Bachelor in Medical Radio Imaging Technology ( BMRIT)

- Academics - Bachelor in Medical Radio Imaging Technology ( BMRIT)

For admission in this course candidate has to pass 10 + 2 or its equivalent examination in Science (Biology/Maths) conducted by any Board or University incorporated by law and recognized by this University with minimum 45% marks in aggregate in Physics, Chemistry & Biology. Students who has not biology as a subject in his 12th standard, they have to enrol the bridge course (6 month biology course in their first semester)and qualify the same.

Duration of the Course:

Bachelor in Medical Radio  Imaging Technology will be a full time course.  Duration will be three years (06 Semesters) followed by compulsory 01 Year internship.

Eligibility for admission

For admission in this course candidate has to pass 10 + 2 or its equivalent examination in Science (Biology/Maths) conducted by any Board or University incorporated by law and recognized by this University with minimum 45% marks in aggregate in Physics, Chemistry & Biology. Students who has not biology as a subject in his 12th standard, they have to enrol the bridge course (6 month biology course in their first semester)and qualify the same.

An overview of the programme :

Bachelor in Medical Radiologic & Imaging Technology is the health profession concerned with the direct administration of radiation, primarily x-rays, in disease diagnosis and injury assessment and treatment. From the humble beginnings of plain film techniques, we are now with a wide array of imaging methods using Conventional and Digital X-rays, ultrasound, magnetic resonance and Radionuclide. Modern diagnostic radiography and Medical Imaging forms an integral part of medical practice, both in making diagnosis and also in treatment. The term “diagnostic radiography” is used to describe a variety of radiographic or x-ray examinations. These simple procedures as well as those which require the use of contrast agents, make it possible to study organs that otherwise cannot be seen. These professionals are at the heart of modern medicine

Future prospects/ Job availability/ Scope:

Diagnostic radiographers employ a range of different imaging techniques and sophisticated equipment to produce high quality images of an injury or disease. They take the images using range of techniques including: X-rays, Mammography, Fluoroscopy, CT (computed tomography), MRI (Magnetic Resonance Imaging), Nuclear medicine, Angiography etc. Medical imaging studies have been a cornerstone in medical diagnosis for decades; however, technological advances and the addition of new imaging modalities now place medical imaging among the most dynamic, expanding and high demand fields in clinical medicine. Completing a BMRIT course opens up a wide range of career prospects in various  healthcare settings, including:

Hospitals and Diagnostic Centers: BMRIT professionals are in high demand in    hospitals and diagnostic centres, where they work close association with radiologists to conduct imaging tests and interpret results.

Research Institutions: BMRIT graduates can contribute to research projects after  completing M.Sc. Medical Imaging Technology focused on developing new imaging techniques, advancing medical imaging technology, and improving patient care.

Medical Equipment Companies: BMRIT professionals can work for medical  equipment manufacturers, providing technical support, training, and ensuring the optimal performance of radiological equipment.

Teaching and Academia: BMRIT graduates can pursue teaching positions in educational institutions as a tutor or in private institutions sharing their knowledge and    expertise with the next generation of healthcare professionals.

Program Objectives:

  • Acquire comprehensive Theoretical and practical skills in radio medical imaging techniques.
  • Equip graduates with the knowledge and skills necessary to manage imaging technology, maintain it, and take precise pictures in clinical situations.
  • Knowledge of radiation safety procedures and moral issues in the use of medical imaging.
  • Acquire practical experience and become prepared for radiologic technician entry-level roles in a range of healthcare environments

Programme Learning Outcomes

  • Should be able to undertake Radiography & Medical Imaging procedures
  • Assist in specialized radiological
  • Able to perform the image
  • Should be able to handle all radiological and imaging equipments
  • Should ensure radiation protection and quality assurance
  • Undertake care and maintenance of all radiological and imaging equipment
  • Able to evaluate images for technical quality
  • Able to identify and manage emergency
  • Able to receive and document verbal, written and electronic orders in the patient’s medical
  • Should have computer
  • Should be able to provide empathetic professional patient
  • Able to demonstrate professional growth, sense of professionalism and desire to learn
  • Able to demonstrate the core values of caring, integrity and
  • To exhibit keen interest, initiative & drive in the overall development of the Department and ‘Leadership Qualities’ for others to
  • He/she is expected to be confident and to perform all the duties diligently with utmost sincerity and
  • Any other duty/task/work assigned by any higher authority like Director, Dean, Medical Superintendent, Head of the Department from time to time; either in “Public Interest” or in the interest of upkeep / development of the Department /

Programme Structure

First Semester

  • Human Anatomy-I
  • Human Physiology-I
  • Basic Computers, English and Communication Soft Skills
  • Fundamental of Medical Imaging & Radiotherapy
  • Human Anatomy- Human Physiology-practical
  • Fundamental of Medical Imaging & Radiotherapy-practical

