The Bachelor of Science in Medical Imaging Technology (BSc MIT) at Devdaha Medical College, Rupandehi is a four-year undergraduate health science program affiliated with Kathmandu University (KU).
The program focuses on medical imaging techniques used in diagnostic healthcare. Its academic and practical areas include Radiographic Techniques, Ultrasound, CT and MRI Imaging, Radiation Safety, and Anatomy. Students also receive practical exposure through clinical rotations in imaging settings.
Admission operates under the prevailing rules of Nepal's Medical Education Commission. The stated intake at Devdaha Medical College is five seats: one foreign seat, three paying seats, and one open scholarship seat. Academic curriculum, examinations, and degree requirements follow Kathmandu University regulations, while professional practice after graduation is subject to the applicable professional council requirements.
| Field | Details |
|---|---|
| Course | Bachelor of Science in Medical Imaging Technology (BSc MIT) |
| Level | Bachelor's Degree |
| College | Devdaha Medical College & Research Institute |
| Location | Bhaluhi, Devdaha-9, Rupandehi, Lumbini Province |
| Affiliation | Kathmandu University |
| Duration | 4 academic years |
| Entrance Framework | MECEE-BL |
| Admission Authority | Medical Education Commission |
| Total Seats | 5 |
| Foreign Seats | 1 |
| Paying Seats | 3 |
| Scholarship Seats | 1 |
| Degree Award | Kathmandu University |
| Professional Regulation | Applicable Nepal Health Professional Council requirements |
BSc Medical Imaging Technology is concerned with imaging methods used to support medical diagnosis. The Kathmandu University program identifies techniques such as X-ray, CT scan, MRI, USG, and PET CT within the field of medical imaging.
At Devdaha Medical College, the course combines theoretical instruction with practical learning. Students study the scientific and technical principles behind imaging while also developing familiarity with the clinical use of imaging technologies.
The course includes specific attention to:
Radiographic Techniques
Ultrasound
CT Imaging
MRI Imaging
Radiation Safety
Anatomy
practical imaging training
clinical rotations
These areas place the program between health science and imaging technology, with students learning both the human anatomy relevant to imaging and the operation and application of imaging methods used within healthcare.
Medical imaging supports the examination of internal body structures through different imaging techniques. BSc MIT prepares students academically and practically for work connected with these imaging services.
The course introduces students to several imaging modalities rather than focusing on a single technique. Kathmandu University's BSc MIT information specifically refers to CT scan, MRI, USG, X-ray, and PET CT as radiological techniques associated with the program.
At Devdaha Medical College, the course also includes clinical exposure. Students are expected to connect classroom study with practical imaging work through supervised training and clinical rotations.
The program therefore brings together three closely related areas:
scientific and anatomical knowledge;
medical imaging techniques and technologies; and
practical learning in healthcare imaging environments.
The BSc MIT program has a duration of four academic years.
The four-year period combines theoretical coursework with practical and clinical learning. Unlike programs built mainly around classroom study, medical imaging education requires students to understand equipment, imaging procedures, anatomical structures, safety principles, and the clinical context in which images are produced.
The exact academic progression, assessment structure, and examination requirements operate under Kathmandu University regulations.
Eligibility for BSc MIT is governed by the prevailing criteria of the Medical Education Commission.
Candidates seeking admission must meet the academic eligibility prescribed by MEC for the BSc Medical Imaging Technology program in the applicable admission cycle. Kathmandu University's BSc MIT information places eligibility directly under MEC requirements rather than setting a separate college-level eligibility system.
Admission eligibility and entrance qualification are separate requirements. Meeting the academic criteria allows a candidate to enter the admission process, while selection also depends on the applicable entrance, merit, matching, and seat-allocation procedures.
Admission to BSc MIT at Devdaha Medical College follows the bachelor-level medical education admission framework administered by the Medical Education Commission (MEC).
Kathmandu University states that the entrance test for BSc MIT is conducted by the Medical Education Commission and that candidate selection is carried out according to MEC guidelines.
For admission, candidates need to follow the prevailing MECEE-BL process applicable to bachelor-level medical and health science education.
The admission pathway involves:
meeting the applicable BSc MIT academic eligibility;
participating in the required MEC entrance process;
qualifying according to the prevailing entrance requirements;
participating in the applicable merit and matching process;
applying under the appropriate admission category; and
completing admission according to the MEC and Kathmandu University procedures.
Admission arrangements are governed nationally rather than through an independent entrance examination conducted solely by Devdaha Medical College.
