Science Students
Ideal for students interested in medical imaging, radiology, and diagnostic technology.
Undergraduate Level Program
Bachelor of Science in Medical Imaging Technology (B.Sc. Medical Imaging Technology)
Bachelor of Science in Medical Imaging Technology (B.Sc. Medical Imaging Technology) is a professional undergraduate program designed to develop expertise in diagnostic imaging, radiography, computed tomography (CT), magnetic resonance imaging (MRI), ultrasound, fluoroscopy, nuclear medicine, radiation safety, and patient care. The course prepares students for careers in hospitals, diagnostic imaging centers, cancer care hospitals, research institutions, and healthcare organizations.
Bachelor of Science in Medical Imaging Technology
B.Sc. Medical Imaging Technology Scope
Radiography
Diagnostic Imaging
Duration
3–4 Years (Including Internship, where applicable)
Full-time / Part-time options
Eligibility
Passed 10+2 with Physics, Chemistry, and Biology from a recognized board with the minimum qualifying marks prescribed by the institution
Average Fees
₹1L – ₹6L
Program-wise
Mode
Regular
Overview
About Bachelor of Science in Medical Imaging Technology (B.Sc. Medical Imaging Technology)
Bachelor of Science in Medical Imaging Technology (B.Sc. Medical Imaging Technology) is a professional undergraduate program designed to develop expertise in diagnostic imaging, radiography, computed tomography (CT), magnetic resonance imaging (MRI), ultrasound, fluoroscopy, nuclear medicine, radiation safety, and patient care. The course prepares students for careers in hospitals, diagnostic imaging centers, cancer care hospitals, research institutions, and healthcare organizations.
Bachelor of Science in Medical Imaging Technology (B.Sc. Medical Imaging Technology) Course 2026: Admission, Eligibility, Fees, Syllabus, Scope & Career Opportunities
Bachelor of Science in Medical Imaging Technology (B.Sc. Medical Imaging Technology) is a 3 to 4-year undergraduate professional program designed to prepare students for careers in diagnostic imaging and medical imaging sciences. The curriculum combines theoretical knowledge with practical clinical training in radiography, CT scanning, MRI, ultrasound, fluoroscopy, radiation physics, image processing, radiation protection, and patient care.
Students receive hands-on experience through laboratory sessions, hospital postings, imaging center training, internships, and clinical practice using advanced diagnostic imaging equipment. The program develops technical expertise, analytical skills, patient care abilities, and knowledge of modern imaging technologies used in healthcare.
Graduates can pursue careers in multispecialty hospitals, diagnostic imaging centers, cancer hospitals, trauma centers, research institutions, healthcare organizations, and medical equipment companies. The course also provides a strong foundation for higher education and specialization in radiology and medical imaging sciences.
B.Sc. Medical Imaging Technology Eligibility Criteria
Passed *10+2 with Physics, Chemistry, and Biology**.
* Minimum qualifying marks as prescribed by the institution.
* Admission may be based on merit or entrance examination.
B.Sc. Medical Imaging Technology Admission Process
Admission is offered through:
* Merit-Based Admission
* National/State-Level Entrance Examination
* Institution-Level Counseling
B.Sc. Medical Imaging Technology Subjects
* Human Anatomy
* Human Physiology
* Radiation Physics
* Radiographic Techniques
* CT Scan Technology
* MRI Technology
* Ultrasound Imaging
* Nuclear Medicine
* Radiation Protection
* Patient Care
B.Sc. Medical Imaging Technology Career Scope
Graduates can pursue careers as:
* Medical Imaging Technologist
* Radiology Technologist
* MRI Technologist
* CT Scan Technologist
* X-Ray Technologist
* Diagnostic Imaging Specialist
* Nuclear Medicine Technologist
* Imaging Center Executive
* Medical Equipment Specialist
* Radiology Department Supervisor
B.Sc. Medical Imaging Technology Salary
The average starting salary after B.Sc. Medical Imaging Technology ranges from ₹4 LPA to ₹8.5 LPA. Professionals with specialization and experience in advanced imaging modalities can earn significantly higher salaries.
