The MD in Radiodiagnosis at Universal College of Medical Sciences and Teaching Hospital (UCMS), Rupandehi is a three-year postgraduate medical program affiliated with Tribhuvan University (TU).
The course follows the postgraduate academic structure of the Institute of Medicine, Tribhuvan University (TU-IOM). Its main emphasis is clinical radiology together with the scientific and technological principles used in diagnostic imaging.
Residents develop the ability to perform and interpret radiological investigations, understand radiation hazards, use different imaging techniques, and take increasing responsibility for reporting as their training progresses. The course includes radiography, fluoroscopy, ultrasound, computed tomography, magnetic resonance imaging, angiography, nuclear medicine, neuroradiology, paediatric radiology, and imaging related to obstetrics and gynaecology.
| Field | Details |
|---|---|
| Course | MD in Radiodiagnosis |
| College | Universal College of Medical Sciences (UCMS) |
| Location | Bhairahawa, Rupandehi, Nepal |
| Affiliation | Tribhuvan University |
| Academic Unit | Institute of Medicine |
| Level | Postgraduate |
| Duration | 3 years |
| Training | Full-time postgraduate training |
| Entrance | MECEE-PG |
| Admission Authority | Medical Education Commission |
| Prior Qualification | MBBS or equivalent |
| Specialty | Diagnostic Radiology / Radiodiagnosis |
| Professional Registration | Nepal Medical Council for Nepalese applicants |
The program is intended to develop specialists who can work independently with radiological investigations and imaging studies while maintaining awareness of radiation safety.
Diagnostic radiology has an important role in patient assessment and medical decision-making. Advances in medical imaging have expanded the work of radiologists beyond conventional X-ray examinations into cross-sectional imaging, ultrasound, angiography, and other imaging techniques.
The MD Radiodiagnosis program is designed to strengthen competence in both clinical radiology and radiological science.
The stated objectives prepare residents to become:
The course therefore combines diagnostic interpretation with imaging technique, radiation safety, scientific knowledge, and professional responsibility.
Applicants must already hold a recognized medical qualification before entering postgraduate radiology training.
Eligibility:
The one-year experience requirement applies to MD Radiodiagnosis under the stated postgraduate eligibility requirements.
Academic qualification and professional registration make a candidate eligible to compete for admission. Placement at UCMS depends on the postgraduate entrance, merit, matching, and seat-allocation process.
Admission is conducted through the Medical Education Common Entrance Examination for Postgraduate Level (MECEE-PG).
The Medical Education Commission (MEC) manages postgraduate entrance, merit, matching, seat allocation, fees, and admission procedures.
The admission process can be understood in the following order:
Candidates must obtain at least 50% in the entrance examination to become eligible for the merit list.
The postgraduate entrance examination consists of 200 single-best-response multiple-choice questions with four options.
| Entrance Detail | Requirement |
|---|---|
| Question Type | Single best response MCQ |
| Options | A, B, C, D |
| Number of Questions | 200 |
| Duration | 3 hours |
| Cognitive Distribution | Recall : Understanding : Application = 30 : 50 : 20 |
| Merit Requirement | Minimum 50% |
The entrance test covers clinical medicine, basic medical sciences, community medicine, research methodology, forensic medicine, and selected continuing professional development subjects.
| Area | Marks |
|---|---|
| Clinical Subjects | 115 |
| Basic Medical Sciences | 60 |
| Community Medicine + Research Methodology | 10 |
| Forensic Medicine | 5 |
| Mandatory CPD-related Areas | 10 |
| Total | 200 |
Radiology carries seven marks within the clinical section.
The basic medical sciences include Anatomy, Physiology, Pathology, Pharmacology, Biochemistry, and Microbiology.
Mandatory CPD-related questions cover areas such as medical ethics, rational use of medicines, infection prevention, BLS/ACLS, and communication skills.
The radiodiagnosis curriculum organizes imaging knowledge around major anatomical systems and clinical areas.
Residents study anatomy and radiological techniques related to:
This approach connects anatomical knowledge directly with the techniques used to investigate different body systems.
Residents are also expected to build sound knowledge of pathology, particularly as it relates to modern imaging methods. This is important because radiological interpretation requires an understanding of how disease changes anatomy and imaging appearances.
The program includes training across several imaging methods rather than concentrating only on conventional radiography.
