BSc in Medical Radiology and Imaging Technology Course Details: Eligibility Fees and Syllabus

BSc in Radiology and Imaging Technology is a four-year undergraduate Allied Health Science degree that focuses on diagnostic imaging procedures used in hospitals and diagnostic centres. The course trains students to work with technologies such as X-ray, CT scan, MRI, and other imaging systems that help doctors diagnose and monitor medical conditions.

The program combines theoretical learning with hospital-based clinical training, preparing students to assist in imaging procedures, operate diagnostic equipment according to protocols, and follow radiation safety practices in healthcare environments.

If you're curious about what this course leads to in terms of career paths, salary, and job roles, you can explore our detailed guide on BSc in Medical Radiology and Imaging Technology: Scope, Salary, and Jobs.

Before getting into the specifics, here is a quick snapshot of the course:

Particular	Details
Course Name	BSc in Medical Radiology and Imaging Technology
Course Level	Undergraduate
Duration	4 Years
Eligibility	10+2 with Physics, Chemistry, and Biology (PCB/PCMB)
Admission Process	Merit based or entrance exam, depending on the university
Career Focus	Diagnostic imaging, patient care, and radiology technology
Career Areas	Hospitals, diagnostic centres, imaging laboratories, speciality clinics, and healthcare institutions

The BSc Radiology and Imaging Technology course duration is 4 years, divided into 8 semesters. This typically breaks down as:

• First 3 Years (Semesters 1-6): Students build a strong foundation in radiology and imaging technology through core theory subjects, laboratory sessions, and introductory clinical exposure.
• Final Year (Semesters 7-8): Students gain advanced practical experience through clinical postings and internship training in hospital radiology departments, allowing them to apply their knowledge in real healthcare environments.

Some universities also provide rotational training across X-ray, CT, MRI, and other imaging departments during the final year.

Meeting the BSc Radiology and Imaging Technology eligibility criteria is usually straightforward for students from a science background. Most universities require:

• Completion of Class 12 (10+2) from a recognised board.
• Physics, Chemistry, and Biology (PCB) or Physics, Chemistry, Mathematics, and Biology (PCMB) as core subjects.
• A minimum aggregate score of 45% to 60%, depending on the admission requirements of the university.

Some universities may have additional eligibility criteria or specific admission guidelines, so it is always advisable to check the requirements of your shortlisted institution before applying.

The BSc Radiology and Imaging Technology fees vary depending on the type of institution, location, infrastructure, and the level of clinical training offered by the university.

Institution Type	Approximate Fees (Full Course)
Government Colleges	₹50,000 - ₹2 Lakhs
Private Universities	₹6 Lakhs - ₹10 Lakhs

Government colleges are generally more affordable but offer limited seats and highly competitive admissions. Private universities usually charge higher fees because they provide modern laboratories, advanced imaging equipment, and extensive clinical exposure through hospital-affiliated training programs.

When comparing universities, look beyond the fees and consider factors such as clinical training, hospital partnerships, and placement support, as these can have a major impact on your learning and career opportunities.

The BSc Radiology and Imaging Technology entrance exam requirements vary across universities. Unlike MBBS admissions, there is no single national entrance examination for this program. Admission is usually based on Class 12 marks, university-specific entrance tests, or accepted national-level scores.

Here is a general overview of the admission process followed by different institutions:

Institution Type	Common Admission Requirement
Government Colleges	Merit based on Class 12 marks or state-level entrance examinations
Private Universities	Merit based on Class 12 marks, university-specific entrance tests, or CUET scores
Deemed Universities	Merit-based admissions, CUET scores, or institution-specific selection processes

Is NEET Required for BSc Radiology and Imaging Technology?

No. NEET is not mandatory for BSc Radiology and Imaging Technology at most universities. Since it is an Allied Health Science program and not an MBBS equivalent degree, admissions are generally based on Class 12 performance or university-specific admission criteria.

