ICTQual AB Level 6 International Diploma in Radiology & Imaging Technology
The ICTQual AB Level 6 International Diploma in Radiology & Imaging Technology is a comprehensive three-year programme, delivering 360 credits designed for experienced healthcare professionals seeking to enhance their expertise in diagnostic imaging and radiological sciences. This qualification equips learners with advanced knowledge, practical skills, and professional competencies required to excel in radiology departments, imaging centres, and healthcare facilities worldwide.
Throughout the programme, learners explore the principles of medical imaging, radiographic techniques, patient safety, and advanced imaging modalities, including MRI, CT, and ultrasound. The curriculum integrates theoretical foundations with practical application, ensuring learners gain proficiency in operating imaging equipment, interpreting diagnostic results, and contributing to accurate clinical assessments. Emphasis on health and safety, ethical practice, and professional conduct ensures learners are prepared for the complex demands of modern healthcare environments.
This diploma addresses the growing industry demand for skilled radiology and imaging professionals, offering learners the opportunity to develop specialised knowledge in imaging technology, radiation protection, and diagnostic evaluation. Practical placements and hands-on training foster real-world experience, enhancing competence and confidence in clinical settings.
Designed for professionals who wish to advance their career prospects, expand their knowledge, and increase their Continuing Professional Development (CPD), this programme prepares learners to take on specialised roles in radiology departments, diagnostic imaging centres, and healthcare research environments. By completing this qualification, learners gain the expertise to contribute effectively to patient care, clinical decision-making, and the advancement of imaging practices within healthcare organisations.
Level 6 International Diploma in Radiology & Imaging Technology
To enrol in ICTQual AB Level 6 International Diploma in Radiology & Imaging Technology must meet the following entry requirements:
This qualification, the ICTQual AB Level 6 International Diploma in Radiology & Imaging Technology 360 Credits – Three Years, consists of 36 mandatory units.
Year 1: Foundation in Radiology & Imaging Technology
- Introduction to Radiology and Imaging Sciences
- Human Anatomy and Physiology for Imaging
- Principles of Physics in Medical Imaging
- Fundamentals of Radiographic Techniques
- Radiation Safety and Protection
- Introduction to Medical Imaging Modalities
- Patient Care and Communication Skills
- Basic Medical Terminology
- Laboratory Safety and Quality Assurance
- Introduction to Imaging Equipment Operation
- Medical Ethics and Professional Conduct
- Research Methods in Healthcare
Year 2: Intermediate Radiology Applications
- Advanced Radiographic Techniques
- Computed Tomography (CT) Imaging
- Magnetic Resonance Imaging (MRI) Principles
- Ultrasound Imaging Fundamentals
- Nuclear Medicine and Radiopharmacy Basics
- Clinical Radiology and Diagnostic Interpretation
- Imaging Informatics and Digital Systems
- Health and Safety in Imaging Departments
- Patient Assessment and Care in Imaging
- Quality Control and Equipment Maintenance
- Applied Research Methods in Imaging
- Leadership and Teamwork in Radiology Practice
Year 3: Advanced Specialisation and Professional Practice
- Advanced MRI and CT Imaging Techniques
- Interventional Radiology Procedures
- Advanced Ultrasound Applications
- Imaging in Oncology and Cardiology
- Radiology Reporting and Interpretation Skills
- Advanced Radiation Protection Practices
- Biomedical Imaging Technology Integration
- Emerging Trends in Radiology and Imaging
- Clinical Placement / Practical Competency
- Capstone Project / Dissertation in Radiology
- Professional Practice and Reflective Development
- Healthcare Management and Policy in Imaging
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.
The Level 6 International Diploma in Radiology & Imaging Technology equips learners with advanced knowledge, practical skills, and professional competencies, opening pathways to a variety of specialised roles in the healthcare and diagnostic imaging sector. By completing this programme, learners are prepared to take on positions that require expertise in radiology, imaging technology, patient care, and departmental leadership. The qualification also supports continued professional development and career advancement in the healthcare industry.
