Program overview
The Fellowship in Maxillofacial Radiology is a fully fledged advanced training programme of 12 months duration for Dental Professionals to specialize in the diagnostic imaging of the Oral and maxillofacial region. The program features modular, web-based education, clinical practice, case presentations, and expert guidance, with a focus on the interpretation of radiographs, CBCT imaging, imaging analysis on CT/MRI, diagnosis of pathologies, treatment planning, and diagnostic reporting. Fellows receive hands-on experience with cutting edge imaging technologies and multi-disciplinary diagnostic processes, which is ideal for them to become leaders in the field of oral and maxillofacial radiology, dental diagnostics, and academic practice.
Skills You Will Gain
Advanced application of CBCT, panoramic radiographs, CT, MRI and ultrasound imaging.
Knowledge of oral, dental, maxillofacial and craniofacial pathologies.
Expertise in the radiologic diagnosis of cysts, tumors, trauma, infections and developmental anomalies.
Planning skills for implants with CBCT and 3D imaging technologies.
Knowledge of TMJ imaging and diagnosis of TMJD.
Skills in airway and sinus evaluation for orthodontic/surgical planning.
Understanding of physics, radiation safety and quality assurance procedures.
Special knowledge of forensic radiology, age estimation, and medico-legal documentation.
The ability to report in advanced to international standards and protocols.
Comprehension of AI-driven diagnostics and digital radiology processes.
The integration of CAD/CAM, 3D printing and digital dentistry along with imaging data.
Multidisciplinary skills with oral surgeons, orthodontists, implantologists, ENT surgeons, oncologists.
Skills of image quality control, artifact management and radiographic troubleshooting.
Knowledge and experience with complex craniofacial anomalies and maxillofacial trauma cases.
Understanding of digital imaging management systems, radiology informatics and tele-radiology.
Career Outcomes
Successful completion of the fellowship can lead to positions like:
Dental hospitals and specialty centres, Maxillofacial Radiologist.
CBCT Reporting Specialist at Diagnostic imaging centre.
Diagnostic Imaging Specialist (Oral).
Dental Radiology Expert for implantology and oral surgery clinics.
Academic Faculty or Clinical Educator in Oral & Maxillofacial Radiology.
For orthodontic and implant treatment planning, the consultant is a specialist who has been trained to provide such services.
Specialist Forensic Dental Radiology & Medico-Legal Imaging.
Clinical Researcher in Dental Imaging & Dental Technologies.
Digital Dentistry & 3D Imaging Specialist.
Tele-radiology Consultant for Dental & Maxillofacial Imaging Services.
Private diagnostic reporting expert at diagnostic centers.
Multidisciplinary craniofacial and oncology Imaging Coordinator.
Healthcare Entrepreneur setting up Advanced Dental imaging and CBCT Centres.
CPD UK certified International imaging specialist.
What you will learn
Learn from Industry-Leading Maxillofacial Radiologists
Skill-Driven Workshops on Advanced Imaging Techniques
Flexible Learning for Modern Dental & Medical Professionals
Future-Ready Maxillofacial Radiology Curriculum
Clinical Training for Real-World Diagnostic Practice
Course curriculum
- History and evolution of oral & maxillofacial radiology
- Principles of radiographic imaging
- Radiation physics, biology, and safety (ICRP 2025 guidelines)
- Image acquisition protocols and quality assurance
- Ethical considerations and medico-legal issues in radiology
- Intraoral imaging: Periapical, bitewing, occlusal
- Extraoral imaging: Panoramic, cephalometric
- Film vs digital radiography – advancements in 2025
- Image interpretation basics: Normal vs abnormal anatomy
- Case-based exercises and reporting templates
- CBCT physics and machine components
- Field of View (FOV) selection and patient positioning
- Indications and contraindications for CBCT use
- Advanced interpretation: Pathology, implant planning, TMJ evaluation, sinus, airway
- Reporting standards (ICOMS / AAOMR 2025)
- Artifact management and troubleshooting
- CT and MRI in maxillofacial applications
- Nuclear imaging, PET-CT (basics only)
- Interpretation of medical cross-sectional images
- Integration of 3D imaging with digital dentistry workflows (CAD/CAM, 3D printing)
- AI in radiology: Latest applications in diagnostics and treatment planning (2025 update)
- Benign and malignant lesions
- Odontogenic vs non-odontogenic cysts and tumors
- Developmental anomalies and syndromes
- Trauma evaluation
- Radiographic appearance of systemic diseases
- Interdisciplinary radiology collaboration
- Anatomy and biomechanics of the TMJ
- Imaging modalities for TMJ: CBCT, MRI, Ultrasound
- Diagnosis of TMJ disorders: Internal derangement, arthritis, ankylosis
- Joint space analysis, condylar morphology, and disc displacement
- Musculoskeletal imaging in the orofacial region
- Anatomy and radiographic evaluation of the paranasal sinuses
- Common pathologies: Sinusitis, polyps, mucoceles
- Airway volume analysis using CBCT
- Application in sleep apnea and orthodontics
- Integration with oral surgery and ENT referral planning
- Radiographic techniques for children: Safety and cooperation
- Growth and development patterns
- Developmental dental anomalies and syndromes
- Pediatric jaw pathologies
- Radiographic interpretation of cleft lip and palate cases
- Role of radiology in forensic dentistry
- Age estimation through radiographs
- Human identification using dental and maxillofacial radiographs
- Medico-legal documentation and radiographic evidence
- Radiology report writing for legal purposes
- Radiology in implantology: Pre-surgical planning, post-op follow-up
- Orthodontics: Cephalometric analysis, skeletal relationships
- Endodontics: Periapical pathology, root fractures, resorption
- Periodontics: Bone loss evaluation, furcation involvement
- Prosthodontics: Ridge evaluation, sinus lift assessment
- AI-based diagnostic tools in oral radiology
- Introduction to radiomics and machine learning
- Automated lesion detection and decision support systems
- Data security, privacy (HIPAA/GDPR compliance) in digital radiology
- Tele-radiology platforms: Setup, workflows, challenges
- Establishing clinical protocols and SOPs
- Image enhancement and post-processing techniques
- Audit and quality improvement in radiology departments
- Equipment calibration, maintenance, and troubleshooting
- Radiation protection audits (as per 2025 ICRP guidelines)
- Radiographic identification of maxillofacial malignancies
- Differentiating benign vs malignant lesions
- Tumor staging: TNM classification through imaging
- Radiographic follow-up of post-surgical and post-radiotherapy patients
- Radiology in biopsy planning and surgical navigation
- Anatomy and physiology of salivary glands
- Radiographic techniques: Sialography, CBCT sialography, Ultrasound, MRI
- Detection and diagnosis of sialolithiasis, tumors, and infections
- Ductal system evaluation
- Dynamic imaging of salivary flow (functional imaging approaches)
- Common misinterpretations in oral and maxillofacial radiology
- Technical artifacts in CBCT and panoramic imaging
- Patient movement and positioning errors
- Metallic artifacts and beam hardening: Prevention and correction
- How to handle ambiguous or inconclusive findings in reports
- Genetic syndromes with craniofacial manifestations (e.g., Treacher Collins, Crouzon, etc.)
- Imaging protocols for craniofacial anomalies
- Pre- and post-surgical imaging
- Multidisciplinary collaboration with craniofacial teams
- 3D reconstruction for surgical planning
- Radiographic evaluation of facial bone fractures
- CBCT and CT in trauma assessment
- Soft tissue considerations and MRI indications
- Emergency imaging protocols
- Role of radiology in medico-legal documentation of trauma