Second Semester

  • Human Anatomy-II
  • Human Physiology-II
  • Basic Radiation Physics
  • Clinical Biochemistry
  • Human Anatomy- Human Physiology-practical II
  • Basic Radiation Physics practical

Third Semester

  • Preventive Medicine & Radiation Protection
  • Special Radiographic Techniques & Procedures
  • General Pathology
  • General Microbiology
  • Radiographic Techniques practical
  • Pathology and Microbiology practical
  • Fourth Semester
  • Radiation Physics & Radiation Protection
  • Computed Tomography
  • Advanced Radiographic Techniques
  • Pharmacology
  • practical I Radiation Physics & Radiation Protection &Computed Tomography
  • practical II Research Methodology & Biostatistics & Pharmacology

Fifth Semester

  • Radiotherapy Planning and Quality Control
  • Equipments of Radio Diagnosis
  • Interventional Radiology & drugs used in diagnostic Radiology
  • Research Methodology & Biostatistics
  • practical I Radiotherapy Planning and Quality Control and Equipments of Radio Diagnosis
  • practical II Interventional Radiology & drugs used in diagnostic Radiology
  • Sixth Semester
  • Radiotherapy & Brachytherapy techniques in Malignant and Non-Malignant diseases
  • Orientation in Clinical Sciences
  • Equipments of Radiotherapy
  • Medical Terminology ,Law Ethics, Record Keeping & Quality Patient Care
  • practical I Radiotherapy & Brachytherapy techniques in Malignant and Non-Malignant diseases
  • practical II Equipments of Radiotherapy

Seventh & Eighth Semester (INTERNSHIP)

  • Medical Radiology and Imaging Technology – Internship
  • INTERNSHIP – Minimum 1080 hours (6-hours a day with 180 working days in a year) Students have to undertake the
    rotational postings during which students have to work under supervision of an experienced staff in the following areas:
Sl. No. Postings Duration
1 Conventional radiography 2 months
2 Radiographic special procedures 2 months
3 CR, DR and PACS 2 months
4 Computed Tomography 2 months
5 Magnetic Resonance Imaging 2 months
6 Ultrasonography & Doppler Imaging 1 month
7 Advanced and Modern Imaging 1 month

Course Duration, Eligibility:

  • Duration: 4 years (8 semesters) + 6 months internship
  • Eligibility: 10+2 from the CBSE/ICSE/ State boards or intermediate or pre university examination (2 years) or any other examination recognized and equivalent to any of the above, with at least 50% marks in aggregate or in PCB.

Duration: 4 years (8 semesters) + 6 months internship

Eligibility: 10+2 from the CBSE/ICSE/ State boards or intermediate or pre university examination (2 years) or any other examination recognized and equivalent to any of the above, with at least 50% marks in aggregate or in PCB.

Programme Educational Objectives:

  • Equip graduates with a strong foundation in anatomy, physiology, and pathology relevant to physiotherapy practice.
  • Foster critical thinking and problem-solving skills for effective patient assessment, diagnosis, and treatment planning.
  • Develop competency in various physiotherapy techniques across diverse clinical areas.
  • Impart knowledge of ethical principles and professional conduct in physiotherapy practice.
  • Prepare graduates for successful careers in diverse healthcare settings and contribute to patient-centered care.

Programme Specific Objectives:

  • Perform comprehensive physiotherapy assessments to identify impairments and functional limitations.
  • Develop and implement individualized treatment plans based on evidence-based practices.
  • Utilize various physiotherapy techniques, including manual therapy, electrotherapy, and exercise therapy, to promote healing and improve functional capacity.
  • Educate and empower patients to actively participate in their rehabilitation process.
  • Maintain accurate patient records and effectively communicate treatment progress to healthcare professionals and patients.

Career Opportunities:

The B.P.T. program opens doors to diverse and rewarding career opportunities in various healthcare settings: 

Job Roles:

  • Hospitals and Clinics: Work in various departments like orthopedics, neurology, cardiology, pediatrics, and sports medicine.
  • Rehabilitation Centers: Help individuals recover from injuries, illnesses, and surgeries, promoting functional independence and improving quality of life.
  • Sports Settings: Provide preventive and rehabilitative care to athletes, helping them optimize performance and prevent injuries.
  • Community Health Programs: Participate in public health initiatives aimed at promoting physical activity, preventing disabilities, and improving overall well-being.
  • Private Practice: Establish your own physiotherapy clinic and provide personalized care to patients in your community.

Additionally, students benefit from Dolphin Institute’s strong industry connections, enhancing their practical skills and employability.

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