Programmes
B.Sc. - Radiology & Imaging Technology
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Undergraduate Level
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4 Years Duration
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Overview
The Bachelor in Radiology & Imaging Technology at NSHM Institute of Health Sciences, Durgapur is a specialized undergraduate programme designed to develop skilled radiology and imaging professionals trained in modern diagnostic imaging techniques.
The programme provides in-depth knowledge of radiographic procedures, imaging modalities, patient positioning, radiation safety, and diagnostic imaging technology. Students are trained to operate advanced equipment such as X-ray, CT scan, MRI, ultrasound, and other medical imaging systems, ensuring accuracy and patient safety during diagnostic procedures.
With a strong emphasis on hands-on clinical training, the curriculum integrates classroom learning with hospital postings, imaging labs, internships, and real-time diagnostic exposure. Students learn to work closely with radiologists, physicians, and healthcare teams, supporting accurate diagnosis and effective patient management.
Guided by experienced faculty and supported by strong hospital and diagnostic centre collaborations, the Bachelor in Radiology & Imaging Technology programme prepares graduates for careers in hospitals, diagnostic imaging centres, trauma units, specialty clinics, and healthcare institutions. The programme also lays a strong foundation for higher studies, specialization, and career advancement in medical imaging and radiological sciences.
At NSHM, this programme nurtures professionals who combine technical expertise, patient care, ethical responsibility, and radiation safety, making them essential contributors to modern diagnostic healthcare systems.
Eligibility
10+2 from any recognized board
Programme Educational Objectives
Graduates of this program will:
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01
Professional Excellence
Apply comprehensive knowledge and practical skills in advanced imaging technologies, such as radiographic positioning, computed tomography, magnetic resonance imaging, and nuclear medicine, to deliver high-quality diagnostic imaging services. Graduates will demonstrate proficiency through hands-on training in courses like Clinical Radiographic Positioning (Practical), Computed Tomography (Practical), and internships, ensuring they meet industry standards, adapt to evolving medical imaging technologies, and contribute effectively to patient care and diagnostic accuracy
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02
Leadership & Innovation
Create innovative solutions and demonstrate leadership in healthcare settings by leveraging interdisciplinary learning from courses like AI in Radiology (Part I and II), Industry Readiness Training, and Research Project Phases I and II. Graduates will lead healthcare teams, drive advancements in imaging technology, and implement novel approaches to improve diagnostic processes, supported by skills developed in courses like Entrepreneurship Approach in Healthcare System and Basics of Biostatistics and Research Methodology.
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03
Ethical & Social Responsibility
Evaluate ethical standards and social responsibilities in medical imaging practices by integrating principles from courses such as Medical Law & Ethics, Radiation Protection & Safety in Diagnostic Radiology, and Universal Human Value (UHV). Graduates will prioritize patient safety, maintain confidentiality, and adhere to regulatory guidelines, while contributing to community health and sustainable practices through knowledge gained in Environmental Studies and Rural Sensitization and hands-on training in radiation protection
Programme Outcomes (PO)
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01
Technical Knowledge in Imaging
Apply principles of radiation physics, atomic structure, and imaging equipment operation to perform diagnostic procedures effectively.
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02
Equipment Operation and Maintenance
Demonstrate proficiency in operating, maintaining, and troubleshooting X-ray tubes, generators, and advanced imaging systems (e.g., CT, MRI, USG).
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03
Image Quality Optimization
Utilize image quality techniques, beam restriction, and digital radiology technologies (CR, DR, PACS) to enhance diagnostic accuracy and minimize patient exposure.
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04
Radiographic Positioning Skills
Perform accurate radiographic positioning and movement techniques for various anatomical regions, including trauma and non-trauma cases.
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05
Patient Safety and Care
Ensure safe, compassionate, and patient-centered care during radiological procedures, adhering to radiation safety and infection control protocols.
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06
Radiation Safety Awareness
Understand and implement radiation safety principles, including protection measures, dose optimization, and informed consent processes
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07
Clinical Procedure Competence
Execute specialized projections and fluoroscopic procedures (e.g., gastrointestinal, urinary, biliary) with clinical precision and adaptability.
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08
Medical Terminology Proficiency
Master radiology-specific terminology for clear interaction, documentation, and effective communication with healthcare teams and patients.
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09
Paediatric Imaging Expertise
Adapt imaging techniques and prioritize radiation safety to meet the unique needs of paediatric patients.
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10
Ethical and Professional Standards
Adhere to ethical, legal, and professional standards in clinical radiography, ensuring patient dignity and informed consent
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11
Interventional Radiology Skills
Demonstrate expertise in interventional radiology techniques (e.g., ablation, embolization) and related imaging modalities (fluoroscopy, CT, MRI, ultrasound).
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12
Interventional Radiology Skills
Demonstrate expertise in interventional radiology techniques (e.g., ablation, embolization) and related imaging modalities (fluoroscopy, CT, MRI, ultrasound).
Programme Specific Outcomes (PSO)
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01
Application of Imaging Knowledge
Apply principles of radiation, equipment operation, and positioning to functional diagnostic problems.
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02
Clinical Leadership and Innovation
Demonstrate procedural skills, teamwork, and adaptability in advanced imaging strategies.