Devdaha Medical College has a stated intake of five seats for BSc MIT.
| Seat Category | Seats | Distribution |
|---|---|---|
| Foreign | 1 | Foreign category |
| Paying | 3 | Paying category |
| Scholarship | 1 | Open scholarship |
| Total | 5 | Combined intake |
The scholarship allocation consists of one open scholarship seat. No separate reservation scholarship seat is included in the stated distribution.
Medical education seats are determined through the MEC framework. The allocation may be revised in a different admission cycle according to MEC decisions.
One of the five stated BSc MIT seats is allocated as an open scholarship seat.
Scholarship admission follows the prevailing MEC scholarship, entrance, merit, matching, and admission procedures. It is part of the regulated medical education admission system rather than a separate scholarship process operated independently by the college.
Applicants competing for the scholarship category must therefore satisfy both the academic requirements for BSc MIT and the relevant MEC admission provisions.
The Devdaha Medical College BSc MIT program identifies several core areas of study.
Radiographic Techniques form part of the course's technical foundation. Students study imaging procedures connected with radiographic practice and their application within medical imaging.
The subject links technical operation with the anatomical and clinical context in which radiographic images are produced.
Ultrasound is included among the imaging areas covered in the program.
It forms part of the broader set of diagnostic imaging techniques addressed during the four-year course.
Computed Tomography, commonly referred to as CT, is one of the imaging modalities included in BSc MIT.
Students study CT within the broader context of diagnostic imaging technology and practical imaging education.
Magnetic Resonance Imaging is another stated part of the curriculum.
MRI is studied alongside other imaging techniques rather than as an independent degree area at the undergraduate stage.
Radiation Safety is specifically included among the core learning areas at Devdaha Medical College.
This subject is directly relevant to imaging education because students working with radiological techniques need an academic understanding of safety within the imaging environment.
Anatomy is also included in the curriculum.
For medical imaging students, anatomical study provides the body-structure knowledge needed to understand the areas represented through diagnostic images.
Kathmandu University's description of BSc MIT refers to several imaging techniques:
X-ray
CT scan
MRI
USG
PET CT
These modalities show the range of imaging areas connected with the program rather than limiting BSc MIT to conventional radiography alone.
Students encounter these technologies within an academic framework that combines imaging principles with practical exposure.
The depth and sequence of individual modalities follow the approved curriculum and academic requirements applicable to the program.
Practical training is an integral part of BSc MIT at Devdaha Medical College.
The program combines theoretical instruction with practical experience in medical imaging. Clinical rotations allow students to apply classroom learning in imaging environments and develop familiarity with the practical use of imaging techniques.
This practical component is important because imaging technology requires students to connect several areas at the same time:
anatomy;
imaging techniques;
equipment-related knowledge;
radiation safety; and
clinical imaging procedures.
Clinical rotations provide a setting in which these areas can be studied together under supervision.
Devdaha Medical College also operates Devdaha Medical College Teaching Hospital within the same institutional setting, connecting its health science programs with hospital-based clinical education.
Devdaha Medical College & Research Institute is located at Bhaluhi, Devdaha-9, Rupandehi, Lumbini Province.
The college and teaching hospital function within the same institutional setting. For BSc MIT students, this relationship is relevant because the program includes practical and clinical exposure related to diagnostic imaging.
Learning is not limited to lectures. The BSc MIT description combines theoretical study with practical training and clinical rotations.
The college also identifies research participation, workshops, and conferences among academic activities connected with medical imaging study.
BSc MIT at Devdaha Medical College is affiliated with Kathmandu University.
Kathmandu University governs the academic framework of the program, including curriculum requirements, assessment, examinations, academic progression, and degree completion.
Students must fulfill the applicable requirements of the four-year program, including theoretical study, practical work, clinical training, assessments, and university examinations.
Successful completion of the required academic components leads to the relevant bachelor's degree under Kathmandu University.
The role of Kathmandu University should be distinguished from that of the Medical Education Commission. MEC governs admission-related matters, while KU governs the academic and university examination framework after enrollment.
The BSc Medical Imaging Technology degree is awarded under Kathmandu University's academic system after completion of the required course, practical training, clinical components, assessments, and examinations.
Receiving the academic degree and entering professional practice are related but separate stages.
Graduates intending to enter a regulated health profession must also satisfy the applicable professional registration or licensing provisions.
Medical imaging technology falls within the allied health professional pathway.
