What Is Diploma in Medical Imaging Technology (DMIT)

Diploma in X ray technology is an undergraduate radiology course. That is about an electromagnetic radiation that penetrates within the human body and creates image of those structures on a photographic film. Radiological technology is the production of medical images commonaly called as X Rays. Students learn how to prepare patients undergoing X –rays and electrocardiogram procedures and endure the procedures are carried carefully.

Medical imaging technology is a process that includes creating visual images of the interior structure of the body, which further helps clinical analysis and medical procedures to cure diseases. The course offers a wide spectrum of knowledge and information in health sciences and biophysical, which enables the students to take over theory and practical. Thereby, training them to handle radio imaging equipment and processes. The course is filled with comprehensive learning with demonstrations, lectures, clinical and practical experiences. The course entails training of students in both theoretical and practical aspects of X ray technology. The student would be taught the various aspects of radiation physics, X-rays, patient positioning, Film processing and development, CT scan, C-arm and diagnostic nuclear medicine. Upon completion of the course the student would be able to perform as an X ray technologist in all aspects of diagnostic radiology in patient care.

Admission Procedure For Diploma in Medical Imaging Technology (DMIT)

Admissions can be offered directly or on merit basis in most of the institutes. Only a few reputed colleges may conduct an entrance test to validate the knowledge of applicants and to shortlist the deserving ones depending upon their performance in the same.
Interested candidates need to fill and submit the application forms enclosed with other supporting documents before the last date of application submission.

Duration

• The duration of this course is 2 years but it may vary in some institutes depending upon different factors like mode of the course, previous qualification of candidates, etc.

Eligibility For Diploma in Medical Imaging Technology (DMIT)

Candidates who have completed the 12th standard successfully from a recognized institute and registered board in science stream and have secured at least 50% marks as aggregate are eligible for this course. Some relaxations for reserved caste can be found in some institutes.

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Entrance Exams For Diploma in Medical Imaging Technology (DMIT)

The table below provides information about the various entrance exams conducted for admissions in Diploma in Radiology.

How To Preparation For Diploma In Radiology.

One of the important activities of the IAEA is the education of professionals responsible for the application of radiation. This is no less true in radiation medicine than in other fields, where the physics professional not only needs to understand the physical principles involved, but must also have a sound knowledge of their application to medical practice. Consequently, the IAEA has a long history of supporting education in these areas through the use of guidance documents and, importantly, more directly through cooperation programmes, including the support of Member States in developing their own university infrastructure for postgraduate education programmes in medical physics, the development of clinical training guides and, more recently, web based educational resources

In 2005, the IAEA published Radiation Oncology Physics: A Handbook for Teachers and Students, as a result of a process of determining a harmonized syllabus for university education of medical physicists in radiation oncology. Following the success of this publication, it was apparent that a similar need existed in the other two specialities of medical physics, namely diagnostic radiology and nuclear medicine. This need has been recognized as a result of the growing importance of medical imaging in all areas of radiation medicine, including radiation oncology, and also because of the growing awareness of the increasing use of complex diagnostic equipment and techniques, such as computed tomography, mammography and interventional radiology. In parallel with this, the past decade has seen the digitization of image based medical technology, with its inherent need for quality processes

This handbook is intended to provide the basis for the education of medical physicists initiating their university studies in the field of diagnostic radiology. This has been achieved with the contributions of 41 authors and reviewers from 12 different countries. The 24 chapters include a broad coverage of topics relevant to diagnostic radiology physics, including radiation physics, dosimetry and instrumentation, image quality and image perception, imaging modality specific topics, recent advances in digital techniques, and radiation biology and protection. The handbook is not designed to replace the large number of textbooks available on many aspects of diagnostic radiology physics, which will still be necessary to deepen knowledge in the specific topics reviewed here. It is expected that this handbook will successfully fill a gap in the teaching material for medical radiation physics in imaging, providing, in a single volume, the largest possible coverage available today. Its wide dissemination by the IAEA will contribute to the harmonization of education in diagnostic radiology physics and will be the source reference for much of the IAEA clinical

training programmes in the field. It will be of value to those preparing for their certification as medical physicists, radiologists and diagnostic radiographers. Endorsement of this handbook has been granted by following international professional bodies: the American Association of Physicists in Medicine (AA PM), the Asia–Oceania Federation of Organizations for Medical Physics (AFO MP) and the European Federation of Organisations for Medical Physics (EFO MP)

The following international experts are gratefully acknowledged for making major contributions to the development of an earlier version of the syllabus: R. Nowotny (Austria) and M. Sandborg (Sweden). The following individuals made major contributions to this handbook as technical editors: S. Christofides (Cyprus), D.R. Dance (United Kingdom), A.D.A. Maidment (United States of America) and K.-H. Ng (Malaysia). The IAEA scientific officers responsible for the project were (in chronological order) F. Pernička, I.D. McLean and H. Delis.

To pursue radiology as a career, students must have a degree or certification in radiology from an IMA-recognized institute. Some eligibility criteria are to be followed for getting admission into radiology courses. Some of the steps required to become a radiologist are given below:

• For short-term diploma courses, complete 10th or 10+2 with a minimum aggregate of 50% from any recognized university and opt for a radiology diploma. Upon completing a diploma, students can opt for jobs or bachelor's studies in radiology. 
• Complete the 10+2 exam in the science stream with biology and physics as mandatory subjects for a bachelor's degree. Clear the specified entrance exams mentioned by the university admission guidelines and avail of admission into any B.Sc Radiology course.
• A bachelor's degree (B.Sc) in any radiology course offers a study of all diagnostic techniques and functions.
• After graduation, students can do internships for practical exposure and obtain better job opportunities.
• For students who wish to specialize in a particular stream of radiology, science can go for post-graduation studies.
• Postgraduate M.Sc in radiography techniques will offer specialized training on a particular system and enhance graduates' application skills.
• Graduates with verified IMA certification for radiology can also opt for entrepreneurship and start their lab facilities.