Specialised Radiology and Imaging Roles
- Diagnostic Imaging Technician: Operate and manage radiography, CT, MRI, and ultrasound equipment, producing accurate diagnostic images for clinical evaluation.
- Radiology Practitioner in Clinical Departments: Participate in patient assessment, imaging procedures, and interpretation of results to support clinical teams.
- Interventional Radiology Assistant: Support minimally invasive imaging-guided procedures, ensuring patient safety and operational efficiency.
Healthcare and Clinical Practice Opportunities
- Imaging Department Coordinator: Oversee day-to-day operations in diagnostic imaging departments, ensuring compliance with safety, quality, and regulatory standards.
- Patient Care Specialist in Imaging: Focus on delivering patient-centred care before, during, and after imaging procedures, with an emphasis on safety and comfort.
- Clinical Radiology Support Officer: Collaborate with radiologists and multidisciplinary teams to facilitate workflow, maintain equipment, and ensure accurate record-keeping.
Research, Innovation, and Professional Development
- Clinical Research Assistant in Radiology: Participate in imaging-based research projects, clinical trials, and applied studies, contributing to evidence-based practice.
- Quality Improvement and Risk Management Specialist: Lead initiatives for process enhancement, safety protocols, and quality control in imaging departments.
- Continuous Professional Development (CPD): Leverage the programme to enhance knowledge, acquire advanced imaging techniques, and stay up-to-date with emerging trends and technologies in radiology.
By completing this diploma, learners gain the practical experience, technical expertise, and professional insight necessary to advance within diagnostic imaging environments, healthcare organisations, and specialised clinical settings. The qualification also lays a strong foundation for leadership roles, departmental responsibilities, and research-driven projects within the radiology and medical imaging sector.
To successfully deliver the Level 6 International Diploma in Radiology & Imaging Technology, centres must meet specific requirements to ensure a high-quality learning experience and compliance with international standards. These requirements ensure that learners receive effective instruction, access to practical facilities, and the necessary academic and technical support throughout the three-year programme.
Teaching and Academic Staff Requirements
- Centres must employ qualified instructors with professional experience in radiology, imaging technology, or diagnostic healthcare.
- Staff should have expertise in multiple imaging modalities, including X-ray, CT, MRI, ultrasound, and nuclear medicine.
- Teaching staff should possess the ability to integrate theoretical knowledge with practical applications, and provide guidance on research projects, clinical placements, and professional development.
Facilities and Equipment
- Centres must provide access to well-equipped imaging laboratories and clinical simulation environments.
- Diagnostic imaging equipment, including X-ray machines, CT scanners, MRI systems, and ultrasound devices, should be available for hands-on practice.
- Centres should ensure reliable computer systems and digital imaging software for data management, image analysis, and research activities.
Learning Resources and Support
- Centres must offer access to updated textbooks, journals, and online resources relevant to radiology, imaging technology, and healthcare practice.
- Learners should receive academic support, including tutoring, mentoring, and guidance on assignments and research projects.
- Centres must provide access to secure learning management systems (LMS) for online lectures, course materials, assessments, and communication.
Health, Safety, and Compliance
- Centres must implement strict health and safety protocols in all laboratory and clinical areas.
- Compliance with local and international regulations for radiation protection and infection control is mandatory.
- Centres must ensure learners receive appropriate training on occupational safety, ethical practice, and patient care standards.
Assessment and Practical Placement Arrangements
- Centres should have processes to administer assessments, practical evaluations, and research projects in a secure and monitored environment.
- Arrangements for supervised clinical placements or internships in healthcare settings must be in place to provide real-world experience.
- Centres must maintain accurate records of learner progress, competency assessments, and placement performance.
By fulfilling these requirements, centres can provide an effective, safe, and professional learning environment, ensuring learners achieve the full potential of the Level 6 International Diploma in Radiology & Imaging Technology.