Radiology & Medical Imaging Technology
Department of ParamedicalRadio imaging technology studies is the methods and processes used to obtain inside images of the parts and organs of the human body and their different function in clinical procedures or medical science that includes physiology and human anatomy. This is done for therapeutic purposes such as research on the body's normal architecture.
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The course is directed to teach students about radio imaging techniques, as well as modern and traditional radiographic equipment, and how to perform an ethical diagnostic procedure. The students can learn advanced and specialized technical terms in medical imaging techniques such as MRI and CT scans, specialized QM and PACS, and other different routine operations.
Radio Imaging Technology students have a bright and successful future because it is one of the fastest-growing fields in medicine.
Key Feature
- To provide a sensible mix of skills relating to a profession and appropriate content of General Education.
- To ensure that the students have sufficient knowledge and skills so that they are work-ready at each vent point of the programme.
- To provide students with flexibility by means of pre-defined entry and multiple exit points during the course.
- To integrate NSQF within the undergraduate level of higher education in order to increase the employability of the graduates and meet enhancing industry requirements. Such graduates apart from meeting the increasing needs of local and national industries are also expected to be provided to become part of the global workforce.
- To provide upright mobility to students coming out of the 10+2 with vocational subjects
Course Progression: Radiology & Medical Imaging Technology
Diploma (First Year – Semester 1 & 2)
A foundational start in radiology, human biology, image processing, and patient care.
- Begin with essential subjects like Anatomy & Physiology, Clinical Pathology, and Radiation Physics & Imaging Processing, forming the core of modern medical imaging technician education.
- Learn patient-centered skills through Medical Ethics & Patient Care, essential for every future medical imaging technologist.
- Build digital confidence with Computing Skills-I and General English.
- In Semester 2, advance into radiology-focused topics such as Radiology Quality Control, Positioning Techniques, Special Radiographic Procedures, and Contrast Media in Diagnostic Radiology.
- Strengthen hands-on expertise with extensive lab training in Clinical Radiography, preparing you for real-world roles in diagnostic centers and hospitals.
- Perfect for those starting their journey toward diagnostic imaging technician or medical radiology technician roles.
Advanced Diploma (Second Year – Semester 3 & 4)
Deep learning of CT, MRI, ultrasound, and advanced imaging systems.
- Explore the world of Computed Tomography (CT) with subjects like Principles of CT, CT-II, and hands-on CT imaging techniques.
- Learn Ultrasound Imaging, building a strong base for students aiming to become ultrasound tech radiology professionals.
- Strengthen professional abilities with Health & Wellness, Communication Skills-II, and Financial Literacy.
- Semester 4 introduces high-end diagnostic imaging technologies including MRI Systems, Mammography, Bone Densitometry, and Orthopantomography.
- Gain practical knowledge essential for entering fields like 3D radiology imaging, diagnostic medical radiography, and digital imaging radiography.
B.Voc Degree (Third Year – Semester 5 & 6)
Advanced diagnostic imaging, MRI specialization, radiation safety, and healthcare systems.
- Master MRI technologies through Recent Advances in MRI, MRI Protocols, MRI Physics & Angiography, and industry-standard imaging techniques used by modern MRI CT tech professionals.
- Study Radiation Hazard & Safety, a core requirement for all diagnostic imaging degrees and regulatory healthcare roles.
- Get exposure to healthcare operations through Introduction to the National Healthcare System and essential Digital Literacy.
- Semester 6 sharpens specialization with Toxicology, Endocrinology & Molecular Biology, and Entrepreneurship, bridging clinical knowledge with leadership.
- Hands-on training includes Cath Lab System Components, ECG, and Interventional Radiography, ideal for those interested in becoming interventional radiology technicians.
- Final Project Work prepares students for careers in hospitals, CT/MRI centers, and diagnostic imaging labs.
M.Voc Degree (Postgraduate Level – 2 Years)
High-end radiology specialization, advanced imaging technology, instrumentation, and research.
Year 1 – Advanced Diagnostic Imaging & Radiology Systems
- Build deep expertise in Radiographic Procedures, Fluoroscopy, and Principles of Radiographic Exposure.
- Understand advanced machines through Instrumentation of Conventional Radiology Equipment.
- Strengthen medical roots with Human Anatomy & Physiology and refined communication through Business Communication.
- Semester 2 introduces advanced clinical skills such as Interventional Radiology Techniques, Nuclear Medicine, Imaging Systems, and Radiation Evaluation & Protection.
- Learn digital healthcare frameworks with Hospital Information Systems and research fundamentals.
Year 2 – MRI/CT Mastery, Imaging Leadership & Research
- Study advanced CT and MRI technologies including Advanced CT Techniques, Specialized Radiology Instrumentation, Digital Radiography, and Advanced Ultrasonography.
- Develop strong communication through Corporate Communication.
- Final semester focuses on high-end imaging like Modern Imaging Equipment, MRI Instrumentation, and Echocardiography, used in top-tier diagnostic centers including advanced AI-based CT scan systems used by modern artificial intelligence radiology companies.
- Learn Radiology Department Administration, Radiation Safety, and complete a full Dissertation, preparing you for leadership or senior technologist roles.
- Ideal for careers in hospitals, diagnostic centers, specialized MRI/CT labs, and advanced healthcare imaging companies.