level 5 International Diploma in Radiology and Imaging Technology
The ICTQual AB Level 5 International Diploma in Radiology and Imaging Technology is a two-year programme carrying 240 credits, created to meet the growing demand for skilled professionals in the medical imaging field. It combines theoretical knowledge with hands-on application, giving learners the expertise needed to thrive in modern healthcare environments.
This diploma is ideal for freshers beginning their careers as well as professionals aiming to enhance their knowledge and progress in radiology and imaging. Learners are introduced to essential radiological sciences, diagnostic methods, and patient care practices, ensuring they gain both technical capability and professional confidence.
Throughout the programme, learners develop advanced skills in imaging technology, problem-solving, and clinical analysis. At the same time, they strengthen key professional qualities such as communication, critical thinking, and ethical awareness—attributes that are highly valued across healthcare industries worldwide.
Completing this diploma not only enhances employability in hospitals, diagnostic centres, and healthcare institutions but also opens doors to international opportunities. Learners graduate with a strong foundation for long-term career growth and the flexibility to pursue further professional development in the medical sciences.
With its balance of academic depth and practical relevance, the ICTQual AB Level 5 International Diploma in Radiology & Imaging Technology offers a clear pathway into one of the most rewarding and impactful areas of modern healthcare.
Level 5 International Diploma in Radiology and Imaging Technology
To enrol in ICTQual AB Level 5 International Diploma in Radiology and Imaging Technology learner must meet the following entry requirements:
This qualification, the ICTQual AB Level 5 International Diploma in Radiology and Imaging Technology 240 Credits – Two Years, consists of 24 mandatory units.
Year 1: Foundation in Radiology and Imaging Technology
- Introduction to Medical Imaging
- Human Anatomy and Physiology for Imaging Professionals
- Radiological Physics
- Principles of Radiography
- Health and Safety in Imaging
- Medical Terminology
- Patient Care and Ethics
- Imaging Equipment and Technology
- Introduction to Radiology Reporting
- Digital Imaging and PACS Systems
- Clinical Observation and Practice
- Research and Evidence-Based Practice in Radiology
Year 2: Advanced Radiology and Imaging Technology
- Advanced Diagnostic Imaging Techniques
- Radiopharmaceuticals and Nuclear Imaging
- Advanced Radiography and Imaging Protocols
- Radiology in Emergency and Trauma Care
- Imaging Quality Assurance and Audit
- Image Interpretation and Reporting Skills
- Radiation Biology and Protection
- Healthcare Legislation and Professional Practice
- Interdisciplinary Collaboration in Healthcare
- Research Project in Radiology
- Leadership and Management in Imaging Departments
- Clinical Internship / Practical Assessment
Learning Outcomes for the Level 5 International Diploma in Radiology and Imaging Technology 240 Credits – Two Years:
Year 1: Foundation in Radiology and Imaging Technology
1.Introduction to Medical Imaging
- Understand the fundamentals of medical imaging technologies and modalities.
- Recognise the role of imaging in diagnosis and treatment planning.
- Identify key components and functions of imaging equipment.
- Apply basic imaging concepts in clinical observation.
2. Human Anatomy and Physiology for Imaging Professionals
- Demonstrate knowledge of major body systems relevant to imaging.
- Identify anatomical structures on radiological images.
- Understand physiological processes that affect imaging results.
- Apply anatomical knowledge in practical imaging scenarios.
3. Radiological Physics
- Understand principles of radiation and energy in imaging.
- Explain the physics behind different imaging modalities.
- Apply basic physics concepts to improve image quality.
- Recognise factors affecting radiation safety and exposure.
4. Principles of Radiography
- Demonstrate correct positioning and technique for imaging.
- Understand exposure settings and image optimisation.
- Identify common artefacts and imaging errors.
- Apply radiography principles in simulated practice.
5. Health and Safety in Imaging
- Understand radiation protection guidelines.
- Apply safety protocols in clinical imaging.
- Recognise hazards associated with imaging procedures.
- Promote a safe environment for patients and staff.
6. Medical Terminology
- Understand essential medical and radiology terms.
- Apply terminology accurately in documentation.
- Communicate effectively with healthcare professionals.