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03
Ethical and Safety Responsibility
Evaluate decisions for radiation safety, patient care, and governance in healthcare settings.
Key Facts
- Full Form: Bachelor in Radiology and Imaging Technology (BRIT)
- Duration: 4 years (plus compulsory internship)
- Eligibility: 10+2 with Science (Physics, Chemistry, Biology)
- Focus Area: Use of medical imaging techniques for disease diagnosis and treatment support
- Core Subjects: Anatomy, Radiation Physics, Radiographic Techniques, CT, MRI, Ultrasound, and Radiation Safety
- Training: Includes clinical postings and hands-on experience with imaging equipment in hospitals
- Career Roles: Radiology Technologist, MRI/CT Technician, Sonography Assistant, Radiographer, Imaging Supervisor
- Employment Sectors: Hospitals, Diagnostic & Imaging Centers, Research Institutes, Equipment Companies
- Higher Studies: M.Sc. in Radiology & Imaging Technology, Medical Physics, or Hospital Administration
- Key Skills Developed: Technical expertise, attention to detail, patient care, and safety management in radiology
Curriculum
Semester-wise syllabus PDF
Semester - 1 Scholarship
Eligible students may also avail government and statutory scholarships as applicable. The scholarship framework at NSHM aims to promote inclusive education, academic excellence, and equal access to quality learning.
Terms and eligibility criteria apply as per institutional guidelines.
Highlights/ Advantage
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A 4-year undergraduate programme focused on medical imaging and diagnostic techniques.
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Covers Radiography, Ultrasound, CT Scan, MRI, and Nuclear Medicine procedures.
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Provides extensive hands-on training through hospital internships and practical sessions.
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Equips students with skills to operate and maintain advanced imaging equipment.
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Curriculum designed to blend theoretical knowledge with clinical exposure.
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High demand for trained radiology professionals in hospitals, diagnostic centers, and imaging clinics.
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Opportunity to work with cutting-edge medical imaging technology.
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Crucial role in early and accurate disease diagnosis, supporting doctors in treatment decisions.
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Scope for career advancement as Radiology Technologist, Imaging Specialist, or Application Expert.
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Eligibility for higher studies (M.Sc. in Radiology, Medical Imaging, or related fields).
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Offers a rewarding and respected career with strong job security in the healthcare sector.
Teaching Pedagogies
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Learner-Centric Pedagogy
The learning environment prioritizes student engagement through active learning strategies and personalized learning pathways, encouraging critical thinking and self-directed growth.
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Outcome-Based Education (OBE)
Programmes are structured around clearly defined outcomes using CO–PO mapping and rubrics-based assessments, ensuring measurable learning achievements aligned with academic and industry standards.
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Experiential & Applied Learning
Students gain hands-on exposure through industry expert lectures, lab- and studio-based work, and application-oriented assignments that bridge theory with practice.
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Technology-Enabled Teaching
Teaching is enhanced with smart classrooms, Learning Management Systems (LMS), and advanced digital tools that promote interactive, blended, and flexible learning.
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Research-Based Teaching
Students are encouraged to explore inquiry-driven learning through research projects, literature review work, and exposure to contemporary research methodologies.
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Problem-Based Learning (PBL)
Real-world relevance is built through case studies and project-based learning, enabling students to solve practical problems collaboratively and creatively.
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Collaborative Learning
Learning is strengthened through group tasks, teamwork, and peer assessment, fostering communication skills, leadership, and mutual learning.
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Skill & Competency-Based Teaching
Alongside academics, students are trained through professional certifications, soft-skill development, and employability-focused modules to enhance career readiness.
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Inclusive Teaching Practices
NSHM promotes equitable learning with bridge courses, academic support systems, and structured student mentoring to cater to diverse learner needs.
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Continuous Assessment & Feedback
Student progress is monitored through assignments, quizzes, presentations, and practical evaluations, supported by timely and constructive feedback.
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Community & Social Learning
Learning extends beyond the classroom through outreach programmes, community engagement, and extension activities that instill social responsibility.
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12
Faculty Development & Pedagogy Training
Faculty members regularly participate in Faculty Development Programmes (FDPs), pedagogy training, and research workshops to ensure teaching excellence and innovation.
Scope & Career Opportunities
- Growing demand for trained imaging technologists due to the rapid expansion of diagnostic and healthcare facilities.
- Wide application of radiological imaging in medical diagnosis, treatment planning, and disease monitoring.
- Opportunities in both government and private hospitals, diagnostic centers, and research institutions.
- Scope for higher education and specialization in areas such as MRI, CT, Ultrasound, or Nuclear Medicine.
- Potential to work with medical equipment manufacturing and service companies as application or technical specialists.
- Radiology Technologist / Radiographer
- CT Scan or MRI Technician
- Sonography or Ultrasound Technologist
- Radiology Department Supervisor / Manager
- Application Specialist (for medical imaging equipment companies)
- Radiation Safety Officer (after certification)
- Research Assistant in Radiological Sciences
- Teaching Faculty in medical or paramedical colleges
- In summary, the BRIT course offers a dynamic and rewarding career with opportunities in both clinical and technical domains, making graduates essential members of the modern healthcare team.
