The Bachelor of Medical Radiology and Imaging Technology (BMRIT) programme at Nirwan University provides comprehensive education in medical radiology and imaging technology.

It combines theoretical knowledge with practical and clinical skills to prepare students to perform radiography and other radiological and imaging procedures, including interventional procedures, while following appropriate radiation safety measures.

Students study subjects such as Radiography Techniques, Special Radiological Procedures, Anatomy and Physiology, radiation physics, patient care, image processing, and advanced imaging technologies. The programme includes practical laboratory training, clinical postings, internships, and research activities to provide meaningful experience in healthcare settings.

Eligibility
  • Candidates must have passed Senior Secondary (10+2) or an equivalent examination with Physics, Chemistry, and Biology (Botany and Zoology), with 50% aggregate marks and a pass in English.
  • The candidate must have completed 17 years of age at the time of admission, or must complete 17 years on or before 31 December of the year of admission to the first year of the undergraduate allied and healthcare programme.
  • Medical fitness certificate is mandatory to submit and it is to be endorsed by a Government Medical Officer.
  • All candidates to ensure their eligibility as per NCAHP curriculum guidelines available on NCAHP website https://ncahp.abdm.gov.in/Curriculum.
  • Medium of Instruction
    English
  • Duration
    3 Year + 1 Year Internship

Highlights

  • Comprehensive Imaging Education – Gain in-depth knowledge of diagnostic imaging technologies, including X-ray, CT, MRI, Ultrasound, Mammography, Fluoroscopy, and Interventional Radiology.
  • Industry-Focused Curriculum – Learn human anatomy, physiology, radiation physics, image processing, patient care, medical ethics, and advanced imaging protocols through a balanced combination of theory and practical training.
  • Focus on Radiation Safety and Patient Care – Learn radiation protection principles, quality assurance practices, patient positioning techniques, and safe imaging procedures.
  • Technology-Driven Learning – Understand emerging trends such as AI-assisted imaging, automated dose optimisation, digital health informatics, and intelligent diagnostic workflows.
  • Excellent Career Opportunities – Pursue careers as a Radiographer, X-ray Technologist, CT Technologist, MRI Technologist, Imaging Specialist, Application Specialist, Research Associate, or Academic Professional in hospitals and diagnostic centres.
  • High-Demand Healthcare Profession – Become an important member of the healthcare team by supporting accurate diagnosis, treatment planning, and patient management through advanced imaging services.
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Curriculum Details

Semester

  • Human Anatomy

  • Physiology

  • Basics of Radiation Physics

  • Introduction to Healthcare

  • Medical Terminology and Record-Keeping

  • Basic Computers and Information Science

  • Medical Law and Ethics

  • Professionalism and Values

  • Principles of Management

  • English and Communication Skills

  • BMRIT Radiology Clinical Education – Part I (Studentship)

Semester

  • Basics of Microbiology

  • Basics of Biochemistry

  • Conventional Radiography and Equipment

  • Clinical Radiography Positioning – Part I

  • BMRIT Clinical Education – Part II (Studentship)

Semester

  • Pathology

  • Clinical Radiography Positioning – Part II

  • Radiography and Image Processing Techniques

  • Contrast Media and Special Radiological Procedures

  • BMRIT Clinical Education – Part III (Studentship)

Semester

  • Cross-Sectional Anatomy

  • Modern Radiological Imaging Equipment and Physics

  • Interventional Radiology Techniques

  • Patient Care in Radiology

  • BMRIT Clinical Education – Part IV (Studentship)

Semester

  • Basic Techniques in CT Technology

  • Radiation Safety in Diagnostic Radiology

  • Quality Assurance in Diagnostic Radiology and Regulatory Requirements

  • BMRIT Clinical Education – Part V (Studentship)

Semester

  • Basic Techniques in MRI Technology

  • Introduction to Nuclear Medicine Techniques

  • Ultrasound Techniques

  • Biostatistics and Research Methodology

  • BMRIT Clinical Education – Part VI (Studentship)

Semester

  • Internship

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Program Outcomes (POs)

  • PO1

    Develop basic knowledge of the anatomical and physiological composition of the human body.

  • PO2

    Identify, understand, formulate, and solve problems related to radiological equipment.

  • PO3

    Demonstrate the ability to respond appropriately to emergency conditions during radiological examinations and recognize relevant pathological conditions.

  • PO4

    Communicate effectively in academic, professional, and clinical contexts.

  • PO5

    Apply basic and advanced knowledge of computer hardware, software, and applications used in healthcare systems.

  • PO6

    Evaluate factors affecting the technical quality of medical images and recognise relevant pathological conditions.

  • PO7

    Understand the effects of radiation and the importance of radiation protection in healthcare and society.