- Interpret imaging reports using correct language.
7. Patient Care and Ethics
- Demonstrate patient handling and care techniques.
- Apply ethical principles in imaging practice.
- Communicate empathetically with patients.
- Ensure patient dignity and privacy at all times.
8. Imaging Equipment and Technology
- Understand the function of imaging machines and tools.
- Apply routine maintenance and operational checks.
- Identify technical issues and troubleshoot basic problems.
- Use equipment safely following manufacturer guidelines.
9. Introduction to Radiology Reporting
- Understand the basics of interpreting images.
- Recognise normal vs abnormal findings.
- Document findings clearly in standard formats.
- Communicate preliminary observations to clinical teams.
10. Digital Imaging and PACS Systems
- Operate digital imaging systems effectively.
- Store, retrieve, and share images using PACS.
- Maintain data security and patient confidentiality.
- Understand digital workflow in clinical settings.
11. Clinical Observation and Practice
- Observe imaging procedures in a professional setting.
- Apply theoretical knowledge to real-world scenarios.
- Understand clinical protocols and routines.
- Reflect on practice to identify areas for improvement.
12. Research and Evidence-Based Practice in Radiology
- Understand research methodology and design.
- Analyse literature relevant to radiology.
- Apply evidence-based approaches to imaging practices.
- Develop skills in critical thinking and evaluation.
Year 2: Advanced Radiology and Imaging Technology
1. Advanced Diagnostic Imaging Techniques
- Apply advanced techniques in MRI, CT, ultrasound, and nuclear imaging.
- Optimise imaging protocols for specific diagnostic needs.
- Evaluate image quality and diagnostic effectiveness.
- Integrate advanced imaging knowledge into clinical practice.
2. Radiopharmaceuticals and Nuclear Imaging
- Understand the principles of radiopharmaceuticals.
- Recognise the applications of nuclear medicine.
- Apply safety measures in handling radioactive substances.
- Interpret nuclear imaging results accurately.
3. Advanced Radiography and Imaging Protocols
- Implement complex radiography procedures safely.
- Optimise imaging protocols for patient-specific needs.
- Troubleshoot challenges in advanced imaging techniques.
- Ensure high-quality imaging outcomes consistently.
4. Radiology in Emergency and Trauma Care
- Apply imaging techniques in emergency situations.
- Recognise urgent conditions requiring immediate imaging.
- Follow protocols for trauma imaging and patient safety.
- Collaborate effectively with emergency care teams.
5. Imaging Quality Assurance and Audit
- Implement quality assurance procedures in imaging.
- Evaluate imaging performance against professional standards.
- Identify areas for improvement in imaging practice.
- Apply audit findings to enhance patient care and safety.
6. Image Interpretation and Reporting Skills
- Analyse complex imaging studies accurately.
- Identify normal and pathological findings.
- Prepare comprehensive radiology reports.
- Communicate results effectively to clinical teams.
7. Radiation Biology and Protection
- Understand biological effects of ionising radiation.
- Apply radiation protection principles rigorously.
- Calculate and monitor patient and staff exposure.
- Promote safe practices in radiology departments.
8. Healthcare Legislation and Professional Practice
- Understand legal requirements for imaging practice.
- Apply professional standards in clinical settings.
- Ensure compliance with healthcare regulations.
- Maintain ethical conduct in all radiology activities.
9. Interdisciplinary Collaboration in Healthcare
- Work effectively with medical, nursing, and technical teams.
- Communicate clearly within multidisciplinary environments.
- Understand roles and responsibilities across healthcare disciplines.
- Support collaborative decision-making in patient care.
10. Research Project in Radiology
- Design and execute a research project relevant to imaging.
- Collect, analyse, and interpret data systematically.
- Apply evidence-based conclusions to clinical practice.
- Present findings professionally and clearly.
11. Leadership and Management in Imaging Departments
- Develop leadership and administrative skills.
- Manage resources and workflows efficiently.
- Implement strategies for team performance and quality care.
- Promote professional development within the department.
12. Clinical Internship / Practical Assessment
- Demonstrate competence in real-world imaging procedures.
- Apply knowledge and skills in supervised clinical settings.
