Bachelor of Medical Radiology & Imaging Technology

Course Overview

Bachelor of Medical Radiology & Imaging Technology ( B.MRIT )

Bachelor of Medical Radiology and Imaging Technology (B.MRIT) is an undergraduate allied health sciences program that trains students in the use of medical imaging technologies for the diagnosis and management of diseases. The course combines medical sciences with imaging techniques such as X-ray, Computed Tomography (CT), Magnetic Resonance Imaging (MRI), Ultrasound (USG), Fluoroscopy, Mammography, and Nuclear Medicine. Graduates become skilled imaging professionals who play a vital role in modern healthcare.

Objectives of the Course

1. Develop knowledge of radiological sciences and imaging modalities.
2. Train students in operating diagnostic imaging equipment.
3. Promote safe radiation practices and patient care.
4. Develop competency in image acquisition and quality assurance.
5. Prepare students for multidisciplinary healthcare teamwork.
6. Foster ethical and professional conduct in radiology practice.

Clinical Skills Acquired

Patient positioning for imaging procedures
Operating X-ray, CT, MRI, and ultrasound equipment
Image acquisition and processing
Radiation protection and dosimetry
Contrast media administration assistance
Quality control of imaging equipment
Patient communication and care
Emergency respons e during imaging procedures
Infection control practices

Career Opportunities and Employment Areas

After graduation, candidates can pursue diverse career opportunities in the field of medical radiology and diagnostic imaging. They can work as Radiology Technologists, Radiographers, CT Technologists, MRI Technologists, Mammography Technologists, Ultrasound Assistants, Nuclear Medicine Technologists, Radiation Safety Officers (with additional qualifications), Medical Imaging Application Specialists, Research Assistants, and Academic Instructors. These professionals play an important role in diagnostic imaging, patient care, radiation safety, advanced imaging procedures, equipment operation, research, and medical education.

Graduates of Bachelor of Medical Radiology & Imaging Technology (B.MRIT) can find employment opportunities across a wide range of healthcare and diagnostic settings, including multi-specialty hospitals, government hospitals, medical colleges, diagnostic imaging centres, cancer hospitals, trauma centres, research institutions, medical equipment industries, and tele-radiology services. These settings offer opportunities to work in diagnostic imaging, advanced radiological procedures, cancer care, emergency imaging, medical research, equipment support, and remote radiology services.

Professional Roles and Responsibilities

Perform and assist with diagnostic imaging procedures such as X-rays, CT scans, MRI, and other advanced imaging techniques.
Properly position patients for imaging procedures while ensuring their comfort, safety, and cooperation throughout the examination.
Follow radiation protection protocols and safety standards to minimize unnecessary radiation exposure to patients, staff, and others.
Operate, monitor, and maintain radiology and imaging equipment to ensure accurate, high-quality diagnostic images.
Evaluate images for technical quality, perform appropriate image processing, and ensure that diagnostic images are properly documented and stored.
Work closely with radiologists and other healthcare professionals and provide imaging support for routine examinations, emergency cases, and specialized diagnostic procedures.

Admission Details

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Explore Our Curriculum

First Semester	Second Semester	Third Semester	Fourth Semester	Fifth Semester	Sixth Semester	Seventh & Eighth Semester
Human Anatomy	Basics of Microbiology	Pathology	Cross sectional anatomy	Basics Techniques in CT Technology	Basics Techniques In MRI Technology	Assessment of Internship
Human Physiology	Basics of Biochemistry	Clinical Radiography Positioning (Part II)	Modern Radiological Imaging Equipment and Physics	Radiation Safety in Diagnostic Radiology	Introduction to Nuclear Medicine Techniques
Basics of Radiation Physics	Conventional Radiography and Equipment	Radiography and Image Processing Techniques	Interventional Radiology Techniques	Quality Assurance in Diagnostic Radiology and Regulatory Requirements	Ultrasound Techniques
Introduction to Healthcare	Clinical Radiography Positioning (Part I)	Contrast Media & Special Radiological procedures	Patient Care in Radiology		Biostatistics And Research Methodology
Medical Terminology and Record Keeping	BMRIT Radiology Clinical Education – part II (studentship)	BMRIT Radiology Clinical Education – part III (studentship)	BMRIT Radiology Clinical Education – part IV (studentship)	BMRIT Radiology Clinical Education – part V (studentship)	BMRIT Radiology Clinical Education – part VI (studentship)
Basic Computers and Information science
Medical Law and Ethics
Professionalism and Values
Principals of Management
English & Communication skills
BMRIT Radiology Clinical Education – part I (studentship)