BSc Radiology and Imaging Technology is a three-year program (with one-year internship that is mandatory in most of the institutions) that equips the students with the knowledge of medical imaging. The core science portion of the curriculum (focusing on physics, chemistry, and biology) is integrated with clinical imaging courses including: anatomy and pathology, radiographic procedures, sonography techniques, ultrasound physics, computed tomography (CT), magnetic resonance imaging (MRI), and radiation protection.
The Bachelor of Science in Medical Radiology and Imaging Technology is becoming the backbone of diagnostic medicine today. This transformation is being driven by three coalescing factors: the full enforcement of National Commission for Allied and Healthcare Professions (NCAHP) Act 2021, the adoption of advanced artificial intelligence (AI) in diagnostic workflow, and the growing world-wide need for expert imaging technologists.
The course is intended to prepare competent technologists (“radiographers”) who will be well versed in the operation of contemporary imaging equipment and have a solid foundation in the science of diagnostic radiology.
Who is a Radiology Technologist?
The Radiology Technologist/Radiographer is a clinical scientist who holds at least a B.Sc. or M.Sc. degree in Radiography. They don’t just know how to run the machines, they understand the physics behind the formation of images, the physiological basis of pathology and the important issues surrounding patient safety and radiation protection.
Why Has This Course Become Important in Diagnostics?
Imaging is at the heart of diagnostics, which are critical to contemporary medicine; more than 80% of hospital care relies on them. B.Sc. In addition to machinery handling the Technician holder needs to perform a large part in the day to day imaging workflow by the year 2026 MRIT graduates holders can expect to be involved with state of the Art technology like PET-MRI, SPECT-CT, Protocol Optimization, Post Processing, QC.
Also this line job is work during recession. There is a long-term demand for skilled radiographers, particularly those trained in PACS and RIS, as the population of India grows older, lifestyle ailments become more common, and digital healthcare is enhanced under the ‘Ayushman Bharat Digital Mission’.
Entrance Exams & Eligibility Details For Admission
NEET UG 2026
National Eligibility cum Entrance Test (NEET UG) shall be the single entrance examination for admission to all the undergraduate allied and healthcare courses like BSc Radiology and Imaging Technology from the academic year 2026-27, according to NCAHP.
AIIMS — 2026 Paramedical Entrance Test
Along with NEET, there is the AIIMS entrance Test which is held by AIIMS for paramedical courses leading to B.Sc. and M.Sc. The date of AIIMS B.Sc. Paramedical 2026 exam is tentatively on 30 May 2026.
Note:- Candidates are requested to cross-check this with official notification as some calendars mention July for Examination, however May is the only projected window as per academic calendar.
How to apply:
- Basic Registration: The schedules released in 2026 March/April. You can create a Registration ID.
- Final Registration: Involves the generation of a Unique Code (RUC), payment of application fee, usually in May 2026.
Test Format: This computer-based test will consist of 90 multiple-choice questions (MCQs) on biology/mathematics, chemistry, and physics and will last for 90 minutes. Any wrong answer can take away ⅓ marks.
Admissions at JIPMER & PGIMER
JIPMER (Puducherry): B.Sc admissions The admissions to the B.Sc shall be The Allied Health Science at JIPMER (Puducherry) for the year 2026 will be on the basis of the NEET UG scores. JIPMER normally holds its own counseling for these seat(s).
PGIMER (Chandigarh): The institution holds a separate CBE, these are usually conducted in the months of August/September. The process of application normally commences in June.
State and Private University Tests
CUET (Common University Entrance Test): Central universities, such as Banaras Hindu University (BHU), utilise the CUET. The essential subject combination for Radiology is Physics, Chemistry, and Biology / Mathematics.
Manipal: in MAHE, Phase 1 is scheduled for April 2026 for admission test, and the next Phase 2 for May 2026.
CMC Vellore: It is a tough Institute level CBT (Computer Based Test) followed by a Step-2 evaluation (Practical tests and interviews.)
Eligibility Criteria 2026
Educational qualification: Should be passed class 12th board with physics, chemistry and biology (pcb) and English. Some of the institutes like AIIMS allow mathematics (pcm) for Radiology courses.
Minimum Marks: For the general/EWS/OBC category, it is 50% aggregate and for the SC/ST category, it is 45%.
Read More:- Supreme Court Law Clerk Recruitment 2026 Notification Details
List of Colleges For BSc Radiology and Imaging Technology
There are 140+ colleges around India that offer BSc Radiology and Imaging Technology without taking too much fees, especially in government colleges. If you have interest in lab technologies or figuring out body structures and making reports then take admission for securing your career in this field.
Academic Curriculum for the Course
Theory and laboratory practice are included in the curriculum of BSc Radiology and Imaging Technology. The following topics were covered: Human anatomy/physiology, Imaging Physics, General Radiography, Ultrasound Imaging, CT Scanning, MRI Basics, Radiobiology and Radiation Protection, Digital Image Processing, and General Patient Care.
BSc Radiology and Imaging Technology is a four year degree course. The first three years were spent attending didactic lectures, practical laboratory courses, and clinical observations. The fourth year is a required, full-time clinical internship during which the student serves as a student technologist at a hospital.
| Phase | Duration | Focus Areas |
| Year 1 | Semesters 1-2 | Basic Medical Sciences, Communication Skills, Computer Basics |
| Year 2 | Semesters 3-4 | Core Radiography, Radiation Physics, Conventional Imaging |
| Year 3 | Semesters 5-6 | CT, MRI, USG, etc Interventional Radiology |
| Year 4 | Semesters 7-8 | Clinical Internship, Logbook, Project Work |
The 2026 Curriculum is intended to establish progressively developing competencies.
