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Program Overview

The Bachelor of Medical Radiology & Imaging Technology at VIDYA University is a professional undergraduate healthcare programme designed to prepare students for careers in diagnostic imaging and radiology services. The programme combines theoretical knowledge with hands-on clinical training in human anatomy and physiology, radiographic techniques, X-ray, CT, MRI, ultrasound, imaging physics, radiation safety, and patient care. Through practical learning, clinical exposure, and internship, students develop the skills required to operate diagnostic imaging equipment, assist radiologists and physicians, maintain radiation safety protocols, and contribute to accurate and efficient medical imaging services.

Duration
4 Years

(Including Internship)

Applications Open for 2026

Programme Name

Bachelor of Medical Radiology & Imaging Technology

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Career Opportunities

The growing demand for diagnostic imaging services has created opportunities for trained professionals in hospitals, diagnostic centres, radiology departments, trauma centres, and other healthcare institutions. Graduates can work alongside radiologists and physicians and support diagnostic imaging procedures using modern imaging technologies.

Graduates can explore career opportunities as:

  • Radiology Technologist
  • Medical Imaging Technologist
  • X-Ray Technologist
  • CT Scan Technologist
  • MRI Technologist
  • Ultrasound Technologist
  • Radiology Department Technician
  • Diagnostic Imaging Technician
  • Imaging Centre Technician
  • Radiology Assistant
  • Medical Imaging Professional

Scholarship

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*Terms and Conditions Apply

  • Scholarships are granted based on the order of application and are applied as fee adjustments.
  • To retain the scholarship throughout the duration of the programme, students must maintain a minimum academic performance of 8 CGPA in all semesters, ensure at least 80% attendance, and avoid any disciplinary issues during their course of study.

Eligibility

  • Candidates seeking admission to the Bachelor of Medical Radiology & Imaging Technology programme should have completed 10+2 in Science with PCB / PCMB / PCM from a recognised board.
  • Candidates should have studied Physics, Chemistry and Biology / Mathematics and fulfil the minimum marks and other admission requirements prescribed by VIDYA University. The reference programme specifies 10+2 Science with PCB / PCMB / PCM as the eligibility pathway.

Selection

Selection will be based on the merit of the qualifying examination, subject to the eligibility and admission norms of VIDYA University.

Depending upon the applicable admission regulations, selection may be based on merit or an entrance examination. The reference programme notes that admission requirements may vary according to the university.

Program Highlights

  • Human Anatomy & Physiology: Students develop an understanding of body structures and organ systems relevant to diagnostic imaging and clinical assessment.
  • Radiographic Techniques: Students learn patient positioning and the operation of X-ray equipment for producing accurate diagnostic images.
  • X-Ray Technology: Students gain practical knowledge of conventional radiography and the principles involved in producing diagnostic X-ray images.
  • CT Imaging Technology: Students learn the principles and procedures of computed tomography used to produce detailed cross-sectional images of the body.
  • MRI Technology: Students are introduced to magnetic resonance imaging principles and techniques used for detailed imaging of various body structures.
  • Ultrasound Imaging: Students learn the fundamentals of ultrasound imaging and its application in examining internal organs and soft tissues.
  • Radiation Physics & Safety: Students understand radiation principles and learn safety measures designed to protect patients and healthcare professionals during imaging procedures.
  • Patient Care & Communication: Students learn how to prepare patients for imaging procedures, communicate effectively, and follow appropriate safety protocols.
  • Diagnostic Imaging: Students develop knowledge of modern imaging systems used for the detection, diagnosis, and monitoring of diseases.
  • Imaging Equipment: Students gain practical exposure to diagnostic imaging equipment and learn appropriate operational and safety procedures.
  • Clinical Training: Practical hospital exposure enables students to apply theoretical knowledge and develop real-world diagnostic imaging skills.
  • Professional Development: The programme develops communication, teamwork, patient handling, ethical practice, and professional skills required in healthcare environments.