- Reflect on clinical practice to improve performance.
- Meet professional standards for employability in radiology.
Completing the ICTQual AB Level 5 International Diploma in Radiology and Imaging Technology equips learners with the skills and knowledge needed to pursue a variety of career paths in medical imaging and healthcare. The programme prepares learners for both clinical and administrative roles, as well as further professional development.
1. Clinical Radiology Roles
- Work as radiography technicians, diagnostic imaging assistants, or radiology practitioners.
- Perform imaging procedures and manage patient care during scans.
- Support diagnostic teams with accurate imaging results.
- Ensure adherence to professional and safety standards in clinical practice.
2. Advanced Imaging Specialisations
- Progress into specialised areas such as CT scanning, MRI, ultrasound, or nuclear medicine.
- Focus on complex imaging technologies to enhance expertise.
- Increase employability in niche and high-demand sectors.
- Develop proficiency in advanced diagnostic techniques and protocols.
3. Healthcare Support and Administration
- Take on roles in imaging department management or healthcare coordination.
- Oversee workflows, equipment, and operational efficiency in imaging units.
- Ensure compliance with safety and quality standards.
- Contribute to the smooth running of clinical imaging services.
4. Research and Professional Development
- Engage in clinical research and evidence-based imaging practice.
- Participate in studies to improve patient care and imaging outcomes.
- Develop critical thinking and analytical skills.
- Access opportunities for continuous professional development in medical sciences.
5. International Career Opportunities
- Work in hospitals, diagnostic centres, and healthcare institutions worldwide.
- Apply globally recognised imaging skills in diverse healthcare settings.
- Explore opportunities for career growth and mobility abroad.
- Build a professional profile that is recognised internationally.
The ICTQual AB Level 5 International Diploma in Radiology and Imaging Technology is a comprehensive two-year programme designed for learners who aspire to build a career in medical imaging and radiology. Spanning 240 credits, the course combines theoretical knowledge with practical skills, ensuring learners gain a strong foundation in imaging technologies, patient care, and diagnostic procedures. It is suitable for both freshers entering the healthcare sector and professionals seeking to enhance their expertise and advance their careers. The programme equips learners with the technical, analytical, and professional skills required to excel in hospitals, diagnostic centres, and healthcare facilities worldwide.
1. Physical Facilities
- The centre should have dedicated classrooms suitable for lectures, discussions, and practical demonstrations.
- A fully equipped radiology lab or access to clinical imaging facilities is essential for practical learning.
- Learners should have access to digital imaging systems, PACS, and simulation equipment.
- Comfortable study spaces with adequate seating, lighting, and ventilation must be available.
2. Learning Resources
- The centre must provide textbooks, reference materials, and access to current radiology journals.
- Digital resources such as online libraries, e-learning platforms, and multimedia tools should be available.
- Up-to-date manuals and standard operating procedures for imaging equipment are required.
- Learners should have access to assessment guides, practice exercises, and case studies.
3. Qualified Staff
- Centres must employ experienced trainers with professional qualifications in radiology, imaging technology, or related healthcare fields.
- Trainers should have practical experience in clinical settings and up-to-date industry knowledge.
- Support staff should be available to assist learners with administrative, technical, and learning needs.
- Staff should participate in continuous professional development to maintain teaching standards.
4. Health and Safety Compliance
- Centres must adhere to health and safety regulations for radiation, equipment, and clinical practice.
- Personal protective equipment (PPE) and safety signage should be available for learners.
- Emergency procedures, first aid kits, and fire safety measures must be in place.
- Regular audits should ensure compliance with local and international safety standards.
5. Learner Support
- Academic guidance and mentoring should be provided to help learners progress effectively.
- Access to counselling services or career advice is recommended to support professional development.
- Centres should offer flexible study options, including online learning resources where applicable.
- A system for tracking learner progress and providing feedback must be implemented.
6. Assessment and Quality Assurance
- Centres must have procedures for conducting assessments according to ICTQual AB standards.
- Facilities for practical exams, simulations, and clinical assessments should be available.
- Internal quality assurance processes must be in place to monitor teaching and assessment effectiveness.
- Records of learner performance, attendance, and certification must be maintained accurately.