Admissions 2026

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Department of Radiology and
Imaging Technology

Our Vision

To establish itself as a leader in radiological and imaging sciences education by integrating advanced imaging technologies, research, and clinical excellence. The department envisions producing highly skilled imaging professionals who contribute to accurate diagnosis, patient safety, and the advancement of non-invasive medical technologies in modern healthcare systems.

Our Mission

To train students in modern imaging techniques such as X-ray, CT, MRI, and ultrasound.
To ensure adherence to radiation safety and ethical imaging practices.
To promote technological competence and innovation in imaging sciences.
To foster research in diagnostic imaging and radiological advancements.
To collaborate with healthcare institutions for practical exposure and skill development.

Introduction of Department

The Department of Radiology and Imaging Technology at T.S. Mishra College of Allied and Healthcare Sciences, T.S. Mishra University is dedicated to excellence in diagnostic imaging, academic training, research, and professional development. The department integrates advanced imaging technology with quality education to prepare competent, ethical, and skilled healthcare professionals.

The academic programs are designed to provide strong theoretical foundations along with extensive practical and clinical exposure in medical imaging sciences. Key areas of training include:

Radiologic physics and imaging principles
Hands-on training on modern diagnostic equipment
Radiation safety and patient care standards
Professional ethics and clinical responsibility
Supervised clinical postings and practical learning

Through a balanced combination of classroom teaching, laboratory training, and clinical experience, the department equips students with the technical expertise, professional competence, and confidence required to excel in the evolving field of radiology and medical imaging technology.

Professional Training Best Practises

Clinical Rotations: Students gain real-world experience through supervised training in hospital laboratories and diagnostic centers.
Skill Development: Skill development is promoted through expert lectures, conferences, seminars, and industrial visits, with an emphasis on accuracy, precision, and ethical practice to ensure graduates become competent and reliable professionals.
Interdisciplinary Collaboration: Training fosters teamwork with physicians, nurses, and other healthcare providers, highlighting the critical role of radiologist in patient care.
Career Readiness: Graduates are prepared for diverse roles in clinical settings, research institutions & public health organizations.

Programmes Offered

Programme	Duration	Seats	Admission Criteria
Bachelor in Medical Radiology and Imaging Technology	04-years program (03+01 year of compulsory internship /Laboratory rotation).	40	A candidate seeking admission to the Bachelor in Medical Radiology and Imaging Technology (BMRIT) program should have passed 10+2 examination or its equivalent conducted by Boards/Councils established by State Government/ Central Government with minimum 50% in aggregate of physics, chemistry and biology (botany & zoology). 05 % relaxation will be given to reserved category candidates. Also, the candidate should have completed 17 years of age, as on 31st December of the year of admission.
Diploma in X-Ray Technician	2 years	60	A candidate seeking admission to the Diploma in X-Ray Technician program should have passed 10+2 examination or its equivalent conducted by Boards/Councils established by State Government/ Central Government with Physics, Chemistry, Biology/ Mathematics (PCB/PCM) and English as subjects. A 45% marks in Intermediate examinations (from UP Board or any other recognized board). Also, the candidate should have completed 17 years of age, as on 31st December of the year of admission. No maximum age limit for admission.

Career Opportunities

Field	BMRIT Graduates	DX-RT Graduates
Clinical Laboratories	Radiology technologist in CT scan, MRI, ultrasound, mammography, and advanced diagnostic imaging centers	X-ray technician in diagnostic laboratories, imaging centers, and radiology units
Hospitals & Healthcare	Opportunities in multispeciality hospitals, trauma centers, emergency care units, operation theatres, and radiology departments	Employment in hospitals, clinics, trauma centers, and routine radiography departments
Research & Academia	Higher studies, clinical research, academic teaching, imaging research, and healthcare education	Technical assistant roles in radiology training institutes and healthcare facilities
Industry & Allied Fields	Careers in medical imaging equipment companies, healthcare technology firms, radiation safety services, and application training	Support roles in imaging equipment handling, healthcare support services, and radiographic assistance
Global Opportunities	International career opportunities in hospitals, diagnostic chains, research organizations, and advanced imaging facilities	Opportunities as X-ray technicians and radiographic assistants in healthcare institutions across India and abroad

LAB Facilities

Facility	Description
Pre-Clinical Radiology Lab	The Pre-Clinical Radiology Lab is a foundational training laboratory designed to provide students with practical knowledge and hands-on experience in basic Radiographic equipment demonstration, Patient positioning practice, Radiation protection and safety training, Anatomy and image interpretation basics, Skill development before clinical
Anatomy Lab	Modern anatomy laboratory with human models, charts, cadaveric specimens, skeleton systems, and audiovisual teaching aids to strengthen the understanding of human anatomy and biomechanics.
Physiology Lab	Fully equipped physiology laboratory for studying human body functions, vital parameters, exercise physiology, and clinical assessment techniques through practical demonstrations and experiments.
Hospital-based Labs	The Hospital-Based Radiology Lab is an advanced clinical training facility equipped with modern diagnostic imaging systems including CT scan, MRI, Ultrasonography (USG), Digital X-Ray, CR & DR systems, Fluoroscopy Units, Cath Lab, Mobile/Ward Radiography Units, and various X-ray machines ranging from 100 mA to 600 mA capacities. The laboratory provides students with hands-on clinical exposure to routine and specialized radiological procedures, patient positioning, image acquisition, radiation safety, contrast studies, and advanced diagnostic imaging techniques under professional supervision. It bridges academic learning with real hospital-based radiology practice and enhances students’ technical and clinical