SRI SHANMUGHA INSTITUTE OF ALLIED HEALTH SCIENCE

Courses Offered

B.Sc. Radiography & Imaging Technology (RIT)

(Undergraduate Program – Sri Shanmugha Institute of Allied Health Science)

About The Department

The Department of Radiography & Imaging Technology at SIMSAR & AHS is one of the institution’s most advanced and dynamic academic divisions. It is dedicated to developing highly skilled imaging technologists capable of operating sophisticated diagnostic equipment and supporting medical practitioners in accurate disease detection.

The department offers a robust blend of theoretical learning, simulation-based laboratory training, and extensive clinical posting. Students are trained in multiple imaging modalities ranging from basic X-Ray imaging to advanced CT, MRI, Ultrasound, and Interventional Radiology.

With experienced radiologists, imaging technologists, and clinical faculty guiding the program, the department ensures students build strong diagnostic, technical, and analytical competencies.

Department Strengths

Training under experienced radiologists & senior imaging technologists
Exposure to multi-modality imaging (X-Ray, CT, MRI, USG)
Real-time scanning practice in affiliated hospitals
Strong focus on radiation safety & patient care
Hands-on operation of digital radiography systems
Practical training for emergency imaging & trauma cases

About The Course

The B.Sc. Radiography & Imaging Technology program trains students to perform, process, and interpret high-quality diagnostic images essential for medical diagnosis and treatment planning. The course builds a strong foundation in imaging physics, anatomy, equipment operation, radiological procedures, and radiation protection.

Students learn how to handle patients safely, position them for accurate imaging, operate high-end diagnostic machines, and support radiologists in test interpretation.

Course Highlights

Comprehensive training in imaging techniques
Hands-on exposure to Digital X-Ray, CR/DR Systems
CT & MRI operation and protocol training
Ultrasound basics & Doppler orientation
Emergency radiology & trauma imaging
Radiographic positioning & contrast studies
Radiation safety, protection & dose calculation
Imaging documentation & PACS operation

This program produces technologists who play a critical role in early disease detection and high-precision medical imaging.

Curriculum Overview

The curriculum follows medical university standards and offers a progressive structure combining theory, lab practice, and clinical exposure.

Year 1

Foundation in Medical & Imaging Sciences

Anatomy (General & Radiological)
Physiology
Biophysics
Basic Radiology
Patient Care & Medical Ethics
Introduction to Imaging Modalities

Year 2

Core Radiography & Imaging Techniques

Radiological Physics
X-Ray Techniques & Radiographic Positioning
Radiation Protection & Dosimetry
Darkroom Techniques & Digital Imaging Systems
Basic CT Techniques
Contrast Media & Procedures

Year 3

Advanced Imaging Sciences

Advanced CT Imaging
MRI – Principles, Sequences, Pathology
Ultrasound Imaging & Doppler Basics
Interventional Radiology
PACS (Picture Archiving and Communication System)
Radiological Emergency Procedures

Year 4

Internship

Rotations in X-Ray, CT, MRI, USG, and IR units
Case logging & reporting
Exposure to emergency and critical care imaging
Supervised training under radiologists

Labs & Facilities

The department is equipped with advanced imaging labs and simulation modules that replicate hospital-level diagnostic environments.

Laboratory Features

Radiography & Imaging Simulation Lab
Digital X-Ray & CR/DR demonstration units
CT & MRI simulation software
Ultrasound training modules
Darkroom demonstration & film processing practice
Radiation dosimetry tools and monitoring badges
Anatomical model-based positioning practice
PACS & Radiology Information System (RIS) access

Students gain high-quality pre-clinical training before entering real clinical settings.

Clinical Training

Clinical postings form the core of the RIT program. Students receive extensive hands-on training in diagnostic centres and multi-specialty hospitals.

Clinical Exposure Includes

General Radiography (Chest, Abdomen, Spine, Extremities)
Trauma & Emergency Imaging
Special Procedures with Contrast
CT Scans – Brain, Spine, Chest, Abdomen
MRI – Neuro, Musculoskeletal, Abdominal
Ultrasound & Doppler Studies
Mobile Radiography in ICUs & Operating Rooms
Interventional Radiology orientation

Skills Developed

Patient positioning for accurate imaging
Understanding imaging protocols
Machine operation & troubleshooting
Image quality analysis
Applying radiation safety principles
Managing emergency imaging situations

Students undergo postings in SIMSAR’s network of government and private hospitals across Salem, Erode, Namakkal, Tiruchengode & Tanjore, ensuring wide case exposure.

Career Pathways

Radiography & Imaging Technology is one of the fastest-growing healthcare professions due to increasing demand for diagnostic imaging worldwide.

Job Opportunities

Radiologic Technologist
CT Technologist
MRI Technologist
Imaging Specialist
Ultrasound Technician (with additional training)
Radiology Supervisor
PACS Administrator
Interventional Radiology Assistant
Trauma/Emergency Imaging Technologist

Employment Areas

Multispecialty hospitals
Diagnostic imaging centres
Trauma care & emergency units
Cancer hospitals & oncology centres
Orthopaedic & neuro-specialty clinics
Cardiac imaging units

This program ensures strong placement opportunities in India and abroad.

RIT graduates are in high demand across international healthcare systems due to the global need for imaging specialists.

Countries Hiring RIT Graduates

USA
UK
Canada
Australia
UAE
Saudi Arabia
Qatar & Oman
Germany
Singapore
New Zealand

Graduates can also pursue:

International licensing exams
Global internships
Healthcare migration pathways

After completing B.Sc. RIT, graduates can pursue advanced imaging studies or move into management, academics, or research.

Postgraduate Courses

M.Sc. Radiography & Imaging Technology
M.Sc. Medical Imaging Technology
M.Sc. MRI Technology
M.Sc. CT Technology
M.Sc. Nuclear Medicine Technology
M.Sc. Neuro-Imaging
M.Sc. Medical Physics (with eligibility)

Professional Programs

PG Diploma in Radiology
PG Diploma in MRI or CT
MBA/MHA in Hospital Administration
MPH – Public Health
Clinical Research Certifications

Academic Pathway

Imaging Tutor / Instructor
Lecturer after PG
Research Assistant

B.Sc. Radiography & Imaging Technology