Residents receive training in:
CT, ultrasound, MRI, and angiography are specifically identified as required areas of training.
As residents gain experience, they are expected to undertake reporting and procedures with progressively less supervision while remaining under specialist guidance.
The later stages of the program place greater emphasis on practical radiology and increasing clinical responsibility.
Residents who have passed the primary examination take part in on-call duties during their postings under appropriate radiologist supervision.
During the second and third years, training includes nuclear medicine, paediatric radiology, obstetric and gynaecological radiology, and neuroradiology.
Residents are also trained in CT, ultrasound, MRI, and angiography.
With increasing experience, trainees are expected to perform:
with progressively less supervision.
This progression is important in postgraduate radiology because the resident moves from learning imaging principles toward greater responsibility for investigation, interpretation, and reporting.
Awareness of radiation hazards is a specific objective of MD Radiodiagnosis.
Residents are expected to understand the risks associated with radiological investigations and develop competence in minimizing or preventing those risks.
Radiation safety is therefore part of specialist preparation rather than an additional topic separate from imaging practice.
The course connects radiation awareness with professional responsibility because appropriate imaging involves both obtaining useful diagnostic information and conducting investigations with attention to patient and staff safety.
One of the main objectives of the program is to prepare residents to independently perform and interpret radiological investigations and imaging studies.
Interpretation requires more than recognizing normal anatomy. Residents must learn to connect:
This explains why the curriculum includes both system-based anatomy and pathology alongside training in different imaging methods.
Radiological reporting becomes increasingly independent as residents progress through training.
Residents are expected to participate in regular academic activities during the program.
These include:
These activities support the development of communication and professional discussion alongside technical imaging competence.
A radiologist must be able to communicate imaging findings clearly to other medical professionals. Participation in clinical meetings and presentations contributes to this part of specialist training.
UCMS is a Tribhuvan University-affiliated medical and health-sciences institution in Bhairahawa.
Its associated teaching hospital provides clinical education and training for doctors, nurses, and other health professionals. Hospital-level diagnostic services include radiology and imaging.
MD Radiodiagnosis residents therefore undertake postgraduate study at an institution where imaging services operate alongside medicine, surgery, obstetrics and gynaecology, paediatrics, ophthalmology, ENT, orthopaedics, psychiatry, dental care, laboratory services, and emergency care.
For radiology trainees, interaction with different medical specialties is relevant because diagnostic imaging supports patient assessment across many areas of medicine.
Postgraduate residents under TU/IOM undertake full-time training and must follow the applicable academic and administrative rules.
Postgraduate study is non-practicing during the course, meaning residents are not permitted to undertake private practice or other private assignments while enrolled.
The training period therefore remains focused on academic study, diagnostic work, supervised imaging practice, reporting, meetings, presentations, and other assigned postgraduate responsibilities.
By completing MD Radiodiagnosis, residents develop specialist preparation in areas such as:
These areas describe the specialist abilities developed through the course. Professional responsibilities after graduation depend on registration requirements, institutional rules, experience, and the role concerned.
Postgraduate seats for MD Radiodiagnosis at UCMS are determined through the applicable MEC admission process.
Seat numbers should not be treated as permanent because specialty allocations may change between admission cycles.
The same applies to:
The three-year duration, MBBS entry requirement, one-year experience requirement, MECEE-PG admission, and radiology training areas are the more stable course details.
MD Radiodiagnosis is a three-year postgraduate medical program.
UCMS is affiliated with Tribhuvan University, and the program follows the postgraduate academic structure of the Institute of Medicine.
Applicants must hold MBBS or an equivalent recognized medical qualification.
Yes. The stated eligibility for MD Radiodiagnosis includes one year of professional experience.
Yes. Admission is conducted through MECEE-PG and the applicable MEC merit and matching process.
Training includes plain radiography, fluoroscopy, ultrasound, CT, MRI, angiography, intravenous urography, nuclear medicine, neuroradiology, paediatric radiology, and obstetric and gynaecological radiology.
Yes. Understanding radiological hazards and minimizing risks associated with imaging investigations are specific objectives of the program.
Residents who have passed the primary examination participate in on-call arrangements during their postings under radiologist supervision.
Yes. Residents are expected to attend clinical radiological meetings and conferences and participate in teaching activities, talks, and presentations.
No. Postgraduate seat allocation is determined through the applicable MEC admission process and may vary between admission cycles.
