Master in Medical Radiology & Imaging Technology

program-details

School of Allied and Healthcare, CT University offers 2 years Master of Science (Medical Radiology and Imaging Technology) Programme. It provides rigorous foundations of core Medical Radiology and Imaging Technology, combination of theoretical core concepts with practical training of radiological skills which equips the students to be industry ready. Objective of this programme is to compete with well-established academic institutions in India and abroad.

Industry Immersion

This Program will create a great source of manpower that can aid in our health sector especially in Radiology, Emergency & Operation Theatres. Radiology Technologists will provide safe & quality patient care by using their technical & critical thinking while Examining the patient. This Program will give students knowledge of basic Science like Anatomy, Physiology, Microbiology& Pathology, etc.

eligibility criteria

B.Sc. in Medical Radiology & Imaging Technology/B.Sc. Medical Technology Radio diagnosis and Imaging/ B.Sc. Radiological Technology/B.Sc. in Radiography/B.Sc. Medical Technology (X-ray) with a minimum 60% marks in B.Sc.

Admission criteria

Merit in CT-SET, subject to fulfilling eligibility criteria.

Duration

2 Years

Curriculum

1ST SEMESTER SUBJECTS

Provides foundational and advanced knowledge of medical physics, radiation principles, radiation production, imaging technologies, radiation protection, and safe application of ionizing and non-ionizing radiation in medical imaging.

Develops advanced knowledge and practical skills in patient positioning, radiographic projections, image acquisition, and optimization of diagnostic radiographs for specialized clinical examinations.

Develops competencies in research design, data collection, biostatistical analysis, critical appraisal, scientific writing, and application of evidence-based practice in medical radiology and imaging technology.

Provides supervised clinical training in radiology and medical imaging services, enabling students to apply theoretical knowledge, develop technical competencies, follow radiation-safety practices, and provide patient-centred imaging care.

2ND SEMESTER SUBJECTS

Provides advanced knowledge of modern radiological imaging equipment, imaging physics, equipment operation, quality assurance, image optimization, and radiation safety practices in contemporary medical imaging.

Develops advanced theoretical and practical competencies in modern imaging modalities and specialized radiological procedures, including appropriate patient preparation, imaging techniques, procedural assistance, and safety practices.

Provides comprehensive knowledge of contrast media, their indications, contraindications, adverse reactions, patient safety, and the principles and applications of interventional radiology procedures.

Provides supervised clinical training in advanced radiology and medical imaging services, enabling students to integrate theoretical knowledge with practical skills, operate imaging equipment safely, assist in specialized procedures, and deliver patient-centred care.

3RD SEMESTER SUBJECTS

CT TECHNOLOGY

Provides advanced knowledge of computed tomography principles, including CT physics, image formation, data acquisition, reconstruction techniques, image quality, radiation dose, and safety considerations.

Develops competency in CT patient preparation, positioning, scanning techniques, contrast-enhanced examinations, protocol selection, image acquisition, reconstruction, and optimization of CT studies.

Provides comprehensive knowledge of regional and cross-sectional human anatomy relevant to CT imaging, enabling accurate anatomical identification and correlation with sectional imaging findings.

Provides supervised clinical training in CT and radiology services, enabling students to apply CT imaging principles, follow standardized scanning protocols, ensure patient and radiation safety, and develop professional clinical competencies.

MRI TECHNOLOGY

Provides advanced knowledge of magnetic resonance imaging principles, including magnetic fields, radiofrequency pulses, signal generation, image formation, pulse sequences, image contrast, safety, and factors affecting MR image quality.

Develops competencies in MR patient preparation, positioning, screening, coil selection, scanning techniques, protocol selection, pulse sequences, image acquisition, and optimization of MR examinations.

Provides comprehensive knowledge of regional and cross-sectional human anatomy relevant to MR imaging, enabling accurate identification of anatomical structures and correlation with multiplanar MR images.

Provides supervised clinical training in MR imaging and radiology services, enabling students to apply MRI principles and scanning protocols, ensure patient and MRI safety, optimize image acquisition, and develop professional clinical competencies.

BREAST IMAGING TECHNOLOGY

Provides advanced knowledge of breast imaging principles, imaging modalities, image formation, equipment, image quality, radiation safety, and the role of breast imaging in screening and diagnosis.

Develops competencies in patient preparation, positioning, breast imaging techniques, protocol selection, image acquisition, quality optimization, and safe performance of specialized breast imaging examinations.

