4 YEARS FULL-TIME B.Sc. IN MEDICAL RADIOLOGY & IMAGING TECHNOLOGY (MRIT)
Program Overview:
Emversity’s B.Sc in Medical Radiology & Imaging Technology (MRIT) prepares students to become skilled allied healthcare professionals in diagnostic imaging services. This four-year, NCAHP-aligned program integrates classroom learning with extensive hands-on clinical training, enabling students to:
- Perform diagnostic imaging procedures using X-ray, CT, MRI, Ultrasound, and related modalities
- Assist radiologists and physicians in accurate diagnosis and patient management
- Operate and maintain advanced radiological and imaging equipment
- Ensure radiation safety, patient protection, and quality assurance
- Adhere to national and international standards of medical imaging practice
What is the Scope for a Medical Radiology & Imaging Professional?
Graduates of MRIT can work across hospitals, diagnostic centers, and healthcare institutions in roles such as:
- Medical Radiology & Imaging Technologist: Perform diagnostic imaging procedures and ensure image quality
- CT / MRI Technologist: Specialize in cross-sectional imaging modalities
- Ultrasound Technologist: Assist clinicians in real-time diagnostic imaging
- Interventional Radiology Technologist: Support minimally invasive diagnostic and therapeutic procedures
- PACS / Imaging Informatics Executive: Manage digital imaging systems and archives
Career Progression in Medical Radiology & Imaging Technology
- Begin as an entry-level MRIT in hospitals or diagnostic centers
- Specialize in advanced modalities such as CT, MRI, Interventional Radiology, or Nuclear Medicine
- Pursue higher education (M.Sc., certifications, research roles)
- Advance into supervisory, quality assurance, or departmental management roles
- Transition into medical equipment applications, training, sales, or academic roles
Step into the World of Diagnostic Imaging!
- Direct Entry into Medical Imaging Careers
Gain specialized training in diagnostic radiology and imaging technologies essential for modern healthcare systems. - Comprehensive Imaging Knowledge
Develop strong theoretical and clinical understanding of radiographic procedures, imaging physics, and patient care. - Advanced Equipment Exposure
Hands-on training with state-of-the-art imaging equipment including X-ray, CT, MRI, and Ultrasound systems.
- Career Guidance & Exploration: Personalized career counseling, workshops, and mentoring to help you identify specialization areas within diagnostic imaging and plan your professional journey.
- Resume & Interview Skill Development: Structured resume-building sessions, mock interviews, and communication skill workshops tailored to healthcare imaging roles.
- Industry & Hospital Connect: Strong collaborations with hospitals, diagnostic centers, and healthcare institutions for clinical exposure and employment opportunities.
- Placement Assistance: : Dedicated placement support to identify suitable job opportunities aligned with your skills, preferences, and career goals in medical imaging.
- Interview Preparation:Mock interviews and guidance on commonly asked questions for MRIT-related roles to boost confidence and employability.
- With a B.Sc in MRIT, graduates are prepared for diverse and rewarding careers such as:
- Medical Radiology & Imaging Technologist
- CT / MRI / Ultrasound Technologist
- Interventional Radiology Assistant
- Radiology Quality & Safety Officer
- Imaging Informatics / PACS Executive
- Academic & Research Assistant (with higher studies)
- The MRIT curriculum is structured as per NCAHP guidelines, balancing strong academic foundations with extensive clinical exposure.
Core Courses- Human Anatomy & Physiology
- Radiation Physics & Imaging Principles
- Conventional Radiography & Positioning
- CT, MRI, Ultrasound & Advanced Imaging Techniques
- Radiation Protection, Safety & Quality Assurance
- Patient Care, Ethics & Professional Practice
Practical Training
- Laboratory Sessions: Imaging techniques, equipment handling, and safety practices
- Clinical Rotations: Hands-on training in radiology departments across multiple modalities
- Simulation-Based Learning: Skill development in controlled clinical environments
- Communication & Medical Documentation
- Introduction to Healthcare Computing & PACS
- Critical Thinking, Teamwork & Professional Ethics
