B.VoC. Medical Imaging Technology is a 3-year bachelor-level course. This is important and valuable for candidates, and job presenting in nature. Also, it is a process used to design images of the human body or function and parts thereof for medical science and clinical purposes.
There are many diseases, about which X-rays, CT scans, ultrasound, MRI, etc. are used to find out. All such work is done by medical imaging technologists. One can make a bright future in this field by pursuing the related courses.
The demand for medical imaging specialists has increased steadily in the last few years due to the rapid development in the field of science and health. X-Ray, CT Scan, MRI Scan, Sonography, ECG – are different forms of medical imaging technology. Medical imaging technology can be used to obtain visual representations of bones, muscles, tissues, and organs like the stomach, intestines, lungs, brain, etc.
Today, the work of a radiologist is not only limited to X-rays, but they also have to do MRI with CT scans. In addition, they also have to undergo radiotherapy and chemotherapy for cancer and tumor patients.
B.VoC. Medical Imaging Technology Highlights
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Name of Course |
B. VoC Medical Imaging Technology |
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Degree Type |
Bachelor’s |
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Degree Duration |
3 years |
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Eligibility Criteria |
Completed class 10+2 with physics, chemistry, and mathematics. |
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Admission process |
Merit Based |
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Average Salary |
Rs. 6 lakh |
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Job profiles |
Lab technician, Radiographer, Ultrasound Technician, Medical Image Analysis Scientist, Radiologic Technologist |
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Top recruiters |
Medtronic, Stryker, Scripps Health, Philips, Amway. |
Eligibility Criteria for B.VoC. Medical Imaging Technology
1. Aspiring students should have passed 10+2 in the science stream with English, Physics, Chemistry, Biology, and Mathematics as optional subjects from a recognized school board.
2. Candidates must have obtained at least a 50 percent score throughout the subjects in their final examinations.
3. Candidates must be at least 17 years of age by the time of commencement of classes.
Admission Process
1. The BSc medical imaging technology admission process is completed online on the university website.
2. Candidates are required to fill out the application form and provide their personal and academic details.
3. Candidates must pay the application fee or the application would not be completed.
4. After all the applications are received by the university, a merit list is prepared on the basis of candidates' scores in either previous course of study or entrance exam.
Career after B.VoC. Medical Imaging Technology
If one wants to make a career in the field of Medical Imaging Technology (B.Voc), then this course can be the best for him/ her. Many job-oriented courses are available in Medical Lab Technology (B.Voc), such as Diagnosis, Physiotherapy, X-ray, Ultrasound, and Medical Lab Technology. Today, the demand for skilled paramedical professionals is not only in India but also in countries like the USA, Canada, UK, and UAE.
Candidates should be able to conduct research, handle stress, make analytical judgments, have knowledge of laboratory instrumentation, and have the ability to use computers. B.Voc. Medical Imaging Technology provides students a study in advanced imaging (CT and MRI), healthcare management, technical support knowledge (PACS and QM), and general studies.
After pursuing the course of Bachelor of Medical Imaging Technology, the candidates will be able to get a salary package of 2-3 lakhs per annum. The average salary varies from 6 to 7 lakhs per annum. The salary will be different in every field and in every position. A physician/ Doctor/Radiologist need not think about salary, their salary is good as compared to other professions.
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JOB POSITION |
JOB DESCRIPTION |
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Radiographer |
To assess, diagnose, and treat patients for a variety of injuries and diseases using radiation in the form of x-rays, magnetic resonance imaging, and ultrasound. |
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X-Ray Technician |
To use portable X-Ray equipment to conduct X- rays in patients' hospital rooms, in hospitals or medical centers’ radiology departments, or in emergency rooms. |
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Ultrasound Technician |
To operate machines called sonographic scanners that create images of patients' internal organs. |
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Medical Image Analysis Scientist |
To develop and optimize algorithms for commercialization in the detection, analysis, and grading of skin features using multi-spectral imaging technologies. |
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Radiologic Technologist |
To explain procedures to patients and answer related questions. |
B.VoC. Medical Imaging Technology Syllabus
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SEMESTER 1 |
SEMESTER 2 |
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Communication Skills |
Radiographic Anatomy |
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Basic Computer Skills 1 |
Radiological Physics |
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Basics of Anatomy |
Radiographic Photography |
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Basic of Physiology |
General Principles of Hospital Practice and Care of Patients |
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Fundamentals of Imaging Technology |
- |
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SEMESTER 3 |
SEMESTER 4 |
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Physics of Radiographic Equipment |
Patient Care in Diagnostic Radiology |
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Radiographic Techniques – Routine Procedures Paper 1 |
Radiographic Techniques – Special Procedures Paper 1 |
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Radiographic Techniques – Routine Procedures Paper 2 |
Radiographic Techniques – Special Procedures Paper 2 |
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Radiographic Techniques – Routine Procedures Paper 3 |
Radiographic Techniques – Special Procedures Paper 3 |
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- |
Quality Assurance and Radiation Safety |
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SEMESTER 5 |
SEMESTER 6 |
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Physics of New Imaging Modalities – CT and Ultrasound |
Ultrasound Imaging |
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Physics of New Imaging Modalities – MRI and Digital Imaging |
Interventional and Digital Radiology |
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CT Imaging and Contrast Technique |
MRI Imaging, Patient Care Technologist’s Role and Practical |
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CT Imaging and Patient Care Technologist’s Role and Practical |
Organizing and Managing Imaging Department |
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- |
Project |
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SEMESTER 7 |
SEMESTER 8 |
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Radiographic Positioning |
CT Imaging |
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Radiographic Special Procedures |
MRI |
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USG or Doppler |
Front Office |