The programme combines medical sciences, diagnostic imaging technology, practical training, radiation safety, clinical exposure, and professional development to prepare students for careers in radiology and medical imaging services.

Clinical & Practical Training

A major component of the programme is hands-on clinical training, allowing students to apply theoretical knowledge in real healthcare and diagnostic imaging environments. The reference programme emphasises practical exposure to hospitals, radiology departments, diagnostic imaging centres, and advanced imaging technologies.

The practical learning approach focuses on:

  • X-Ray imaging procedures
  • Patient positioning
  • Radiographic techniques
  • CT scan procedures
  • MRI procedures
  • Ultrasound imaging
  • Imaging equipment handling
  • Radiation safety practices
  • Patient preparation and care
  • Imaging department workflow
  • Clinical documentation
  • Quality and safety protocols
  • Hospital and diagnostic centre exposure

The programme integrates academic learning, laboratory practice, clinical exposure, and internship to help students develop the technical and professional competencies required for medical radiology and imaging services.

Career Scope

The scope of Medical Radiology & Imaging Technology is expanding with the increasing demand for diagnostic imaging services. The growing prevalence of chronic diseases, injuries, and lifestyle-related conditions has increased the need for accurate medical imaging. The reference programme highlights opportunities across private hospitals, government healthcare institutions, trauma centres, cancer hospitals, diagnostic laboratories, and imaging centres.

Graduates can explore employment opportunities in:

  • Multispeciality Hospitals
  • Government and Private Hospitals
  • Radiology Departments
  • Diagnostic Imaging Centres
  • Trauma Centres
  • Cancer Hospitals
  • CT Scan Centres
  • MRI Centres
  • Ultrasound Centres
  • Diagnostic Laboratories
  • Healthcare and Medical Centres

Frequently Asked Questions – Bachelor of Medical Radiology & Imaging Technology

The Bachelor of Medical Radiology & Imaging Technology is a professional undergraduate healthcare programme focused on diagnostic imaging techniques used to detect and monitor diseases. The programme prepares students to work alongside radiologists and physicians in hospitals, diagnostic centres, and imaging departments.

The programme has a duration of 4 years, including internship. It combines academic study, laboratory practice, clinical exposure, and internship to develop practical and professional competencies.

Candidates should have completed 10+2 in Science with PCB / PCMB / PCM and studied Physics, Chemistry and Biology / Mathematics, subject to the applicable university admission requirements.

Major areas covered in the programme include:

  • Human Anatomy and Physiology
  • Radiographic Techniques
  • X-Ray Technology
  • Radiation Physics
  • CT Imaging Technology
  • MRI Technology
  • Ultrasound Imaging
  • Radiation Protection and Safety
  • Patient Care and Communication
  • Medical Ethics
  • Clinical Training and Internship

These areas combine medical sciences with practical diagnostic imaging training.

Yes. Practical training is an important component of the programme. Students gain exposure to radiographic techniques, imaging equipment, patient positioning, radiation safety, CT, MRI, ultrasound, and other diagnostic imaging procedures.

Yes. The programme is structured as a 4-year degree including internship, providing students with practical exposure to healthcare and diagnostic imaging environments.

Graduates can pursue roles such as:

  • Radiology Technologist
  • Medical Imaging Technologist
  • X-Ray Technologist
  • CT Scan Technologist
  • MRI Technologist
  • Ultrasound Technologist
  • Radiology Department Technician
  • Diagnostic Imaging Technician

Graduates can work in hospitals, diagnostic centres, radiology departments, trauma centres, cancer hospitals, and imaging facilities.

Yes. Graduates can work in radiography departments and perform diagnostic X-ray procedures, including appropriate patient positioning and equipment operation, according to professional protocols.

Yes. The programme provides exposure to CT and MRI technology, preparing students for roles in advanced diagnostic imaging environments.

Yes. The programme is suitable for students interested in healthcare, diagnostic imaging, medical technology, radiology, X-ray, CT, MRI, ultrasound, and patient care.

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