MD Radiodiagnosis / Radiology

MD Radiodiagnosis / Radiology at Birat Medical College is a three-year postgraduate medical program affiliated with Kathmandu University. The specialty focuses on the diagnosis of disease through medical imaging, including technologies such as X-ray, CT, and MRI.

Birat Medical College is located in Tankisinuwari, Biratnagar, Morang, Koshi Province. Its postgraduate medical education follows the academic regulations of Kathmandu University, while entrance, merit, selection, and seat allocation are administered through the Medical Education Commission.

MD Radiodiagnosis is a clinical postgraduate program. Applicants require an eligible MBBS or equivalent medical qualification, applicable Medical Council registration, the required clinical experience, and qualification through MECEE-PG.

Course Overview

The program operates under the postgraduate medical education framework of Kathmandu University.

What is MD Radiodiagnosis?

Radiodiagnosis is a medical specialty concerned with diagnosing disease through medical imaging.

The program builds on the clinical and scientific foundation completed during MBBS and develops postgraduate knowledge in the use and interpretation of diagnostic imaging.

The identified imaging technologies include:

• X-ray;

• CT scan; and

• MRI.

These technologies allow internal body structures to be examined without relying solely on physical examination or direct surgical visualization.

MD Radiodiagnosis therefore belongs to diagnostic medicine. Its role is different from specialties that focus mainly on medical treatment, surgery, rehabilitation, or laboratory testing.

Radiodiagnosis and Radiology

The terms Radiodiagnosis and Radiology are commonly used together in the course title because the specialty centers on imaging-based diagnosis.

Within the Birat Medical College postgraduate program list, the course is identified as MD Radiodiagnosis / Radiology.

The program should not be confused with undergraduate medical imaging technology. MD Radiodiagnosis is a postgraduate medical degree for qualified doctors.

By comparison, BSc Medical Imaging Technology (BSc MIT) is an undergraduate allied health program preparing imaging technologists.

The educational entry requirements, professional roles, and degree levels of the two programs are different.

Duration

MD Radiodiagnosis / Radiology has a duration of three years.

Candidates enter the program after completing an eligible MBBS or equivalent degree and fulfilling the applicable professional registration, experience, entrance, and selection requirements.

Academic progression, examinations, and degree completion during postgraduate study follow Kathmandu University regulations.

Radiology as a Clinical Science Program

Radiodiagnosis is included within the postgraduate Clinical Science group.

Clinical postgraduate programs require candidates to enter with previous medical education and clinical experience.

Other clinical specialties within the postgraduate medical framework include areas such as:

• Internal Medicine;

• General Surgery;

• Paediatrics;

• Psychiatry;

• Dermatology;

• Anaesthesiology;

• Obstetrics and Gynaecology;

• Ophthalmology;

• Orthopedics; and

• Otorhinolaryngology.

Radiodiagnosis differs from these specialties through its primary emphasis on diagnostic medical imaging.

Academic Focus

The central academic purpose of MD Radiodiagnosis is to prepare medical graduates for specialist study in imaging-based diagnosis.

Medical imaging contributes information about disease, injury, anatomical structures, and internal changes that may not be adequately evaluated through clinical examination alone.

The program therefore connects:

• medical knowledge;

• anatomy and pathology;

• clinical reasoning;

• imaging technology;

• diagnostic interpretation; and

• communication of imaging findings within clinical care.

Detailed specialty rotations, year-wise subjects, and individual procedural requirements are governed by the Kathmandu University postgraduate curriculum.

X-ray Imaging

X-ray is one of the imaging technologies identified within Radiodiagnosis.

It is used to produce internal images that assist clinical evaluation and diagnosis.

For postgraduate radiology education, X-ray forms part of a broader diagnostic imaging field rather than being the entire specialty.

MD Radiodiagnosis trainees study imaging from the perspective of medical diagnosis, interpretation, and clinical decision support.

CT Imaging

Computed Tomography, or CT, is another imaging technology included within the specialty.

CT produces sectional images used for diagnostic assessment.

Its place within MD Radiodiagnosis reflects the wider range of imaging tools used in contemporary clinical medicine.

Postgraduate medical study therefore requires an understanding of imaging findings within the context of the patient's clinical condition rather than simply operating imaging equipment.

MRI

Magnetic Resonance Imaging, commonly known as MRI, is also included within the diagnostic imaging scope of the program.

MRI provides another method of examining internal body structures and contributes to diagnosis across different areas of medicine.

Its inclusion alongside X-ray and CT illustrates that Radiodiagnosis covers several imaging modalities rather than one diagnostic technique.

Diagnostic Role Within Healthcare

Radiodiagnosis interacts with many areas of medicine because imaging is used across a wide range of clinical conditions.