Graduates entering professional practice must meet the applicable requirements of the Nepal Health Professional Council (NHPC), according to the professional registration framework that applies to the qualification.
The academic and professional pathway therefore includes:
completing the four-year BSc MIT program;
completing required practical and clinical learning;
passing Kathmandu University examinations;
receiving the relevant degree; and
meeting the applicable professional council registration or licensing requirements before regulated professional practice.
Professional registration requirements operate separately from MEC admission and Kathmandu University academic examinations.
The BSc MIT program combines scientific knowledge with imaging-related technical and practical study.
Through its stated curriculum and clinical training, students work with areas related to:
human anatomy;
radiographic techniques;
ultrasound imaging;
CT imaging;
MRI imaging;
radiation safety;
use of imaging technologies in healthcare settings;
clinical imaging practice; and
supervised practical work.
The program's practical component is significant because imaging technologists need to connect anatomical knowledge with the technical process used to produce diagnostic images.
Competence develops through the combined academic, practical, clinical, and examination requirements of the course rather than through classroom study alone.
Kathmandu University's program information identifies imaging technologist work in hospitals with radiodiagnostic facilities as a professional direction for BSc MIT graduates.
Possible healthcare settings may include institutions that operate diagnostic imaging services using modalities covered during the program.
Professional entry depends on the graduate meeting applicable council registration or licensing requirements and the recruitment criteria of the employing organization.
Completion of BSc MIT does not by itself guarantee employment, a particular position, or appointment within a specific healthcare institution.
BSc MIT graduates may continue to relevant master's-level education or pursue further academic specialization in medical imaging modalities, subject to the eligibility and admission requirements of the receiving institution.
Further study may allow graduates to develop deeper academic knowledge in particular areas of imaging after completing the broader undergraduate medical imaging foundation.
Postgraduate admission is separate from the BSc MIT admission process and depends on the requirements of the postgraduate program concerned.
BSc MIT is relevant to students seeking undergraduate health science education specifically connected with diagnostic imaging technology.
The program involves both health science and technical study. Students encounter Anatomy alongside Radiographic Techniques, Ultrasound, CT, MRI, and Radiation Safety.
It is therefore different from a general science degree and also distinct from MBBS or nursing education. Its academic focus is specifically on medical imaging technology and the practical use of imaging methods within healthcare.
Students considering the course should be prepared for:
scientific study;
technical imaging subjects;
practical sessions;
clinical rotations;
regulated admission through MEC; and
professional registration requirements after graduation.
Students planning to study BSc MIT at Devdaha Medical College should consider the course within Nepal's regulated medical education system.
Important points include:
the program lasts four academic years;
academic eligibility follows prevailing MEC criteria;
admission follows the MECEE-BL framework;
selection is governed through MEC procedures;
the stated intake is five seats;
one seat is allocated to the foreign category;
three seats are paying seats;
one seat is an open scholarship seat;
the program is affiliated with Kathmandu University;
practical and clinical imaging training forms part of the course; and
professional practice is subject to applicable council requirements.
Seat numbers, scholarship arrangements, admission procedures, and other admission-cycle matters can change through MEC decisions.
BSc MIT stands for Bachelor of Science in Medical Imaging Technology. It is an undergraduate health science degree focused on medical imaging techniques and technologies used in diagnostic healthcare.
The program duration is four academic years.
The program is affiliated with Kathmandu University.
Admission follows the MECEE-BL framework administered under the Medical Education Commission.
Candidates must meet the prevailing academic eligibility prescribed by the Medical Education Commission for BSc Medical Imaging Technology.
The stated intake is five seats.
The stated distribution is one foreign seat, three paying seats, and one open scholarship seat.
Yes. One of the five stated seats is an open scholarship seat.
The stated course areas include Radiographic Techniques, Ultrasound, CT and MRI Imaging, Radiation Safety, and Anatomy.
Kathmandu University identifies X-ray, CT scan, MRI, USG, and PET CT among the imaging techniques connected with BSc MIT.
Yes. The program combines theoretical instruction with practical learning and clinical rotations in medical imaging settings.
Yes. Radiation Safety is specifically included among the stated learning areas of the program at Devdaha Medical College.
The degree is awarded under Kathmandu University's academic system after completion of the applicable academic requirements.
Graduates entering regulated professional practice must satisfy the applicable registration or licensing requirements of the Nepal Health Professional Council.
The program is connected with work as an imaging technologist in healthcare institutions with radiodiagnostic services. Graduates may also pursue relevant master's-level study or further specialization, subject to applicable admission requirements.