Provides comprehensive knowledge of normal breast anatomy and cross-sectional anatomical relationships relevant to breast imaging, enabling accurate identification and correlation of anatomical structures on diagnostic images.

Provides supervised clinical training in breast imaging and radiology services, enabling students to apply imaging protocols, ensure patient comfort and safety, optimize image acquisition, and develop professional clinical competencies.

4TH SEMESTER SUBJECTS

CT TECHNOLOGY

Provides advanced knowledge of emerging CT technologies, including multidetector CT, dual-energy CT, spectral imaging, advanced reconstruction techniques, dose optimization, and evolving CT applications.

Develops competencies in CT quality assurance, radiation protection, dose optimization, patient safety, infection control, patient preparation, communication, and provision of patient-centred care during CT examinations.

Provides foundational knowledge of common pathological conditions and develops skills in systematic CT image evaluation, recognition of normal and abnormal findings, and correlation of imaging appearances with clinical conditions.

Develops research competencies through systematic investigation, literature review, research methodology, data analysis, interpretation of findings, scientific writing, and presentation of a research dissertation in medical radiology and imaging technology.

Provides supervised advanced clinical training in radiology and CT imaging services, enabling students to integrate theoretical knowledge with clinical practice, optimize imaging procedures, maintain radiation and patient safety, and demonstrate professional competencies.

MRI TECHNOLOGY

Provides advanced knowledge of emerging MRI technologies, including high-field MRI, diffusion and perfusion imaging, functional MRI, advanced pulse sequences, parallel imaging, and artificial intelligence applications in MR imaging.

Develops competencies in MRI examination planning, patient screening and preparation, MRI safety, contraindication assessment, positioning, communication, and provision of safe and patient-centred care.

Provides foundational knowledge of common pathologies and develops skills in systematic MR image evaluation, recognition of normal and abnormal imaging appearances, and correlation of MRI findings with clinical conditions.

Develops research competencies through formulation of a research problem, literature review, research methodology, data collection and analysis, interpretation of findings, scientific writing, and presentation of a dissertation in medical radiology and imaging technology.

BREAST IMAGING TECHNOLOGY

Provides advanced knowledge of emerging breast imaging technologies, including digital breast tomosynthesis, contrast-enhanced mammography, breast MRI, automated breast ultrasound, artificial intelligence, and other contemporary diagnostic applications.

Develops competencies in quality assurance, radiation protection, dose optimization, infection prevention, patient preparation, communication, privacy, comfort, and safe patient-centred care during breast imaging procedures.

Provides foundational knowledge of common breast pathologies and develops skills in systematic interpretation of breast images, recognition of normal and abnormal imaging features, and correlation of imaging findings with clinical conditions.

Develops advanced research competencies through research planning, literature review, methodology, data collection and analysis, interpretation of findings, scientific writing, and preparation and presentation of a dissertation in medical radiology and imaging technology.

Provides supervised advanced clinical training in breast imaging and radiology services, enabling students to apply specialized imaging protocols, maintain radiation and patient safety, optimize image quality, assist in diagnostic procedures, and demonstrate professional clinical competencies.

fees

Details	Amount
Programme Fees (per Semester)	₹45000
Examination Fees	₹3000
International Fees (per Year)	$4500

Salient Features

Disciplinary knowledge and its appropriate application: This subject will facilitate students to gain relevant disciplinary understanding of the nature, practice and application of Medical Imaging Technology through lectures, Hans on training on imaging machines, computer practical, workshops and presentations. The material will be assessed in the test and the examination.
Professional skills and their appropriate application: Provide Time management, personal organization and teamwork skills, and communication skills will be developed through the presentation projects.
Engagement with the needs of society: The subject will enhance the capacity of the students to respond to the needs and grapple with ethical concerns that accompany the practice of Medical Imaging (e.g. the balance between diagnostic accuracy and radiation dose to the patient, the staff and population as a whole).
Clinical Care: Using a patient/family-centered approach and best evidence, each student will organize and implement the prescribed preventive, investigative and management plans; and will offer appropriate follow-up services.
Lifelong learning: The student should be committed to continuous improvement in skills and knowledge while harnessing modern tools and technology. Program objectives will aim at making the students being able to: Perform objective self-assessments of their knowledge and skills; learn and refine existing skills; and acquire new skills
Social Accountability and Responsibility: The students will recognize that allied and healthcare professionals need to be advocates within the health care system, to judiciously manage resources and to acknowledge their social accountability. They have a mandate to serve the community, region and the nation and will hence direct all research and service activities towards addressing their priority health concerns.

Admissions
Open 2026-27

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