Advance Diploma in Medical Imaging Technology (ADMIT)

Advance Diploma in Medical Imaging Technology (ADMIT)

To train students to work as radiography technicians and assist Radiologists in their duties. As a Radiography technician, learn the techniques of taking X-Ray, C.T. Scan, MRI etc. and analyze the outcomes of the test.

Category Advance Diploma

Duration 2 Years

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Eligibility : 10+2 with science subjects (Physics, Chemistry, Biology). Ideally can be done along with any other B.Sc. degree. Although these courses are full time, they are conducted post noon which enables students to attend B.Sc lectures in Morning.

Knowledge and Skills :

Radiology ward orientation

Setting up of equipments for Radiography

Rinsing, Cleaning and Disinfection of Radiography equipments

Assisting technicians for Radiography related procedures

Patient Positioning & Care

Medical Terminology for Medical Imaging

Radiation Exposure & Quality Control

Patient safety & Emergency codes

Fluoroscopic Procedures (Theory & Applied Learning Components)

Trained in X Rays, USG, CT Scans

Employability

Assist the qualified technician and doctor in Imaging department of a hospital or a diagnostic centre

As a Radiology technician in Secondary Care hospitals, nursing homes, dental clinics & research labs

As an Assistant MRI technician in Hospitals, nursing homes and diagnostic centers.

Course Syllabus

1st Year

Module 1: ANATOMY & PHYSIOLOGY

Studies the physical structures and internal functions of the human body, helping students understand how organs and systems work together to sustain life.

Module 2: BIO-CHEMISTRY

Explores the complex chemical processes, molecular components, and metabolic pathways occurring within living organisms, providing vital insights into cellular function, energy production, and overall human health.

Module 3: PATIENT SAFETY AND INFECTION CONTROL

Teaches essential healthcare practices, protocols, and hygiene standards designed to prevent hospital-acquired infections, minimize medical errors, and protect both patients and medical staff.

Module 4: BASIC RADIOGRAPHIC TECHNIQUES (RADIO IMAGING)

Introduces fundamental positioning, exposure principles, and operational techniques required to produce standard diagnostic medical images.

Module 5: BASICS OF RADIOLOGICAL PHYSICS

Explores the physical principles of radiation generation, atomic interactions, and radiation properties utilized in medical imaging systems.

2nd Year

Module 1: PATHOLOGY AND PHARMACOLOGY

Examines the underlying causes and structural characteristics of various diseases alongside the comprehensive study of drug mechanisms, therapeutic uses, and bodily interactions.

Module 2: RADIOGRAPHIC TECHNIQUES FOR ROUTINES PROCEDURES

Focuses on standard, everyday imaging protocols and patient positioning for common diagnostic x-ray examinations.

Module 3: RADIOGRAPHIC TECHNIQUES FOR SPECIAL PROCEDURES

Covers advanced, specialized imaging methods involving contrast agents or complex positioning for detailed anatomical evaluations.

Module 4: X-RAY CONTRAST MEDIA & QUALITY ASSURANCE AND RADIATION PROTECTION IN RADIOLOGY

Teaches the safe use of contrast dyes, quality control protocols, and radiation safety measures for patients and staff.

Module 5: ADVANCE & BASIC PHYSICS OF RADIOLOGICAL EQUIPMENTS

Explains the advanced physics, electrical principles, and operational mechanics behind sophisticated medical imaging machinery. (CT, MRI, Ultrasound)