B.Voc in Medical Imaging Technology
Program Overview
The B.Voc. in Medical Imaging Technology at MIU University is a three-year undergraduate vocational programme designed to prepare students for professional roles in diagnostic imaging and healthcare technology. The programme combines medical science, radiological physics, imaging technology, and practical training to help students understand how imaging equipment is used to support diagnosis and patient care. Students develop foundational knowledge through subjects such as Human Anatomy, Human Physiology, Basic Physics, Radiological Physics, and Fundamentals of Medical Imaging Technology. Practical components complement classroom learning, allowing students to develop an understanding of the human body, imaging principles, equipment, and professional practices relevant to medical imaging environments.
As students progress through the programme, they explore conventional and modern imaging technologies in greater depth. The curriculum covers radiography, imaging processing techniques, conventional radiological equipment, pathology related to radiology, hospital practice, and patient care. Students also learn about regulatory requirements applicable to diagnostic radiology and imaging, helping them understand the importance of professional standards and safe practices. Practical project work is included across multiple semesters, providing opportunities to apply theoretical knowledge and develop technical competencies. The programme gradually introduces students to advanced imaging equipment, special radiographic procedures, contrast procedures, and the physics associated with modern imaging systems.
The final stage focuses on advanced imaging modalities, radiation safety, quality control, and emerging developments in medical imaging technology. Students learn about advanced imaging techniques and the principles required for maintaining quality and safety in radiology environments. Practical training reinforces their ability to work with imaging procedures and understand professional responsibilities related to patients, equipment, and radiation protection. Through the combination of academic study, practical learning, and project work, graduates can explore careers as Radiologic Technologists, Radiographers, MRI Technologists, CT Technologists, Ultrasound Technologists, Mammography Technologists, Nuclear Medicine Technologists, Radiation Therapists, PACS Administrators, Clinical Educators, or Medical Imaging Researchers, depending on applicable professional requirements and specialization.
Eligibility Criteria
Candidates should have completed Intermediate with Physics, Chemistry, and Biology as their main subjects with a minimum percentage qualification from a recognized board. Ideal percentage qualification would be 50% or above. 10th passed candidates with a 2 year diploma would be eligible for direct admission in 2nd year (3rd semester). After registration with the university, candidates are required to present asked documents for verification and seat allocation process. Students are required to maintain the minimum health standards due to the nature of the medical profession.
Approval Details
MHRD, Government of India and UGC
Curriculum
- Study Human Anatomy-I to understand the structure of the human body.
- Learn Human Physiology-I and understand basic body functions relevant to healthcare.
- Develop foundational knowledge of Basic Physics and Radiological Physics.
- Understand the fundamentals of Medical Imaging Technology.
- Participate in practical sessions related to anatomy, physiology, physics, and imaging technology.
- Develop initial hands-on competencies through Practical Project Work โ I.
Download Syllabus
- Study Human Anatomy-II with greater emphasis on structures relevant to medical imaging.
- Learn Human Physiology-II and its application to diagnostic healthcare.
- Understand pathology related to radiology and its relevance to imaging procedures.
- Gain an introduction to paraclinical sciences and their role in healthcare.
- Strengthen practical knowledge through Anatomy-II and Physiology-II practical sessions.
- Apply classroom learning through Practical Project Work โ II.
- Develop a broader understanding of the relationship between disease processes and diagnostic imaging.
- Study Conventional Radiological Equipment-I and its fundamental operating principles.
- Learn Radiography and Imaging Processing Techniques-I.
- Understand regulatory requirements associated with diagnostic radiology and imaging laws and rules.
- Gain practical exposure to conventional radiological equipment.
- Practise foundational radiography and image-processing techniques.
- Develop awareness of regulatory and professional responsibilities in diagnostic imaging.
- Complete Practical Project Work โ III to integrate theoretical and practical learning.
- Study Conventional Radiological Equipment-II and develop more advanced equipment knowledge.
- Explore Radiography and Imaging Processing Techniques-II.
- Learn about hospital practice and patient care in conventional imaging environments.
- Develop practical skills related to radiological equipment operation.
- Strengthen radiography and imaging-processing competencies through practical training.
- Understand the importance of patient handling, communication, and care during imaging procedures.
