Academic Overview
Program Overview
The Master in Medical Radiology and Imaging Technology (MMRIT) is a postgraduate allied healthcare programme designed for candidates pursuing professional, academic and research careers in radiology and imaging technology. It develops advanced understanding of imaging science, equipment, instrumentation, patient care, radiological procedures, radiation safety, quality assurance and emerging imaging technologies. Supervised clinical residency and research help prepare graduates for responsible, patient-focused practice and lifelong learning.
Core Strengths
Program at a Glance
Award: Master in Medical Radiology and Imaging Technology (MMRIT).
Duration: Two years, organized across four semesters, full-time.
Programme structure: Common core subjects in Semesters I and II; elective specialization in Semesters III and IV; clinical education/residency throughout the programme and dissertation in the final semester.
Curriculum approach: Competency-based education combining theory, practical skills, supervised clinical experience, case-based learning, seminars and research.
Medium of instruction: English, as specified in the curriculum document.
Admission Requirements
Eligibility and Admission
| Entry qualification |
Candidates must have passed Bachelor of Medical Radiology and Imaging Technology (B.MRIT) /Bachelor of Medical Radio diagnosis and Imaging Technology (BMRIT) / B.Sc. Radiological Technology/ B.Sc. Radiography / B.Sc. Medical Radiology & Imaging Technology /B.Sc. Radiography & Imaging Technology/ or any other Equivalent course with B.MRIT. OrB.Sc. Life Sciences with PG Diploma /Advance Diploma in the related field (2yrs) on Regular mode from recognized university |
| Selection |
Admission shall be on the basis of entrance exam by University or as approved by regulatory council from time to time. |
| Reservation policy |
Reservation policy for admission in post graduate program shall be as per the State/Centre Government norms. |
Syllabus Matrix
Curriculum and Learning Areas
| STAGE |
REPRESENTATIVE SUBJECTS / LEARNING AREAS |
| Semester I — Common core |
Radiological and Medical Physics; Clinical Special Radiography Positioning; Biostatistics and Research Methodology; clinical education/studentship. |
| Semester II — Common core |
Modern Radiological Imaging—Equipment and Physics; Modern Imaging and Special Radiological Procedures; Contrast Media and Interventional Radiology; clinical education/studentship. |
| Semester III — Specialization |
Students follow the approved elective stream: CT Imaging Technology, MR Imaging Technology, or Breast Imaging Technology. Learning includes principles, procedures, protocols, anatomy and supervised clinical education. |
| Semester IV — Advanced specialization and research |
Advanced technologies; quality assurance and safety; patient care; pathology and image-related learning appropriate to the elective; clinical education and dissertation. |
Elective Streams
Specialization Pathways
CT Imaging Technology: principles of CT, scanning protocols, cross-sectional anatomy, technological advancements, quality assurance, radiation protection, patient care and relevant pathology.
MR Imaging Technology: principles of MR imaging, procedures and protocols, cross-sectional anatomy, advances in MRI, MRI safety, patient care and relevant pathology.
Breast Imaging Technology: principles and procedures of breast imaging, scanning protocols, breast anatomy, advances in the field, quality assurance, radiation protection and patient care.
The availability of each elective, seat distribution, access to required equipment and final subject placement must be confirmed with the institution’s approved programme and current NCAHP/university requirements.
Advanced Outcomes
Competencies and Learning Outcomes
On successful completion, graduates are expected to develop advanced competencies within their education, supervised scope of practice and applicable regulations, including the ability to:
Apply advanced principles of radiological physics, imaging science, equipment and instrumentation.
Prepare patients appropriately, verify identification and consent, communicate respectfully and support patient needs during examinations.
Perform assigned radiographic and imaging procedures using approved protocols and appropriate supervision.
Evaluate images for technical quality, ensure accurate patient and examination documentation, and follow departmental procedures.
Apply radiation protection principles, including ALARA, and follow relevant safety procedures and regulatory guidance.
Support safe use of contrast media and assist with interventional imaging procedures within their authorized role and competence.
Perform quality assurance activities and recognize equipment, image-quality and workflow concerns.
Work collaboratively with radiologists and multidisciplinary healthcare teams, including in urgent or emergency situations.
Participate in research, critically appraise literature, apply biostatistics and communicate findings through seminars and dissertation work.
Contribute to education, service improvement and professional development as permitted by institutional policy and applicable rules.
Residency Immersion
Clinical Training and Residency
Clinical education/studentship is integrated across the four semesters. The programme should provide supervised exposure to relevant imaging procedures, equipment, patient preparation, safety practices, image quality, documentation and departmental workflow. Clinical duties must remain within the student’s competence and the supervision and authorization arrangements of the clinical site.
Confirm approved residency rotations and the availability of required modalities, including radiography, fluoroscopy, ultrasound, CT, MRI, mammography and other prescribed services.
Maintain a clinical logbook and competency sign-offs in accordance with the official curriculum and university rules.
Provide training in patient communication, consent, infection prevention, emergency response and radiation safety.
Confirm supervisor qualifications, clinical assessment, attendance requirements and evaluation arrangements before programme launch.
Scholarly Work
Research and Dissertation
Biostatistics and research methodology support the planning and interpretation of research.
Students should undertake a dissertation in accordance with approved institutional procedures, ethics review requirements where applicable, and the current curriculum.
Research outcomes may be presented through seminars, journal clubs, case discussions or other assessment formats specified by the university.
Professional Scope
Career Opportunities
Subject to applicable registration, experience, employer requirements and the professional scope of practice, MMRIT graduates may pursue opportunities in areas such as:
Advanced radiology and diagnostic imaging departments in hospitals and diagnostic centers.
Specialized CT, MR and breast imaging services aligned with their training.
Imaging quality assurance, equipment workflow and radiation-safety support roles within applicable regulations.
Clinical education, training and academic roles where institutional eligibility criteria are met.
Research projects, imaging technology development and further postgraduate research, subject to relevant admission rules.
Institutional Advantages
Why Choose Chirayu?
01
Healthcare-focused learning:Healthcare-focused learning environment with emphasis on patient-centered imaging practice.
02
Clinical exposure:Clinical exposure opportunities through four in-house hospitals with advanced clinical facilities, subject to modality availability and approved rotation plans.
03
Practical learning:Practical learning supported by imaging equipment, supervised clinical residency and structured competency assessment.
04
Research orientation:Research orientation through biostatistics, research methodology, seminars and dissertation.
05
Faculty & Infrastructure:Experienced faculty and infrastructure supporting postgraduate education.