BSc Medical Radiological Technology (BMRT) is 3 years and divided on a semester basis. Those who want to make a career in radiography can opt for a B.Sc course where students are imparted detailed knowledge about different radiation techniques which prove crucial in the treatment of diseases.
BMRT is a paramedical course that opens a range of employment opportunities in the government and private sectors. Those who want to make a career in radiography can opt for B.Sc course where students are imparted detailed knowledge about different radiation techniques which prove crucial in the treatment of diseases. BMRT is a paramedical course that opens a range of employment opportunities in the government and private sectors.
BSc Medical Radiological Technology (BMRT) Highlights
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Course Level |
Undergraduate level |
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Full-Form |
Bachelor of Science |
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Duration |
3 years |
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Examination Type |
Semester based |
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Eligibility |
10+2 with a minimum of 50% |
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Admission Process |
Merit and Entrance based followed by Counselling |
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Average Course Fee |
INR 2,00,000 -10 lacs depending upon the type of institutions |
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Average Salary offered |
INR 2,00,000 -5,00,000 Per Annam initially |
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Top Recruiters |
Government as well as Private Hospitals, Education and Defence Sectors too. |
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Job Positions |
X-Ray Technician, Physiotherapist, Radiation Protection Specialist, etc. |
Eligibility Criteria for BSc Medical Radiological Technology (BMRT)
1. Candidates must have passed the qualifying exam i.e., 10+2 or an equivalent degree from any recognised institute.
2. They must have studied the subjects of Physics, Chemistry and Mathematics compulsorily in their 10+2 level.
3. Some colleges require a minimum of 50% aggregate in the qualifying examination.
Admission Process
1. In colleges where admissions are through an entrance exam, the students must clear the cut offset by the college. However, cut-offs tend to vary each year.
2. In colleges where admissions take place in a merit-based process, the students must perform well in their qualifying exam in order to clear the merit.
3. The selected candidates must attend the counseling sessions organized by the college itself.
Career after BSc Medical Radiological Technology (BMRT)
After finishing the course, they can work at hospitals, private nursing homes, and diagnostic labs. Due to the expertise of these professionals to detect underlying issues through different diagnostic techniques, private clinics and health centers prefer them. Those who want to make a career in research can pursue Masters or Ph.D. course in radiography.
After completing your degree in this field you will become Radiologist (MD), Radiology Technologists/ Radiographer, Radiology Technicians, Ultrasound Technician/ Diagnostic Medical Sonographer, MRI Technician, CT Tech/ CAT Scan Technologist/ CT Scan Technologist. Radiologists can earn a good living. Mostly, radiologists are required in hospitals.
The course is beneficial to train the student in conventional radiography as well as in modern imaging techniques. The course is beneficial for higher studies objecting to becoming a lecturer at colleges/universities.
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Job Profile |
Job Description |
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Radiation Protection Specialist |
Their work involves evaluating and testing the X-Ray machines and equipment and also inspecting the areas where it is used. |
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Physiotherapist |
They are indulged in providing the patients with help in movements or physical disabilities that have resulted from different diseases or injuries. |
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Diagnostic Radiographer |
Radiations are used by them in the forms of X-rays and ultrasounds to examine and diagnose various diseases and injuries. |
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X-Ray Technician |
They operate the x-ray machines to carry on with X-rays of the patients in the hospitals. |
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Therapy Radiographer |
Their main work is in the oncology department of any hospital wherein they use radiation therapies to treat cancer patients. |
B.Sc Medical Radiological Technology (BMRT) Syllabus
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Semester 1 |
Semester 2 |
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Pathology |
Fundamentals of Computer Science |
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Physiology |
General Radiography |
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Anatomy |
Radiation Hazards and Protection |
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Generation and Properties of X-Ray |
Personality Development and Communication Skills |
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Semester 3 |
Semester 4 |
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CT Scan 1 |
Environmental Science |
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General Radiography 2 |
MRI 1 |
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Ultrasound |
Organisational Behaviour |
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Semester 5 |
Semester 6 |
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MRI 2 |
Human Resource |
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Nuclear Medicine and PET scan |
Intervention in Diagnostic Radiology |
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CT Scan 2 |
Anaesthesia in Diagnostic Radiology |
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Doppler and Echography |
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