School of Allied Healthcare Sciences
MIT-ADT University
MIT-ADT University
The Bachelor of Medical Radiology and Imaging Technology (B.MRIT) at MIT ADT University, in collaboration with Apollo Healthcare Academy, is a 4-year competency-based programme focused on diagnostic imaging sciences and radiological technologies. It covers core areas such as radiographic techniques, CT, MRI, ultrasound, and radiation safety, combining theoretical knowledge with practical training. Students receive extensive clinical exposure and hands-on experience with modern imaging equipment in hospital settings. The programme emphasises patient care, image quality, and radiation protection, preparing graduates for professional roles in radiology departments, diagnostic centres, and healthcare technology sectors.
Backed by Asia's largest integrated healthcare group with over 40 years of excellence
4-year competency-based programme focusing on diagnostic imaging and radiological technologies.
Strong foundation in radiographic techniques, CT, MRI, ultrasound, and radiation safety.
Hands-on experience with modern imaging equipment in real hospital settings at Apollo Hospitals.
Strong emphasis on patient care, image quality, and radiation protection standards.
From a NAAC Accredited Grade A University.
Domestic and International career opportunities.
Applicants must have completed Class 12 or equivalent from a recognised board with Physics, Chemistry and Biology as main subjects with at least 50% marks. Students with a PCM background and Biology as a supplementary subject are also eligible.
Note: Course content is indicative and subject to change.
| Year | Semester | Courses |
|---|---|---|
| First Year | Semester 1 |
• Human Anatomy • Physiology • Basics of Radiation Physics • Introduction to Healthcare • Medical Terminology and Record Keeping • Basic Computers and Information Science • Medical Law and Ethics • Professionalism and Values • Principles of Management • English and Communication Skills |
| Semester 2 |
• Basics of Microbiology • Basics of Biochemistry • Conventional Radiology and Equipment • Clinical Radiology Positioning (Part I) • BMRIT Radiology Clinical Education – Part II (Studentship) |
|
| Second Year | Semester 3 |
• Pathology • Clinical Radiography Positioning (Part II) • Radiography and Image Processing Techniques • Contrast Media & Special Radiological Procedures • BMRIT Radiology Clinical Education – Part III (Studentship) |
| Semester 4 |
• Cross Sectional Anatomy • Modern Radiological Imaging Equipment and Physics • Interventional Radiology Techniques • Patient Care in Radiology • BMRIT Radiology Clinical Education – Part IV (Studentship) |
|
| Third Year | Semester 5 |
• Basic Techniques in CT Technology • Radiation Safety in Diagnostic Radiology • Quality Assurance in Diagnostic Radiology and Regulatory Requirements • BMRIT Radiology Clinical Education – Part V (Studentship) |
| Semester 6 |
• Basic Techniques in MRI Technology • Introduction to Nuclear Medicine Techniques • Ultrasound Techniques • Biostatistics and Research Methodology • BMRIT Radiology Clinical Education – Part VI (Studentship) |
Applicants must have completed 10+2 or equivalent with Physics, Chemistry and Biology as required subjects and a minimum of 50% aggregate marks from a recognised board. Students with a PCM background who take Biology as a supplementary course are also eligible.
The B.MRIT is a 4-year undergraduate degree programme.
Graduates can work as Radiographers, CT/MRI Technologists, Ultrasound Technicians, and Imaging Specialists in hospitals, diagnostic centres, and radiology departments. Opportunities also exist with medical imaging equipment companies and in research and academic roles.
The 4-year programme consists of eight semesters with a mix of theoretical classes, laboratory sessions, and clinical postings. The final year includes extensive hospital rotations and internship in radiology and imaging departments.
The Dedicated Placement Cell provides comprehensive career support, including resume building, interview preparation and clinical skills assessment. We conduct recruitment drives with various employers visiting the campus.
Students can pursue M.Sc. in Medical Radiology and Imaging Technology, M.Sc. in Radiation Physics, or specialisations in MRI technology, CT imaging, interventional radiology, or pursue research and academic roles in diagnostic imaging sciences.
Yes, Medical Radiology is a globally recognised profession. With further certification or licensing exams, many graduates work abroad in countries like the UAE, Australia, the UK and Canada.