B Sc in Medical Imaging Technology

B Sc in Medical Imaging Technology is a full-time 4-year program that includes 1 year of compulsory internship. In this course, students learn how to create and process images of different parts of the human body for clinical purposes. These images are then used for many diagnostic and treatment plans. Students will receive knowledge which would let them expand their career in the medical field of research and development.

Lateral entry after DMLT
• Candidate must have studied English as a primary subject during the tenure of their course.
• Candidates with diploma in Medical Imaging Technology from a recognized Government Board are eligible for lateral entry admission.

A graduate of this program has many opportunities and areas where s/he can seek specialization. A fresh graduate of B.Sc. Medical Imaging Technology can get certified in a particular area and increase his/her job opportunities and earning potential. The specializations described below are some of the most common ones that a bachelor’s in medical imaging can take up after completion of their course:
Radiological technologist specialization – There are following specializations under this umbrella:

Bone densitometry – This is a form of x-ray which measures bone loss mostly on the lower spine and hips.

Basic X-ray – This is a noninvasive mechanism involving a small dose of radiation to get images of the insides of the body.

Interventional radiology – Using radiological technology one can provide non-surgical treatments for certain medical conditions like vascular diseases.

Angiography – This technology makes use of x-ray to view inside blood vessels

Cardiovascular interventional radiology – Using imaging techniques one can provide therapeutic procedures in blood flow to and from the heart. One makes use of other devices like catheters to provide a road map in navigating through areas of interest.

Ultrasound Tech Diagnostic Sonography Specializations – One common area in this specialization is Obstetric sonography where one monitors fetal development during pregnancy.

Some other specialization areas in this group are:

Vascular Interventional Sonography – Using ultrasound one can gain access to the veins to apply catheters. It also makes use of fluoroscopy to gain vein access.

Doppler Sonography – This uses the Doppler effect principle to enhance sonography procedures. It gives understanding of the velocity and direction of flow of blood which is especially useful in cardiovascular procedures.

Echocardiography – This uses ultrasound technology to view valve function and blood flow within the heart. One can view real-time images in 3-D and 4-D.

Nuclear Medicine Technology Specializations – One can choose the below specializations in this field:

PET/CT – Positron emission tomography or PET uses radio nuclear tracer interacting with molecules in the body to create a 3D image of the body. It is usually used in conjunction with CT to get more precise information for diagnosis.

Nuclear pharmacist – A specialty area within nuclear medicine that is dedicated to compounding and dispensing radioactive materials that are used in nuclear medicine procedures.

Radiation therapy – This involves the usage of high energy radiation to treat cancer.

B Sc Medical Imaging Technology is the right profession for you if you have an eye for detail and are self-motivated. This job requires precision and analyzing ability to grow in your career. After course completion, there are many avenues for employment within India and internationally.