  • PO8

    Understand contemporary environmental issues and their impact on natural and human systems, while recognising ethical and legal responsibilities as a radiographer.

  • PO9

    Understand the importance of teamwork while handling patients, medicines, equipment, and emergency situations.

  • PO10

    Develop an understanding of laws and provisions related to radiation safety established by relevant regulatory bodies.

  • PO11

    Implement and follow standard protocols while performing radiological procedures and scans to minimise risks and adverse reactions.

  • PO12

    Maintain quality assurance, quality control, safety procedures, and appropriate maintenance practices for radiological equipment.

 

Program Specific Outcomes (PSOs)

  • PSO1

    Use comprehensive knowledge of anatomy and pathology to recognise abnormal findings in imaging studies and communicate relevant observations appropriately.

  • PSO2

    Demonstrate critical thinking and problem-solving skills when addressing imaging challenges and patient-care scenarios.

  • PSO3

    Demonstrate proficiency in patient positioning, exposure techniques, image acquisition, and appropriate imaging protocols.

 

Program Educational Objectives (PEO)

  • PEO1

    Provide the profession and community with trained and qualified medical radiology and imaging technologists.

  • PEO2

    Provide comprehensive education that promotes problem-solving, critical thinking, communication, and professional skills in the clinical environment.

  • PEO3

    Develop graduates who demonstrate quality patient-care skills, professionalism, ethical behaviour, and commitment to safe clinical practice.

  • PEO4

    Prepare graduates with the knowledge and practical skills required to become competent entry-level professionals in medical radiology and imaging technology.

  • PEO5

    Encourage lifelong learning and professional development in accordance with applicable professional and ethical standards.

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outcomes

Career Path

  • Radiographer
  • Radiological Technologist
  • X-ray Technologist
  • CT Technologist
  • MRI Technologist
  • Mammography Technologist
  • Radiation Safety Officer
  • Quality Control Technologist
  • PACS Manager
  • Sales and Marketing Professional in the Medical Imaging Industry
  • Diagnostic Imaging Manager
  • Administrative roles in medical imaging departments and hospitals
  • Teaching and Research Faculty in Medical Colleges and Allied Health Institutions
  • Research Scientist in the Medical Imaging Industry

Professional Development

Graduates may continue their professional development through higher education, specialised training, research, teaching, and roles involving advanced medical imaging technologies, subject to applicable eligibility requirements.

FAQ

What is a Bachelor of Medical Radiology and Imaging Technology (BMRIT)?
The Bachelor of Medical Radiology and Imaging Technology (BMRIT) is an undergraduate degree programme that focuses on medical radiography and diagnostic imaging technologies, together with patient care, image quality, radiation safety, and clinical practice.
What career opportunities are available with a BMRIT degree?
Graduates can pursue careers as Radiographers, X-ray Technologists, CT Technologists, MRI Technologists, Mammography Technologists, Interventional Technologists, Imaging Specialists, Application Specialists, Quality Control Technologists, PACS professionals, research associates, and academic professionals, subject to applicable institutional and regulatory requirements.
What kind of practical experience can students expect?
Students gain hands-on experience through clinical postings, laboratory work, practical training, and supervised exposure to imaging equipment and procedures in healthcare settings.
What skills will I develop during the BMRIT programme?
Students develop skills in operating imaging equipment, patient positioning, image acquisition, radiation safety, patient communication, quality assurance, basic image evaluation, and problem-solving in clinical settings.
Why should I choose BMRIT?
BMRIT is an important healthcare profession that contributes to disease diagnosis and patient care through medical imaging and radiological investigations. The programme combines scientific knowledge with practical and clinical skills.
Can I pursue higher studies after completing BMRIT?
Yes. BMRIT graduates may pursue relevant postgraduate programmes in radiology and imaging technology or other related fields, subject to the eligibility criteria of the respective university or institution.
What skills are important for someone in this field?
Important skills include attention to detail, analytical thinking, proficiency in radiological and imaging techniques, strong problem-solving abilities, effective communication, patient-care skills, and a commitment to radiation safety and professional accuracy. The ability to work under pressure while maintaining safety and quality is also important.
Why Choose BMRIT?
  • Build a strong foundation in medical imaging and radiological sciences.
  • Develop practical and clinical skills through structured training and clinical exposure.
  • Learn safe and effective use of diagnostic imaging technologies.
  • Develop professional, communication, patient-care, and teamwork skills.
  • Prepare for diverse career opportunities in hospitals, diagnostic centres, imaging departments, education, research, and the medical imaging industry.

Campus
Nirwan University Jaipur

Near Bassi-Rajadhok Toll, Agra Road, Jaipur- 303305
Campus

Nirwan University

Near Bassi-Rajadhok Toll, Village- Jhar, Agra Road, Jaipur - 303305 Rajasthan