Program Outcomes (PO) After completing this course, graduates will be able to: –

• Explain basic principles for medical imaging based using advanced image modalities: MRI, CT, Ultrasound and PET-CT
• Data analysis, image processing and post processing techniques for the different
• Describe principles of physics and operation of the imaging
• Demonstrate knowledge of specified imaging modalities, relevant anatomy, image quality assurance and diagnostic decision
• Acquire knowledge in medical imaging, physical principles of diagnostic radiology, Radiography techniques, Image quality and quality assurance
• Describe transform domain non-iterative 2D and 3D reconstruction techniques for non- diffracting radiation sources
• Perform radiographic procedures ensuring safety of patients and personnel involved
• Operate and maintain imaging equipment with safety and efficiency.
• Describe the statistical nature of the radiation energy generation, propagation, and detection.

Curriculum & Syllabus

Sl.No	Category	Course Titles	Hours/Credits							Maximum Marks
			Lecture		Tutorial		Practical		Total	IA		UA		Total
										Theory	Practical	Theory	Practical
			Hours	Credits	Hours	Credits	Hours	Credits	Credits
1.1	Program Core	General Anatomy	45	3	30	1	60	2	6	25	50	75	50	200
1.2	Program Core	General Physiology	45	3	30	1	60	2	6	25	50	75	50	200
1.3	Program Core	General Biochemistry	45	3	30	1	60	2	6	25	50	75	50	200
1.4	Program Elective	Medical Law and Ethics	30	2	-	-	-	-	2	100	-	-	-	100
1.5	Program Elective	Communication And Soft Skills	30	2	-	-	-	-	2	100	-	-	-	100
Total									22	Total				800

View full Curriculum Syllabus

Career Prospects

• Radiology Technologists
• Diagnostic Medical Sonographer
• MRI Technologist
• CT Technologist
• Radiation Safety Officer
• Research and development
• Application Manager
• Lecturer

Tuition Fee 2024 - 2025 (Per Sem)	Other Fees (Per Sem)	Total Fee 2024 - 2025 (Per Sem)
58,600	42,400	1,01,000