Year 1: The Foundation
The goal is to give the student a foundation in the human body and the hospital setting.
- Human Anatomy & Physiology: This Is Not a “Fly By” Tour Students are required to study detailed osteology (bones) to learn how to position for radiographic.
- They are taught body systems physiology to understand how to administer contrast media.
- General Physics: The basic laws of physics applicable to the production of radiation.
- Clinical Pathology & Biochemistry: Basics of blood tests (creatinine, urea) which are important prior to contrast administration.
- English & Communication: Necessary to describe techniques to patients and to calm them.
Year 2: The Core
Students access the realm of diagnostic imaging in BSc Radiology and Imaging Technology.
- Radiation physics: The production of X-rays, their interaction with matter, and the design of X-ray tubes.
- Radiographic Positioning, the science and art of positioning the patient to radiograph the body part (i.e. Towne’s view for skull, Skyline view for patella).
- Darkroom to Digital: Darkrooms may be a thing of the past, but knowing the history is key. Emphasis is placed upon Computer Radiography (CR) and Direct Digital Radiography (DR) modalities.
- Radiation Protection: Students learn the ALARA (As Low As Reasonably Achievable) concept along with shielding and dose limit for worker and patient.
Year 3: The Advanced Frontier
This is the year when the high-end modalities that shape contemporary radiology are covered.
- Computed Tomography (CT): CT Physics, generations of scanners, helical vs. axial scanning, and protocols for different body regions.
- Magnetic Resonance Imaging (MRI): Principles of the complicated physics of nuclear magnetic resonance, safety issues related to ferromagnetic materials, and pulse sequences.
- Ultrasonography (USG): Essentials of acoustics, transducer design, and the technologist’s function in the operation of the sonographer.
- Interventional Radiology (IR): Orientation to the Cath Lab Sterility and Equipment utilized in Angiography.
- Radiation and Radioactivity in Nuclear Medicine Basics of PET-CT Handling of Radioisotopes including Technetium-99m.
Year 4: The Internship
The purpose of the internship is to transition a student to a worker. Interns rotate through different departments, including X-ray, CT, MRI, Emergency and ICU. They need to keep a logbook of cases they have done, and are evaluated on their technical skills and dealing with patients.
BSc Radiology and Imaging Technology Career Scope & Salary
Skilled radiographic professionals are sought after in India’s growing healthcare sector. Radiology technicians also work in public and private hospitals, diagnostic laboratories (pathology and imaging centres), government health schemes, private practitioners and emerging digital health platforms including teleradiology and artificial intelligence (AI) imaging start-ups.
Clinical Roles
- Radiologic Technologist: The typical baseline position. Duties are to perform x-rays, triage patients and maintain radiation safety .
- CT Technologist: So, what’s the place in the hierarchy. Knowledge of cross-sectional anatomy and contrast administration is required.
- MRI Technologist: A step up. MRI scanners are complicated, and patient safety (screening for metal) is critical. The technologists here typically make 20-30% more than a general radiographer.
- IR Technologist: The Cath Lab Experience. In a stressful environment, high volume dealing with cardiac and vascular interventions. You’ve got to wear thick lead aprons for long hours – but when you’re done, you’re king and you’ve got money in your pocket.
- Mammographer: Expert in breast imaging. Because of the sensitive nature of the exam, female technologists are preferred for this position.
Sector & Role Wise Salary (2026)
| Role | Experience | Sector | Approx. Monthly Salary (INR) |
| Jr Technologist | 0-2 Years | Private sector Hospital | Rs 18–25k |
| Jr Technologist | 0-2 Years | AIIMS/Govt (Contract) | Rs 25–35k |
| Sr Technologist | 5+ Years | Corporate Hospital | Rs 45–60k |
| MRI Specialist | 3-5 Years | Diagnostic Chain | Rs 35–50k |
| Application Specialist | 2-5 Years | Medical Device Co. | Rs 50–80k + other allowance |
| Govt. Permanent | Entry Level | Government | Rs 45–55k (Initial + Allowance) |
Who is Ideal For this Course?
BSc Radiology and Imaging Technology course is for students who like science and technology and want to work in the health sector. The ideal candidate: is detail oriented, is able to follow protocols which are critical for safety, is comfortable using computers and complex machinery, and can interact with patients (explain procedures, position patients). A BSc radiology student should be well versed with biology and physics and should also be calm and responsible because any mistake in imaging can impact the diagnosis.
Future Value of BSc Radiology and Imaging in Healthcare
In India’s upcoming healthcare scenario, BSc Radiology and Imaging Technology are a must-have. With the proliferation of private hospitals and diagnostic chains in Tier II/III cities, the need for imaging services is on the rise.
Technologies, such as AI-based image analysis, hybrid imaging (e.g. PET/CT), etc, indicate that the profession will continue to be hitech. So BSc (Hons) in Radiography graduates will play a vital role in connecting technology and patient care. The course produces practical professionals who can contribute immediately to hospitals’ diagnostic teams, which is critical in a country like India, where there is a shortage of doctors.
Conclusion
In a day and age when technology and medicine are coming together closer than ever, the Radiology Technologist is at the controls of the medical world’s most powerful machines. For individuals who are detail-oriented, have a caring nature, and technical mind, BSc Radiology and Imaging Technology offers a fulfilling, stable and ever-changing career.