A radiological investigation may be relevant to patients receiving care through medicine, surgery, paediatrics, orthopedics, emergency services, and other clinical departments.

This means postgraduate radiology education is closely connected with the broader clinical environment of a teaching hospital.

The radiologist's specialist role is diagnostic rather than identical to the work of the physician or surgeon directly managing the patient's underlying condition.

Eligibility for MD Radiodiagnosis

Applicants must meet the postgraduate Clinical Science eligibility requirements.

The stated requirements include:

• MBBS or an equivalent medical qualification from an eligible institution;

• registration with the Nepal Medical Council for applicable Nepali candidates;

• registration with the respective medical council for foreign candidates;

• one year of experience; and

• qualification through the Medical Education Commission postgraduate entrance examination.

The one-year experience exemption applicable to specified Basic Medical Sciences programs does not apply to MD Radiodiagnosis.

Applicants therefore need to fulfill the academic qualification, professional registration, experience, entrance, and selection requirements before admission.

Professional Registration

Medical Council registration forms part of the postgraduate eligibility framework.

For Nepali medical graduates, professional registration is associated with the Nepal Medical Council.

Foreign candidates must meet the corresponding professional registration requirement applicable to their admission category.

Professional registration and entrance qualification are separate stages. Registration does not replace MECEE-PG, and qualification in MECEE-PG does not replace professional registration.

MECEE-PG Admission

Admission follows the Medical Education Common Entrance Examination for Postgraduate Level, or MECEE-PG.

The Medical Education Commission conducts the entrance examination and manages postgraduate medical selection under its prevailing procedures.

The admission pathway includes:

• completing an eligible MBBS or equivalent degree;

• holding applicable Medical Council registration;

• completing the required experience;

• appearing in MECEE-PG;

• obtaining the required qualifying score;

• entering the merit process; and

• receiving selection through the applicable MEC procedure.

Birat Medical College follows this centralized postgraduate admission framework.

Minimum Entrance Requirement

Candidates must obtain at least 50 percent in the postgraduate entrance examination to become eligible for inclusion on the merit list.

The qualifying score does not mean automatic admission.

Final selection depends on the applicant's merit position, available seats, applicable category, and MEC admission procedures.

MECEE-PG Examination Format

The postgraduate entrance examination follows a single-best-response multiple-choice structure.

The stated format includes:

• 200 questions;

• four answer options for each question;

• one best response;

• three hours of examination time; and

• recall, understanding, and application questions in a 30:50:20 distribution.

The examination assesses the broader MBBS knowledge base rather than testing Radiology alone.

MECEE-PG Subject Weightage

Radiology carries 7 marks within the Clinical Subjects portion of MECEE-PG.

Applicants therefore need preparation across the complete postgraduate entrance syllabus.

Clinical Subjects in MECEE-PG

The clinical component includes:

• Medicine — 18 marks;

• Surgery — 18 marks;

• Obstetrics and Gynecology — 12 marks;

• Paediatrics — 12 marks;

• Orthopedics — 10 marks;

• Otorhinolaryngology — 10 marks;

• Ophthalmology — 7 marks;

• Anaesthesiology — 7 marks;

• Psychiatry — 7 marks;

• Radiology — 7 marks; and

• Dermatology — 7 marks.

Together, these subjects account for 115 marks.

Basic Medical Sciences

The Basic Medical Sciences section carries 60 marks.

It includes:

• Anatomy — 12 marks;

• Physiology — 12 marks;

• Pathology — 10 marks;

• Pharmacology — 10 marks;

• Biochemistry — 8 marks; and

• Microbiology — 8 marks.

Community Medicine and Research Methodology, Forensic Medicine, and mandatory continuing professional development topics complete the examination structure.

Professional Development Areas

The postgraduate entrance framework also includes mandatory professional development topics.

These include:

• medical ethics;

• rational use of drugs;

• infection prevention;

• BLS/ACLS; and

• communication skills.

These subjects form part of the broader professional preparation expected before postgraduate specialty training.

MD Radiodiagnosis Seats at Birat Medical College

The stated seat allocation for MD Radiodiagnosis / Radiology at Birat Medical College is four seats.

The allocation consists of three open seats and one foreign seat.

Postgraduate seat allocation is determined through MEC and may change between admission cycles.

Applicants should therefore use the seat matrix applicable to the MEC admission cycle in which they apply.

Clinical Learning at Birat Medical College

Birat Medical College conducts postgraduate medical education in connection with Birat Medical College Teaching Hospital.

The teaching hospital provides inpatient, outpatient, emergency, diagnostic, surgical, and specialist services.

Diagnostic services are directly relevant to MD Radiodiagnosis because medical imaging supports patient evaluation across different hospital departments.

The teaching-hospital environment also places radiological diagnosis within the broader context of patient care rather than treating imaging as an isolated technical activity.