Who it's for
Who Should Choose This Course?
See if your goals align with how this program is structured.
Healthcare Aspirants
Suitable for candidates planning careers in hospitals and diagnostic imaging centers.
Technology Enthusiasts
Perfect for individuals interested in operating advanced medical imaging equipment.
Career Outcomes
Where this program can take you
Explore rewarding careers in hospitals, diagnostic imaging centers, cancer hospitals, trauma centers, research institutes, and healthcare organizations after completing B.Sc. Medical Imaging Technology.
ABC
20K+ professionals upskilled already
Universities
Top Universities Offering Bachelor of Science in Medical Imaging T…
Compare top programs and choose the best fit for your goals.
All universities are UGC/AICTE approved and recognized for academic excellence.
Syllabus
Syllabus & Curriculum
Semester-wise breakdown of topics and learning modules.
- Human Anatomy
- Human Physiology
- Medical Physics
- Fundamentals of Medical Imaging Technology
- Communication Skills
- Computer Fundamentals
Fees & Financing
Fees & Financing
Transparent fee structure with flexible payment options.
Total Program Fee
₹1L – ₹6L
*Fees may vary across universities. Instalment plans shared after shortlisting.
Easy EMI Options Available
Scholarships Up to 30%
Education Loan Assistance
Need help planning your finances?
Our experts can guide you with the best options.
Admission
Admission Process
Simple steps to start your doctoral journey.
1
Apply Online
Submit your profile, academics, and intent with supporting documents.
2
Application Review
Our panel verifies eligibility and aligns you with the right cohort format.
3
Interview / Proposal Chat
Discuss research interests and career goals with faculty mentors.
4
Offer & Fee Plan
Receive admission decision with financing and instalment options.
5
Enrol & Onboard
Complete registration, join the cohort workspace, and start Semester 1.
Placements
Placement & Salary
Based on placement data from top institutions.
Average Salary
₹18.7 LPA
Highest Salary
₹35.0 LPA
Placement Rate
78%
Top Recruiters
200+ Companies
MBA + DBA Impact
40%+ Average salary hike
Average Salary by Experience
- 0–3 years₹10 – ₹14 LPA
- 3–7 years₹14 – ₹20 LPA
- 7–12 years₹18 – ₹26 LPA
- 12+ years₹22 – ₹35 LPA
Figures are indicative and vary by cohort, institute, and reporting methodology.
Top Recruiting Companies
DEDeloitte
KPKPMG
PwPwC
EYEY
McMcKinsey
BCBCG
AcAccenture
HCHCL
InInfosys
WiWipro
Explore full salary distributions and recruiter mix in the placement report.
Compare Similar Courses
See how this programme stacks up against similar credentials.
| Features | You're viewingBachelor of Science in Medical Imaging Technology (B.Sc. Medical Imaging Technology) | PhD in Management | Executive MBA |
|---|---|---|---|
| Program Level | Undergraduate | Doctoral | Postgraduate |
| Duration | 3–4 Years (Including Internship, where applicable) | 4–5 Years | 1–2 Years |
| Average Fees | ₹1L – ₹6L | Varies | ₹12 – ₹28 LPA |
| Ideal For | Working executives & leaders | Research & academia oriented | Mid-career managers |
| Focus Area | Applied research & leadership | Theory & dissertation | General management |
| Career Outcomes | Strategy, consulting, academia | Academia, research roles | Leadership, CXO track |
FAQs
Frequently Asked Questions
Quick answers to common questions.
B.Sc. Medical Imaging Technology is an undergraduate professional program that prepares students for careers in diagnostic imaging, radiography, CT scanning, MRI, ultrasound, and medical imaging sciences.
Candidates should have completed 10+2 with Physics, Chemistry, and Biology from a recognized board.
The duration is 3 to 4 years, depending on the university and whether an internship is included.
Yes. It offers excellent career opportunities in hospitals, diagnostic imaging centers, radiology departments, cancer hospitals, and healthcare organizations.
Graduates can work as medical imaging technologists, radiology technologists, MRI technologists, CT scan technologists, X-ray technologists, nuclear medicine technologists, and imaging department supervisors.
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