However, admission requirements can differ from one institution to another. Therefore, students should always check the eligibility criteria and entrance requirements of their shortlisted universities before applying.

The admission process for BSc Radiology and Imaging Technology is generally simple and may vary slightly across universities. Here is what the process typically looks like:

1. Check Eligibility: Ensure you meet the university's eligibility criteria, including the required subjects and the minimum Class 12 marks.
2. Fill the Application Form: Apply online through the university's official admission portal or an authorised admission partner.
3. Submit Required Documents: Upload or submit documents such as Class 10 and 12 mark sheets, transfer certificates, identity proofs, passport-size photographs, and any other documents requested by the university.
4. Entrance Exam or Merit-Based Selection: Depending on the institution, admission may be based on Class 12 marks, CUET scores, or a university-specific entrance test.
5. Counselling and Seat Confirmation: Shortlisted candidates may be required to attend counselling sessions or complete the seat confirmation process as per the university's guidelines.
6. Fee Payment and Document Verification: Confirm your admission by paying the prescribed fee and completing the document verification process.
7. Orientation and Commencement of Classes: Most universities conduct an orientation program before academic sessions begin.

Admissions usually begin between June and August each year. It is advisable to start the application process early, as seats in reputed universities and hospital-affiliated programs can fill up quickly.

The BSc Radiology and Imaging Technology syllabus is designed to help students understand how medical imaging supports diagnosis and patient care. Throughout the program, students learn the science behind imaging technologies, develop technical skills, and gain practical experience through hospital-based training.

Year 1: Foundations of Medical Sciences and Radiology

The first year introduces students to the basics of human health, disease, and medical terminology that form the foundation of radiology education.

Subject	What You Will Study
Human Anatomy and Physiology	How different organs and body systems are structured and how they function together.
Biochemistry	The chemical processes that keep the human body functioning normally.
Pathology and Microbiology	How diseases develop, spread, and affect different parts of the body.
Medical Terminology and Communication	Medical vocabulary and communication skills used in healthcare environments.
Applied Physics	Fundamental physics concepts that support the working of imaging equipment.
Introduction to Radiology	The basics of diagnostic imaging and the role of radiology in modern medicine.

Year 2: Principles of Imaging and Radiation Sciences

The second year focuses on the principles of radiography, imaging equipment, and safe practices followed in radiology departments.

Subject	What You Will Study
Radiation Physics	How radiation is generated and used to produce diagnostic images.
Radiographic Positioning and Techniques	Methods of positioning patients correctly to obtain clear and accurate images.
Imaging Instrumentation	Components and functioning of different radiology and imaging systems.
Radiation Protection and Safety	Measures used to protect patients and healthcare professionals from unnecessary radiation exposure.
Patient Care and Communication	Preparing patients for procedures and ensuring their comfort and safety during imaging examinations.
Contrast Media Procedures	The use of contrast agents to improve the visibility of organs and tissues during imaging studies.

Year 3: Advanced Imaging Technologies and Diagnostic Procedures

The third year introduces advanced imaging modalities and digital technologies used in diagnostic departments.

Subject	What You Will Study
CT Imaging Technology	Techniques used to create detailed cross-sectional images of the body using computed tomography.
MRI Technology and Physics	The principles behind magnetic resonance imaging and its role in diagnosing various conditions.
Ultrasonography Principles	The use of sound waves to examine internal organs and soft tissues.
Image Processing and PACS	How medical images are processed, stored, and shared digitally within healthcare systems.
Advanced Imaging Procedures	Specialised diagnostic imaging procedures used for complex medical conditions.
Quality Assurance in Radiology	Standards and procedures followed to maintain image quality and equipment performance.

Year 4: Clinical Training and Internship

The final year focuses on applying classroom knowledge in real healthcare environments through extensive clinical exposure and practical training.

