BSc Radiology 2027 course includes medical imaging, human anatomy, physiology, radiation physics, and patient care. BSc in Radiology Degree is a four-year degree program for those wishing to pursue a career in healthcare and medical technology.This course is designed with a blend of theory and practical aspects of diagnostic imaging.
This Story also Contains
BSc Radiology subjects semester-wise will help students know the subjects included in the course. The syllabus of BSc Radiology will depend upon the university and may include radiographic procedures, CT, MRI, ultrasonography and radiation protection, among others. Students can learn about year-wise subjects, practicals, and internships.
A BSc in Radiology is also referred to as BSc Radiography or BSc in Medical Imaging Technology in some colleges. This degree program is made up of theoretical and practical training in diagnostic imaging.
Particulars | Details |
Course name | BSc Radiology |
Course duration | Usually 3-4 years, depending on the institution and course structure |
Eligibility | Generally, Class 12 in the Science stream from a recognised board |
Admission process | Merit-based or entrance examination, depending on the institution |
NEET requirement | Check the admission criteria of the selected institution |
Practical training | Radiographic procedures, imaging equipment and patient care |
Internship | Requirements and duration vary by institution |
There are some colleges where the program is done in 3 years, while others do it in 4 years. The students can consult the official prospectus of the college they wish to join to get more details.
Get expert advice on college selection, admission chances, and career path in a personalized counselling session.
Alternatively, the course can be referred to as BSc Radiography or BSc Medical Imaging Technology at certain universities. This course includes theoretical and practical aspects of diagnostic imaging.
Each university will have its own syllabus for BSc Radiology. Below is a subject list that is semester wise based on the course format mentioned below.
Year | Semester | Main subjects |
First year | Semesters 1 and 2 | Anatomy, Physiology, Biochemistry, Radiation Physics, Radiographic Positioning and Computer Fundamentals |
Second year | Semesters 3 and 4 | Radiographic Techniques, Ultrasonography, Mammography, Computed Tomography and Radiation Protection |
Third year | Semesters 5 and 6 | MRI, Nuclear Medicine Technology, Patient Care, Interventional Procedures and Research Methodology |
The first-year syllabus introduces students to the human body, basic medical sciences, radiation physics and radiographic positioning.
Subject | Theory or Practical | Key topics |
Human Anatomy I and II | Theory and practicals | Human body structure and organs |
Human Physiology I and II | Theory and practicals | Functions of body systems |
Biochemistry | Theory and practicals | Basic biochemical concepts |
Radiation Physics | Theory and practicals | Radiation fundamentals and production of X-rays |
Radiographic Positioning I | Theory and practicals | Patient positioning for radiographic examinations |
Computer Fundamentals | Theory and practicals | Basic computer applications |
Medical Law and Ethics | Theory | Professional ethics and legal responsibilities |
English Communication and Soft Skills I and II | Theory and practicals | Communication and professional skills |
Preventive Medicine, Health Care and Radiation Protection | Theory and practicals | Healthcare practices and radiation safety |
The first-year syllabus builds the foundation required for studying diagnostic imaging techniques in later semesters.
Subject | Theory or Practical | Key topics |
Radiographic Positioning II | Theory and practicals | Positioning for different body regions |
Conventional Radiographic Techniques I | Theory and practicals | Basic X-ray imaging procedures |
Basics of Ultrasonography and Mammography | Theory and practicals | Introduction to ultrasound and breast imaging |
Orientation in Para Clinical Sciences | Theory and practicals | Introduction to related clinical sciences |
Environmental Sciences | Theory | Environmental health and related concepts |
Subject | Theory or Practical | Key topics |
Conventional Radiographic Techniques II | Theory and practicals | Advanced conventional imaging procedures |
Special Radiographic Procedures | Theory and practicals | Specialised radiographic examinations |
Computed Tomography | Theory and practicals | CT imaging principles and procedures |
Radiation Protection and Quality Assurance | Theory and practicals | Radiation safety and image quality |
Orientation in Clinical Sciences | Theory and practicals | Introduction to clinical practice |
Subject | Theory or Practical | Key topics |
Magnetic Resonance Imaging | Theory and practicals | MRI principles and imaging procedures |
Nuclear Medicine Technology | Theory and practicals | Basics of nuclear medicine imaging |
Patient Care and Management | Theory and practicals | Patient handling and care |
Interventional Procedures and Techniques | Theory and practicals | Introduction to image-guided procedures |
Subject | Theory or Practical | Key topics |
Bio-Statistics and Research Methodology | Theory | Research methods and basic statistical concepts |
Clinical Aspects in Radio-Imaging | Theory and practicals | Clinical applications of medical imaging |
Advanced CT, MRI and Ultrasonography | Theory and practicals | Advanced imaging techniques |
The Bachelor of Science in Radiology Syllabus PDF provides a detailed overview of the subjects, units, chapters, and topics covered in all semesters, as well as practicals. Radiology subjects list helps students plan their studies better, stay organised, and manage their time efficiently.
Download Here - BSc Radiology Semester-wise Syllabus PDF
BSc Radiology, BSc Radiography and BSc Medical Imaging Technology are similar names of course programs. The syllabus and course structure of these courses vary according to the university.
Course name | Duration | Main subjects |
BSc Radiology | Usually 3 - 4 years, depending on the institution | Anatomy, Physiology, Radiation Physics, CT and MRI |
BSc Radiography | Varies by institution | Anatomy, Radiographic Positioning, X-ray Techniques and Radiation Protection |
BSc Medical Imaging Technology | Varies by institution | Medical Imaging, Patient Care, CT, MRI and other imaging techniques |
The BSc Radiology syllabus covers key subjects such as human anatomy, physiology, pathology, and radiographic techniques. It also includes topics such as patient care, medical ethics, radiation physics, and quality control. Students learn about imaging modalities like X-ray, CT, MRI, and ultrasound. Students not only gain theoretical knowledge but also practical knowledge. Practical training is included to develop hands-on skills in diagnostic imaging.
BSc Radiology offers good career opportunities in hospitals, clinics, and diagnostic centres. Graduates can work as X-ray technicians, radiographers, medical imaging technologists, or radiation safety officers. With experience and specialisation, they can move into senior positions. Radiology professionals are also in demand in research centres and medical equipment companies.
Frequently Asked Questions (FAQs)
Generally, the first year subjects include Human Anatomy, Human Physiology, Biochemistry, Radiation Physics, Radiographic Positioning, Computer Fundamentals and Medical Law and Ethics. There may be variations in the exact subjects offered in different universities.
The course may run for three to four years. If internship is compulsory, then its duration and whether it is included in the total duration needs to be checked in the prospectus of that particular university.
These courses have very similar syllabi. Some institutions use both terms interchangeably. It is best to look at the actual syllabus, course duration and clinical postings offered before applying.
This depends entirely upon the syllabus of the university you join. As per this article, there are 27 subjects listed semester-wise in this list (not counting practicals separately and any internship).
Ranked #43 among Engineering colleges in India by NIRF | Get Upto 100% Scholarships
NEET PG All India & State College Predictor with Admission Process Guide
End-to-End NEET PG Admission Guidance | One-to-One Counselling | College Predictors | Regular Updates | E-books
Ranked #19 by NIRF, NAAC A++ Accredited | Recognized by dental council of India
NAAC A+ Accredited| Ranked #24 in University Category by NIRF
Established in 1993, with a focus on Homoeopathy and Health Sciences | Offers programmes in Homoeopathy and allied health-related disciplines