Academic Overview
Program Overview
Medical Radiology and Imaging Technology is the health profession concerned with the use of radiation and imaging to diagnose injury and disease. From plain film X-rays, imaging has grown into a wide array of techniques including digital X-ray, fluoroscopy, CT, MRI, ultrasound, mammography, Angiography, DEXA bone densitometry and nuclear medicine and DSA. Medical imaging is now among the most dynamic and in-demand fields in clinical medicine.
Radiographers and imaging technologists are the heart of modern medicine. They operate technologically advanced equipment, apply radiation protection and safety principles, understand the structure of the body and the effects of disease, and act as the primary link between patients, radiologists and the wider care team.
As imaging procedures grow more complex, the profession needs competently trained people who can maintain a high degree of accuracy in positioning and exposure technique. A qualified imaging technologist is skilled in both diagnostic and interventional radiology.
Core Strengths
Program Highlights
Full year of internship: The 7th and 8th semesters are a 2,400-hour clinical internship, with a minimum stipend should be provide.
Multi-modality training: X-ray, fluoroscopy, CT, MRI, ultrasound with colour Doppler, mammography, angiography/DSA and DEXA.
Hospital-linked learning: Institutions must have practical exposure through a hospital or medical college handling at least 100 investigations a day, including CT and MRI.
Competency-based: Lectures, tutorials, problem-based and case-based learning, seminars, clinical conferences, e-learning and a research project.
Lateral entry: Diploma holders in medical imaging technology or radiography can join the 3rd semester.
Specialize further: A 2-year M.Sc. (MMRIT) with elective specialisations in CT, MRI or Breast Imaging Technology.
Admission Requirements
Eligibility Criteria
| Qualification |
Passed 10+2 or equivalent from a recognized board or university with Physics, Chemistry and Biology |
| Studied abroad |
Equivalent qualification with Physics, Chemistry, Biology and English at 12th level; permission from NCAHP for equivalence |
| Admission |
Admission shall be on the basis of Senior Secondary (10+2) Merit. |
| Age |
Minimum 17 years on or before 31 December of the admission year, |
| Documents |
Physical fitness certificate from a registered medical practitioner |
| Medium of instruction |
English |
Curriculum Matrix
Key Features of the Program
What you will learn
Radiographic positioning and exposure technique across X-ray, mobile and trauma radiography
Fluoroscopy, contrast studies and angiography
CT and MRI technology and scanning protocols
Ultrasound, mammography and bone densitometry (DEXA)
Radiation protection and safety, including AERB and ICRP guidelines and radiation exposure limits
Patient assessment, communication, monitoring and care
Quality assurance and quality control in imaging
Anatomy, physiology, physics, research methods and professional ethics
How it is delivered
| Component |
Details |
| Duration |
4 years, 8 semesters: 3 years (6 semesters) of study plus a 1-year internship |
| Study load |
640 hours of theory and practical per semester; 36 contact hours per week |
| Internship |
2,400 hours across the 7th and 8th semesters |
| Total hours |
6,240 hours |
| Assessment |
30% Continuous internal evaluation and 70% End semester examination |
| Maximum period |
7 years to complete the course |
| Postgraduate |
2-year MMRIT with 60% in the bachelor’s degree; specializations in CT, MR and Breast Imaging |
Career & Growth
Placement Opportunities
The demand for qualified imaging technologists is rising, and jobs come with well-paid packages. The handbook notes that graduates are highly regarded and can work anywhere in India and in many places abroad. After the course you can work under designations such as:
Radiological Technologist
Tutor, professor or Research Assistant, and clinical research consultant
With experience you can specialize in CT, ultrasound, MRI or PACS (picture archiving and communication systems), move into medical physics, quality control or radiation health, or take managerial roles in imaging departments.
Employment Sectors
Top Recruiting Sectors
Hospitals
Radiology departments of teaching, private and district hospitals, including emergency, outpatient, theatre and ward services
Trauma and specialty centres
Specialised practice in large academic hospitals and trauma centres
Diagnostic centres
Clinics and free-standing imaging centres, general and special practice
Research organisations
Clinical and medical research organisations
Pharma and biotech
Pharmaceutical and bio-tech companies
Equipment and device companies
Application specialists and technical roles with imaging equipment makers
Medical records and transcription
Medical records and transcription organisations
Education
Teaching and clinical supervision in radiology and imaging programs
Institutional Advantages
Why Choose Chirayu
01
A national curriculum:
Aligned with the NCAHP Curriculum Handbook of Medical Radiology and Imaging Technology.
02
A year of hospital training:
2,400 hours of internship.
03
Modern equipment exposure:
Training across X-ray, CT, MRI, ultrasound, mammography and more.
04
High demand:
Imaging is one of the fastest-growing fields in clinical medicine.
05
Many career routes:
Hospitals, diagnostic centers, industry, research and teaching.
06
Practical Training & Clinical Exposure:
4 In-House Hospitals equipped with Advanced Clinical Facilities for Hands-On Practical Training & Clinical Exposure
07
Learning:
Well-Equipped Laboratories for Practical Learning
08
Faculty:
Experienced & Qualified Faculty
09
Infrastructure:
State-of-the-Art Infrastructure and facilities for a great Learning experience
10
Room to grow:
Move on to pursue M.Sc. in CT, MR or Breast Imaging, a PhD, for senior roles.
Source: Curriculum Handbook of Medical Radiology and Imaging Technology, National Commission for Allied and Healthcare Professions, Ministry of Health and Family Welfare. Fees, seats, intake dates and recognition are as notified by Chirayu University.