- Complete Practical Project Work โ IV based on medical imaging applications.
- Study Modern Radiological and Imaging Equipment, including associated physics.
- Develop knowledge of contemporary imaging technologies and their applications.
- Learn about darkroom procedures and relevant imaging workflows.
- Understand contrast procedures and special radiographic procedures.
- Gain practical exposure to modern radiological and imaging equipment.
- Practise relevant darkroom and special radiographic techniques.
- Complete Practical Project Work โ V to apply knowledge of modern imaging practices.
- Study the Physics of Advanced Imaging Modalities.
- Learn Advanced Modality Imaging Techniques and their applications.
- Understand quality control in radiology and radiation safety.
- Develop practical knowledge of safety principles associated with advanced imaging modalities.
- Gain hands-on exposure to advanced imaging techniques through practical training.
- Learn practical approaches to quality control and radiation protection.
- Explore recent advances in Medical Imaging Technology.
- Complete Practical Project Work โ VI to consolidate technical and professional learning.
Fee Structure
Admission Process
Students can apply for theย B.Vocย Medical Imagining Technologyย programme through EasyShiksha. The complete application process is designed to make admission simple and convenient for eligible students.
Step 1: Click on Apply Now
Click theย Apply Nowย button on the B.Voc Medical Imagining Technology programme page and begin your application through EasyShiksha.
Step 2: Complete Personal Information
Fill in the required personal, contact and academic details accurately in the application form.
Step 3: Upload Required Documents
Upload the required documents for eligibility and admission verification as specified during the application process.
Step 4: Pay Application Fee
Pay the applicableย application feeย through the available online payment options to submit your application and initiate the admission process.
Step 5: Application Review
Theย EasyShiksha team reviews your application and submitted documentsย to verify your eligibility and ensure that the required information and documents have been provided.
Step 6: University Enrollment
Once the application is successfully reviewed and the student is found eligible, EasyShiksha facilitates theย enrollment process withย Manipur International University.
Step 7: LMS Access
After successful enrollment, the student is provided access to theย Learning Management System (LMS)ย to begin their academic journey and access the available learning resources.
Start Your Application
Ready to begin your journey in Software Development? Clickย Apply Nowย to submit your application through EasyShiksha.
Career & Placements
There are several job options after completing B.Voc in Medical Imaging Technology. Some of them are listed below.
|
Radiologic Technologist or Radiographer |
MRI Technologist |
CT Technologist |
|
Ultrasound Technologist |
Nuclear Medicine Technologist |
Mammography Technologist |
|
Cardiovascular Technologist |
Radiation Therapist ย |
PACS Administrator |
|
Clinical Instructor or Educatorย |
Researcher in Medical Imaging |
Healthcare Administration |
Manipur International University, Imphal
Manipur International University is a UGC-recognized private university located in Imphal, Manipur, India. Known for its strong industry connections, cutting-edge curriculum, and commitment to technology-driven education, Manipur International University has established itself as one of central India's premier higher education institutions.
The university's vision is to foster academic excellence, industry readiness, and global competitiveness among its graduates โ making it an ideal partner for EasyShiksha's mission of accessible, quality online education.
EasyShiksha has signed an MoU with Manipur International University to facilitate applications for various university programs and jointly offer B.Voc programs. All degrees and certifications under these programs will be awarded by Manipur International University. The EasyShiksha team will provide complete assistance and support throughout the admission and program process.
Manipur International University, Manipur
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Frequently Asked Questions
Yes, Manipur International University (MIU) is recognized as per the sections 2(f) and 22 of the UGC Act, 1956. This is a recognized university by the university grant commission and is allowed to award undergraduate, postgraduate and doctoral degrees. Recognition by UGC implies that degrees awarded by MIU are recognized for higher education, competitive exams and job opportunities in India. MIU is an institution where students desiring quality higher education in Northeast India can achieve their educational goals without any difficulty
Students must opt for Manipur International University as it provides degree courses that are recognized. MIU provides numerous choices of courses from undergraduate, graduate to doctorate level. The curriculum of the course is in accordance with National Education Policy (NEP) 2020. Practical learning, innovative research and industry-oriented education is what MIU students believe in to ensure that the students create successful careers. Experienced faculty and modern facilities provided by MIU to its students.
