BSc Medical Imaging Technology Syllabus & Subjects: Semester-wise Syllabus PDF

BSc in Medical Imaging Technology Course Detail

Provided below is a table containing important details about the BSc in Medical Imaging Technology course. The information includes duration, eligibility criteria, fees, job roles, and top recruiters. Understanding these details helps students understand the course structure better. After this, students can explore the BSc in Medical Imaging Technology curriculum for more clarity.

BSc MIT Course Subjects and Syllabus

This course includes both theory and practical subjects. Students learn about human anatomy, patient care, and different imaging techniques. Core subjects include X-ray, CT scan, MRI, and ultrasound. These main subjects remain the same in most universities, while elective subjects may differ. The BSc in Medical Imaging Technology or Medical Radiology and Imaging Technology syllabus and subjects are listed below. This will help students decide whether the course matches their interests or not.

BSc Medical Imaging Technology 1st Year Syllabus

The detailed Bachelor of Medical Imaging syllabus for the first year is given below:

BSc MIT Syllabus First Semester

• Introduction to the National Healthcare Delivery System in India

• Medical Terminology, Law, Ethics, Record Keeping & Quality Patient Care

• Human Anatomy

BSc MIT course details Second Semester

• Human Physiology

• Basic Physics and Radiological Physics

• Radiographic Positioning Techniques & Image Processing Techniques

• Environmental Studies

BSc Medical Imaging Technology 2nd Year Subjects

The second year BSc MIT course structure is given below:

BSc Medical Imaging subjects list for Third Semester

• Special Radiography Procedures

• Radiation Detection, Measurement & Protection

• Basic Microbiology & Pathology

• Basic Biochemistry & Pharmacology

BSc MIT course structure for Fourth Semester

• Computed Tomography

• Physics of Imaging Equipment’s

• Quality Control in Radiology & Radiation Safety

BSc MIT 3rd Year Syllabus

The Medical Imaging Technology syllabus for the third year is:

Medical Imaging Technology UG syllabus Fifth Semester

• Magnetic Resonance Imaging

• Modern Imaging Technology

• Public Administration

BSc Medical Imaging Course Curriculum Sixth Semester

• Interventional Imaging Technology & Ultrasonography

• Research Methodology, Biostatistics & Principles of Management, Act, Rules, and Regulations of Radiology

• Principles of Management, Act, Rules, and Regulations of Radiology

BSc in Medical Imaging Technology Syllabus PDF

Students who want to work with advanced medical techniques choose this course. The course structure helps students to understand how to read and create medical images. The link by which students can download the detailed syllabus PDF is given below. Having the BSc in Medical Imaging Technology syllabus and subjects in PDF helps students plan their studies better.

BSc Medical Imaging Course Curriculum 2026: Best Books

Students need the right books to build a strong foundation in the medical imaging course. Given below are a few books that students can study from to clear the basics. The BSc in Medical Imaging Technology or Medical Radiology and Imaging Technology syllabus and subjects are easily understood by these books. All the topics are well-explained along with colourful illustrations.

Which subjects are taught in BSc MIT?

In BSc Medical Imaging Technology, students study subjects like anatomy, physiology, radiographic imaging, MRI, CT scans, ultrasound, and nuclear medicine. The course combines both theoretical knowledge and practical training in medical imaging techniques. Students also learn patient care, radiology safety, and diagnostic report preparation

Is physics included in BSc Medical Imaging Technology?

Yes, a BSc in Radiology and Imaging Technology includes physics as part of the syllabus. Students have to study subjects like the basics of physics, radiological physics, and the physics of imaging equipment. These subjects help them understand how different advanced equipment works. Physics is very important for understanding the concept of radiation and imaging technology. So, to score well throughout the course, knowledge of physics is required.