Component	What You Will Learn
Clinical Postings	Practical exposure to imaging procedures in hospital radiology departments.
Hospital Internship	Hands-on training in patient preparation, imaging workflows, and equipment handling under professional supervision.
Advanced Diagnostic Imaging Training	Application of diagnostic protocols and imaging procedures in clinical practice.
Professional Ethics and Healthcare Management	Professional responsibilities, teamwork, and ethical practices followed in healthcare organisations.

The final year gives students significant hands-on experience in radiology departments, helping them build the confidence and practical skills required to work with imaging technologies and support patient care after graduation.

Choosing the right university can shape your entire learning experience in medical imaging. In a field like BSc in Radiology and Imaging Technology, hands-on training with diagnostic equipment and real hospital exposure are just as important as classroom learning.

As a placement and industry skilling partner, Emversity collaborates with leading BSc Radiology and Imaging Technology colleges and healthcare institutions across India to help students gain practical training, industry-relevant skills, and the clinical exposure needed to become job-ready imaging professionals.

What Does Emversity Offer?

• Industry-Integrated Learning: The curriculum is designed with inputs from healthcare and imaging professionals to align learning with industry requirements.
• Hands-On Clinical Training: Students gain practical exposure through training opportunities in hospitals and diagnostic centres, helping them develop job-ready skills.
• Placement Support: Dedicated career guidance and placement assistance help students transition from academics to professional roles in healthcare.
• Transparent Fee Guidance: Students receive clear information about program fees, scholarships, and available financial assistance options.
• End-to-End Admission Support: From shortlisting universities to completing documentation and admissions, students receive guidance at every stage of the application process.

Partner Universities for BSc in Medical Radiology and Imaging Technology

Emversity partners with some of the leading BSc Radiology and Imaging Technology colleges in India. Students can apply to the following partner universities through Emversity:

University	Location	Eligibility	Duration	Approx. Fees
MediCaps University	Indore, Madhya Pradesh	10+2 with 50% in PCB / PCMB	4 Years	₹7.8 Lakhs
Arka Jain University	Jamshedpur, Jharkhand	10+2 with 50% in PCB / PCMB	4 Years	₹7.2 Lakhs
Sanjivani University	Kopargaon, Maharashtra	10+2 with 50% in PCB / PCMB	4 Years	₹8 Lakhs
Universal SkillTech University	Mumbai, Maharashtra	10+2 with 50% in PCB / PCMB	4 Years	₹8 Lakhs
HCG Hospitals Global Healthcare Academy	Bengaluru, Karnataka	10+2 with 50% in PCB / PCMB	4 Years	₹7.2 Lakhs
Medhavi Skill University	Sikkim	10+2 with 50% in PCB / PCMB	4 Years	₹7.2 Lakhs
Maya Devi University	Dehradun, Uttarakhand	10+2 with 45% in PCB / PCMB	4 Years	₹7.2 Lakhs
Saraswati Group of Colleges	Mohali, Punjab	10+2 with 50% in PCB / PCMB	4 Years	₹6.6 Lakhs

All the partner universities listed above provide industry aligned learning and clinical training opportunities, allowing students to gain practical exposure in diagnostic imaging and develop the skills needed for a successful career in medical radiology and imaging technology.

A career in medical radiology and imaging technology places you at the centre of modern healthcare, where most diagnoses begin with medical imaging. As hospitals and diagnostic centres increasingly rely on X-ray, CT, MRI, and ultrasound, trained imaging professionals have become an essential part of patient care.

The course is only the beginning. What truly shapes your career is the university you choose, the quality of clinical exposure it provides, and how seriously you engage in hands-on training throughout the program. Look for courses that combine strong academic learning with real hospital experience, as this is what helps you stand out in the job market.

Ready to Take the Next Step?

Book a free career counselling session with Emversity and receive personalised guidance on choosing the right university, understanding the fee structure, admission process, and planning your journey in BSc Radiology and Imaging Technology based on your eligibility and career goals.