The MD in Radio Diagnosis program at Chitwan Medical College (CMC), affiliated with the Tribhuvan University Institute of Medicine (TU IOM), is a three-year postgraduate residency program. The course is structured to meet the growing demand for highly skilled radiologists who can provide accurate diagnostic services using advanced imaging technologies. With advancements in imaging techniques like CT, MRI, ultrasound, and interventional radiology, radiologists have become indispensable in modern medicine.
The program combines theoretical knowledge, hands-on training, and research to efficiently equip residents to interpret radiological images, perform interventional procedures, and manage radiological departments. It focuses on producing radiologists capable of providing high-quality diagnostic services, contributing to patient care, and advancing the field of medical imaging.
Total Duration: 3 Years (Full-Time, Residential Program)
Structure:
Year 1: Foundational Radiology Principles and Imaging Techniques
Year 2: Advanced Clinical Radiology Training and Sub-Specialties
Year 3: Interventional Radiology, Research, and Thesis Defense
The program includes clinical rotations, supervised imaging practice, interactive case discussions, research work, and academic evaluations.
To qualify for the MD in Radio Diagnosis program, candidates must fulfill the following criteria:
Academic Qualification: MBBS or equivalent degree from an institution recognized by the Government of Nepal.
Registration:
Nepalese candidates: Registered with the Nepal Medical Council (NMC).
International candidates: Registered with their respective Medical Council.
Professional Experience: Minimum one year of clinical experience (excluding MDGP and MD/MS in Basic Medical Sciences).
Entrance Examination:
Conducted by the Medical Education Commission (MEC).
Minimum passing marks: 50%.
Exam Format:
Type: Single best response, Multiple Choice Questions (MCQs).
Total Questions: 200
Duration: 3 hours (including one voluntary break).
| Subjects | Marks |
|---|---|
| Medicine | 18 |
| Surgery | 18 |
| Obstetrics and Gynecology | 12 |
| Pediatrics | 12 |
| Orthopedics | 10 |
| Otorhinolaryngology | 10 |
| Ophthalmology | 7 |
| Anaesthesiology | 7 |
| Psychiatry | 7 |
| Radiology | 7 |
| Dermatology | 7 |
| Clinical Sub-Total | 115 |
| Anatomy | 12 |
| Physiology | 12 |
| Pathology | 10 |
| Pharmacology | 10 |
| Biochemistry | 8 |
| Microbiology | 8 |
| Basic Medical Sciences Sub-Total | 60 |
| Community Medicine + Research | 10 |
| Forensic Medicine | 5 |
| CPD (Medical Ethics, BLS, ACLS) | 10 |
| Total | 200 |
Entrance Examination: Candidates must pass the MEC entrance exam with at least 50% marks.
Document Submission:
MBBS Certificate and Transcript
Internship Completion Certificate
NMC Registration Certificate (or equivalent for foreign candidates)
Citizenship or Passport for verification
Professional Experience Certificate
Merit-Based Selection: Admission is based on merit, determined by entrance exam scores.
Final Confirmation: Selected candidates must complete counseling and fee submission.
The MD Radio Diagnosis curriculum includes foundational sciences, specialized imaging, and interventional radiology training.
Anatomy and Imaging Correlation
Radiographic Techniques and Interpretation
Fundamentals of Ultrasonography
Basics of CT and MRI
Radiation Physics and Safety
Radiology Pathology Correlation
Research Methodology and Biostatistics
CNS and Head-Neck Imaging
Cardiovascular Imaging
Chest and Abdominal Imaging
Musculoskeletal Radiology
Pediatric Radiology
Obstetric and Gynecological Radiology
Oncology Imaging
Introduction to Nuclear Medicine
Advanced Interventional Procedures (angiography, stenting, biopsies)
Vascular and Non-Vascular Interventions
Emergency Radiology
Radiology in Critical Care Settings
Thesis Completion and Defense
Subspecialty Rotations (Neuroradiology, Breast Imaging, etc.)