Manipur International University is located at MIU Palace, Luwangsangbam Makha Leikai, Luwangsangbam, Imphal East, Imphal, Manipur-795002.
Manipur International University provides its students with a student-friendly, modern campus equipped with all the necessary facilities that would aid both academic and social life. Smart classes, laboratories, library, computer labs, Wifi-equipped rooms for learning, sports, recreation, cultural and extracurricular activities and many other facilities are offered at MIU.
After doing 12th PCB, there are various courses available for pursuing further studies. Some of the popular courses which can be taken after 12th are Biotechnology, Microbiology, Nursing, Allied Health Science, Medical Laboratory Technology, Environmental Science, Psychology, Pharmacy and many others. These courses will provide a lot of opportunities in hospitals, laboratory, pharmaceutical industries, research institutions and healthcare institutes. Students can select a course on the basis of their interests and future career plans.
There are many career paths for students pursuing PCM in engineering and other sciences and technologies. The popular courses that students may join include B.Tech, BCA, Computer Science, Information Technology, Data Science, Artificial Intelligence, Cyber Security, Mathematics, Architecture, and Engineering subjects. These courses provide various opportunities in software development, engineering, robotics, research, telecommunication, and new technologies. The students should choose any one of the courses based on their personal and professional interest.
Yes, MIU focuses on industry based education by including practical learning projects, skill development, and real world applications in its curriculum. This helps students gain the knowledge and experience needed to handle workplace challenges. MIU has industry based education that helps students improve important skills like critical thinking, communication, teamwork, and leadership. By learning about the latest industry trends, students stay updated and become better prepared for future career opportunities.
MIU does encourage research, innovations, and curiosity among their students and faculty. Research allows students to learn more through exploring new areas, solving problems and gaining deeper insights into their respective fields. Innovations enable the students to think out of the box and increase their analytical abilities. Students can increase their knowledge through research activities, conferences and seminars.
Yes, MIU does motivate its students to participate in several co-curricular and extra-curricular activities that will assist them in developing themselves. These activities include several cultural functions, physical games and sports, leadership, seminars, workshops, etc. These activities not only help the students develop their confidence and leadership qualities but also contribute towards their educational development.
The programme information lists 71 Certification programmes under the Certification category.
A B.Voc programme typically has a duration of three years, with Class 12 or an equivalent qualification generally serving as the entry point.
Yes. A B.Voc can provide a foundation for further education, including M.Voc, which allows learners to pursue advanced specialisation in a vocational field.
Depending on the curriculum, D.Voc programmes may include practical training, projects, workshops, and other occupational learning components focused on applied and skill-based education.
MBA programmes may be offered with specialisations such as Finance, Marketing, Human Resource Management, International Business, Operations Management, Business Analytics, Entrepreneurship, Healthcare Management, and Information Technology Management, depending on the university and programme.
A B.Lib programme can introduce students to areas such as library administration, cataloguing, classification, documentation, reference services, information retrieval, library automation, and digital information management.
The B.Voc. in Medical Imaging Technology is a three-year undergraduate vocational programme focused on medical imaging, radiography, imaging equipment, radiological physics, patient care, radiation safety, and advanced imaging techniques.
The programme has a duration of 3 years divided into 6 semesters. It combines theoretical education with practical sessions and project-based learning in medical imaging technology.
According to the provided eligibility information, candidates should have completed 10+2 or an equivalent qualification in the relevant stream, with Physics, Chemistry, and Biology as the main subjects. The information also states that candidates with a two-year diploma after Class 10 may be eligible for direct admission to the second year, subject to university requirements.
Graduates can explore roles such as Radiologic Technologist, Radiographer, MRI Technologist, CT Technologist, Ultrasound Technologist, Mammography Technologist, Nuclear Medicine Technologist, Radiation Therapist, PACS Administrator, Clinical Instructor, Researcher, or healthcare administration professional, depending on qualifications and applicable regulations.
Yes. The curriculum includes practical anatomy and physiology, radiological physics, imaging technology, radiography, imaging processing, radiological equipment training, patient care, advanced imaging techniques, radiation safety, quality control, and practical project work across the six semesters.