Relationship With Other Medical Specialties

Radiodiagnosis supports clinical work across several specialties.

Imaging may contribute diagnostic information relevant to:

• Internal Medicine;

• General Surgery;

• Orthopedics;

• Paediatrics;

• Obstetrics and Gynaecology;

• emergency care; and

• other clinical areas.

This multidisciplinary connection is one reason Radiology operates within a teaching-hospital environment.

The specialty remains distinct because its central responsibility is imaging-based diagnostic assessment rather than the primary medical or surgical treatment of the patient.

Difference Between MD Radiodiagnosis and BSc MIT

MD Radiodiagnosis and BSc Medical Imaging Technology both involve medical imaging, but they are different academic and professional programs.

This distinction is important for students researching imaging-related education.

MD Radiodiagnosis prepares medical graduates for specialist radiological diagnosis, while BSc MIT prepares students for the imaging technology profession.

Academic Environment

Postgraduate students study within the wider academic environment of Birat Medical College.

College facilities include:

• academic buildings;

• clinical departments;

• laboratories;

• demonstration areas;

• practical spaces;

• a central library;

• administrative facilities; and

• student support infrastructure.

The Central Library provides wired and Wi-Fi internet access, HINARI access, a separate faculty area, photocopy facilities, and seating for more than 150 users.

These resources serve students across the medical college rather than MD Radiodiagnosis alone.

Research and Medical Education

Birat Medical College supports research among faculty and students and is associated with the Birat Journal of Health Sciences.

The college also has a Health Professions Education Department involved in:

• faculty development;

• curriculum development and review;

• medical education research;

• student-centred learning;

• assessment; and

• feedback processes.

These academic activities form part of the wider environment supporting postgraduate medical education.

Academic Regulation

Admission, university study, and professional regulation are managed through separate frameworks.

MECEE-PG is the postgraduate admission examination.

The examinations completed after enrollment are separate university requirements governed by Kathmandu University.

Degree Award

Students who successfully complete the prescribed postgraduate curriculum, academic requirements, and examinations receive the MD degree under Kathmandu University.

Admission through the MEC process is only the entry stage.

The student must subsequently satisfy all Kathmandu University requirements for completion of MD Radiodiagnosis / Radiology.

Who May Consider MD Radiodiagnosis?

MD Radiodiagnosis is intended for qualified medical graduates interested in specialist medical education centered on diagnostic imaging.

Candidates should be prepared for postgraduate study involving:

• imaging-based diagnosis;

• interpretation of medical images;

• clinical reasoning;

• communication of diagnostic findings;

• interaction with different medical specialties;

• professional medical responsibilities; and

• postgraduate academic assessment.

The program requires previous medical education and therefore is not a direct-entry course after school-level study.

Professional Direction

MD Radiodiagnosis provides postgraduate specialization in diagnostic radiology.

After completing the degree and meeting applicable professional requirements, graduates may work within radiological and diagnostic medical services according to their professional registration, institutional appointment, scope of practice, and prevailing regulations.

Professional environments may include hospitals, medical colleges, diagnostic services, teaching institutions, and other healthcare settings with radiological facilities.

The degree itself does not guarantee employment or a specific appointment.

Points to Understand Before Admission

Applicants considering MD Radiodiagnosis / Radiology at Birat Medical College should note the following:

• The program is affiliated with Kathmandu University.

• The duration is three years.

• Radiodiagnosis is a Clinical Science postgraduate specialty.

• Its main focus is diagnosis through medical imaging.

• X-ray, CT, and MRI are identified imaging technologies within the specialty.

• Applicants require MBBS or an equivalent eligible qualification.

• Medical Council registration is required.

• One year of experience is required.

• Admission follows MECEE-PG.

• MEC conducts the entrance examination and manages selection.

• Candidates must obtain at least 50 percent to become eligible for the merit list.

• MECEE-PG contains 200 single-best-response questions.

• Radiology carries 7 marks within the clinical entrance section.

• Birat Medical College has a stated allocation of four seats.

• The stated distribution is 3 open seats and 1 foreign seat.

• Seat allocation can change according to MEC determination.

• Curriculum, academic progression, examinations, and degree award follow Kathmandu University regulations.

• Professional medical practice remains subject to Nepal Medical Council requirements.

MD Radiodiagnosis / Radiology at a Glance

MD Radiodiagnosis / Radiology at Birat Medical College is a three-year Kathmandu University postgraduate Clinical Science program for medical graduates seeking specialist education in imaging-based diagnosis. Applicants require an eligible MBBS or equivalent qualification, Medical Council registration, one year of experience, and qualification through MECEE-PG. The stated allocation is four seats, consisting of three open and one foreign seat, while curriculum, examinations, academic progression, and degree award follow Kathmandu University regulations.