CNS Imaging and Neuroradiology
Chest Radiology
Cardiovascular Imaging
Abdominal and Pelvic Imaging
Musculoskeletal Radiology
Pediatric Radiology
Obstetrics and Gynecology Imaging
Oncology Imaging
Emergency and Trauma Radiology
Interventional Radiology
Radiation Physics and Safety
Research and Thesis Work
The MD in Radio Diagnosis program aims to:
Train radiologists to perform and interpret imaging studies across all modalities.
Develop expertise in interventional radiology procedures.
Promote leadership in radiology services, education, and research.
Equip professionals to minimize radiological hazards and ensure safety standards.
Contribute to development in diagnostic imaging and patient care.
The program integrates theoretical lectures, case-based learning, hands-on imaging practice, supervised clinical rotations, multidisciplinary team discussions, and interventional procedure training. Residents engage in research activities, journal clubs, and national conferences to foster academic and practical excellence.
Graduates of the program will:
Independently perform and interpret radiological investigations.
Demonstrate proficiency in advanced imaging modalities like CT, MRI, and ultrasound.
Safely conduct interventional radiology procedures.
Develop expertise in emergency and trauma radiology.
Contribute to evidence-based practices through research and academic contributions.
Effectively lead radiology departments and multidisciplinary teams.
Ensure patient safety by following radiation protection protocols.
The demand for radiologists is rapidly increasing globally. Graduates can work in hospitals, academic institutions, diagnostic centers, research organizations, and interventional radiology units or pursue subspecialties like neuroradiology and oncology imaging.
Diagnostic Radiologist
Interventional Radiologist
Academic Faculty
Researcher in Medical Imaging
Consultant in Diagnostic Centers
Radiology Department Head
Eligible candidates can apply for scholarships and financial aid through the Medical Education Commission (MEC) and institutional grants.
The fees for the program are determined by the Medical Education Commission (MEC) and are subject to periodic updates.
Residents participate in radiology workshops, health camps, interdisciplinary conferences, and community outreach programs to enhance their professional growth and patient interaction skills.
The program trains radiologists to apply diagnostic and interventional imaging techniques in clinical decision-making, ensuring timely and accurate diagnoses for improved patient outcomes.
Radiologists are vital in reducing diagnostic delays, improving healthcare outcomes, and promoting safe imaging practices that minimize patient radiation risks.
Residents develop advanced imaging interpretation, procedural skills, leadership qualities, communication abilities, and research acumen, which are essential for radiology practice.
The program prepares graduates to work in international healthcare systems, contributing to diagnostic advancements and promoting high-quality radiological care.
The program offers comprehensive clinical training, exposure to cutting-edge imaging, interventional procedure experience, and research opportunities to prepare radiologists for modern healthcare challenges.
This program is ideal for candidates passionate about medical imaging, diagnostics, and advanced technologies and committed to improving patient outcomes.
The future of this program is promising, as radiologists continue to be in high demand globally due to their critical role in early disease detection, accurate diagnosis, and interventional treatments. With ongoing advancements in imaging technology, radiologists will increasingly integrate artificial intelligence (AI) tools and precision imaging techniques into clinical practice. Graduates can also explore leadership roles in healthcare systems, research institutions, and academic settings. As healthcare systems evolve, radiologists will improve patient outcomes, reduce diagnostic delays, and advance medical innovation in diagnostics and therapeutic imaging worldwide.
To improve your study of medical education as a student, develop an organized study plan that prioritizes high-yield topics and clinical relevance. Use evidence-based resources such as textbooks, clinical guidelines, and peer-reviewed journals to enhance your understanding. Engage in active learning through case-based discussions, practical simulations, and clinical rotations. Participate in study groups and attend workshops or conferences to foster collaboration and knowledge sharing. Consistently review concepts, practice self-assessment with mock tests, and seek mentorship from faculty for guidance. Lastly, balance your studies with self-care, ensuring mental and physical well-being to maximize learning efficiency.?
