BSc Medical Imaging Technology (BSc MIT) is a 3-year undergraduate programme. The course imparts knowledge on diagnostic techniques that utilise imaging methods like X-ray, MRI, Ultrasound, CT, etc. These techniques help in identifying medical conditions of the patient that further guide for required treatment.
Basic requirement for admission to BSc MIT is 10+2 from a recognised board. In this course, students learn to prepare the patient for imaging, image acquisition, injection, and report preparation. BSc MIT graduates can work in the healthcare sector as Image Analysts, Radio Technologists, Radiographers, X-Ray Technicians, MRI Technicians, etc.
- BSc Medical Imaging Technology Course Highlights
- What is BSc Medical Imaging Technology?
- Why Pursue BSc Medical Imaging Technology?
- BSc Medical Imaging Technology Eligibility
- BSc Medical Imaging Technology Admission Process
- BSc Medical Imaging Technology Entrance Exam
- BSc Medical Imaging Technology Colleges in India
- BSc Medical Imaging Technology Syllabus
- Difference Between BSc Medical Imaging Technology and BSc Radiology
- BSc Medical Imaging Technology Future Scope
- BSc Medical Imaging Technology Jobs & Salary
- BSc Medical Imaging Technology FAQs
BSc Medical Imaging Technology Course Highlights
BSc MIT involves the study of various techniques that are used in taking images of the human body parts. Students pursuing this course are required to possess great analytical skills. This course equips the learner with Research, Observation, Critical thinking and Communication skills along with the technical expertise in operating imaging systems.
Category | Details |
Degree Name | Bachelor of Science in Medical Imaging Technology |
Duration | 3 years (excluding 1 year internship) |
Eligibility | 45% in 10+2 with Biology, Physics, Chemistry |
Admission | Direct or entrance merit-based |
Average Starting Salary | INR 3 to 6 LPA |
What is BSc Medical Imaging Technology?
BSc in Medical Imaging Technology is a degree program that typically spans four years, with one year as an internship. The program helps students to gain knowledge about the science and technology of generating medical images for clinical diagnosis and treatment. The course has different modalities of imaging, such as X-ray, MRI, CT scan, ultrasound, and nuclear medicine and incorporates theoretical knowledge with practical skills in operating imaging equipment, image analysis, radiation safety, and patient care. Graduates of this program will take up technical roles in hospitals, diagnostic centres, and research facilities to assist doctors in diagnosing and monitoring different medical conditions.
Why Pursue BSc Medical Imaging Technology?
BSc MIT is an excellent course to make a career in the healthcare industry. Medical research in India is flourishing with advanced technologies and therapeutic strategies. With this spectrum, one can dive into the research fieldand develop new diagnostic techniques using the skills learned in the BSc MIT.
- This course opens the door for higher studies in paramedical, like MSc, PGDM or PhD in Imaging Technology.
- The learning obtained during the BSc MIT helps improve analytical and critical thinking, which makes the student job-ready.
- In India, there is direct recruitment for government jobs in this field, meaning no entrance exams are required after completing the degree.
BSc Medical Imaging Technology Eligibility
- Minimum eligibility to apply for this course is passing 10+2 with at least 45% marks.
- Candidates must have studied Biology as one of the core subjects during 10+2.
- There are certain universities that consider entrance exam scores. Hence, students are advised to check the BSc Imaging Technology eligibility for their chosen institute.
BSc Medical Imaging Technology Admission Process
Admission to BSc MIT is generally on a direct basis, i.e. 12th grade score. However, some universities grant admission based on marks scored in the entrance exam. Some common entrance exams accepted by universities are NEET, state CETs, or CUET UG.
The basic admission process is as follows.
- Visit the official website of the institute.
- Check the selection process and admission guidelines.
- Fill out the application with the required details and supportive documents.
- Appear in the exam/interview, if applicable.
- Check the cut-off released by the institute.
The university will send confirmation if the applicant is selected.
Know More About:MSc Medical Radio Imaging
BSc Medical Imaging Technology Entrance Exam
BSc MIT admission is based on merit or entrance exams. Some of the entrance exams that are accepted are listed below:
Exams | Registration Date | Exam Date |
NEET 2025 | March 7, 2025 | May 4, 2025 |
KCET 2025 | Feb 2025 | April 16 & 17, 2025 |
CUET UG 2025 | March 24, 2025 | May 13 to June 3, 2025 |
AP EAMCET 2025 | April 24, 2025 | May 19 & 20, 2025 |
BSc Medical Imaging Technology Colleges in India
Several colleges/universities offering the BSc Imaging Technology course are tabulated below.
Name | Total Fee |
Manipal University | INR 4,54,000 |
CHARUSAT | INR 2,40,000 |
SDM University | INR 1,50,000 |
Silver Oak College of Paramedical | INR 2,91,000 |
Adarsh Paramedical Institute | INR 3,00,000 |
BSc Medical Imaging Technology Syllabus
The BSc Medical Imaging Technology syllabus includes subjects like human physiology, anatomy, patient care, radiology aspects, and some electives. The curriculum focuses on the holistic development of the student, preparing them for a healthcare career. The table below represents the syllabus for BSc MIT, followed by Manipal University.
Year 1 | |
Anatomy | Physiology |
Radiographic Physics and Radiation Safety | Radiographic Positioning |
Radiographic Image Processing Techniques | English and Communication Skills |
Environment Science | Indian Constitution |
Year 2 | |
Basic and Applied Pathology | Patient Care in Radiology |
Equipment for Radiodiagnosis | Special Procedures and Fluoroscopy |
Health Care System and Nursing Care | Sociology |
Clinical Psychology | - |
Year 3 | |
Modern Imaging Technology | Cross-sectional Imaging |
Imaging Informatics and Quality Control | Medical Ethics and Medical Records |
Research Methodology and Biostatistics | Hospital Protocols and Basic Life Support |
Difference Between BSc Medical Imaging Technology and BSc Radiology
Though providing similar expertise about imaging techniques, the Bachelor of Science in Medical Imaging Technology and BSc Radiology differ in the spectrum they cover for the imaging systems. BSc MIT specifically sticks to the various imaging methods of diagnosis, while BSc Radiology includes a wide range of subjects about advanced modalities in radiography.
Parameter | BSc MIT | BSc Radiology |
Duration | It is a 3-year course with a 1-year internship | It is a 4-year course. |
Eligibility | 10+2 with PCB | 10+2 with PCB |
Focus | The course is focused on the practical application of medical imaging techniques, such as X-rays, CT scans, MRIs, and ultrasound | It emphasises a broad spectrum of medical imaging techniques, including advanced imaging modalities (CT, MRI) and healthcare management. |
Curriculum | It covers the technical aspects of performing and interpreting medical images. | It covers a wider range of subjects of radiography methods, along with technical support knowledge (PACS and QM). |
Career Paths | Radiology technicians, radiology assistants, MRI technicians, CT technicians, and CT specialists. | Radiologic technologist, MRI technologist, ultrasound technician, PACS administrator, and clinical applications specialist. |
Average salary | INR 3 to 6 LPA | INR 4 to 7 LPA |
BSc Medical Imaging Technology Future Scope
After completion of a Bachelor of Science in Medical Imaging Technology, one can explore working with hospitals, diagnostic centres, research centres, and nuclear medicine testing labs.
- Those with an interest in further studies in this specialisation can opt for a Master's qualification, like MSc and PhD, or PGDM in this field.
- Those looking for government positions can directly apply to the vacancies, as there is no entrance exam conducted for jobs in this field.
- After completing a BSc in Medical Imaging Technology, students can pursue postgraduate programs like a Master's in Medical Laboratory Technology (MMLT) to broaden their clinical and diagnostic skills.
BSc Medical Imaging Technology Jobs & Salary
Some popular job profiles with average salaries as per the Government Pay Scale policies and current market trends displayed by AmbitionBox are tabulated below. The salary range here is given for entry-level to senior roles.
Job Profile | Description | Average Salary |
Radiologist | To interpret medical images and diagnose the patient. | INR 4.5 to 6 LPA |
Ultrasound Technician | To operate ultrasound equipment and produce images for diagnosis | INR 4 to 5 LPA |
CT Scan Technologist | To operate CT scan equipment and produce images for diagnosis. | INR 3 to 6 LPA |
MRI Technician | To operate MRI equipment and produce images for diagnosis. | INR 3 to 5 LPA |
Consultant | To guide patients to the required diagnosis based on medical conditions. | INR 3 to 6 LPA |
BSc Medical Imaging Technology FAQs
Which radiology specialisation has the highest salary?
Radiologist, MRI Technologist and Clinical Director positions generally offer higher salaries compared to other radiology roles. The starting salary can be around INR 3.5 LPA and further can be increased for senior-level roles, generally up to INR 5 or 6 LPA.
Which Paramedical course offers the highest salary?
Generally, courses in Medical Lab Technology (MLT) and Radiology or Imaging Technology tend to offer higher salary prospects compared to other paramedical fields. For instance, graduates with a BSc in Medical Lab Technology can expect to earn between INR 50,000 and 70,000 per month. Those with a Bachelor of Physiotherapy (BPT) typically earn around INR 40,000 to 60,000 per month, while a BSc in Radiology and Imaging Technology can lead to salaries ranging from INR 45,000 to 65,000 per month.
Are Radiologists and Radiographers the same?
Radiographers are health care professionals who perform the actual imaging procedures, whereas a Radiologist is a medical doctor specialised in radiology who interprets a wide range of medical images taken by radiographers.
