About MIT

Medical Imaging Technology is the field of medical science in which various technologies are used by doctors to see inside the body without surgery. It uses different machines to make pictures of the bones, organs, and blood vessels. This helps doctors understand what's happening inside and decide how to treat the patient.

Duration of course: 3 years (6 semesters)

There are many types of machines like X-rays, CT scans, and more. People who know how to use these machines are called Medical Imaging Technologists, and there are many jobs for them because the technology is evolving on a global scale.

The Medical Imaging Technology course is not entirely theoretical and you also get exposure to real life situations in a hospital. This is different from many other universities that provide these courses online. The program is designed to help you understand how different machines work and how they are used in healthcare. After finishing the course, you can have a job as a Medical Imaging Technologist, and there are lots of job opportunities because this field is always growing and getting better.

Key Highlights

University Name

Glocal University

Location

Saharanpur, UP

Course Name

B.Voc in Medical Imaging Technology

Course Type

UG Degree

Duration

3 years

Mode

Regular

Exam

Semester wise

Course Fee

50,000/year*

Eligibility

Interested candidates should have passed class 10+2 or equivalent in relevant stream from a recognized board.

Salary

3-18 LPA

Eligibility Criteria

  1. Candidates should have completed Intermediate with Physics, Chemistry, and Biology as their main subjects with a minimum percentage qualification from a recognized board. Ideal percentage qualification would be 50% or above.
  2. 10th passed candidates with a 2 year diploma would be eligible for direct admission in 2nd year (3rd semester).
  3. After registration with the university, candidates are required to present asked documents for verification and seat allocation process.
  4. Students are required to maintain the minimum health standards due to the nature of the medical profession.

Curriculum 

First Semester

1. Human Anatomy-I

2. Human Physiology -I

3. Basic Physics including Radiological Physics

4. Fundamentals of Medical Imaging Technology

5. Human Anatomy-I Practical

6. Human Physiology-I Practical

7. Basic Physics including Radiological Physics Practical

8. Fundamental of Medical Imaging Technology 

9. Practical Project Work -I

Second Semester

1. Human Anatomy-II
2. Human Physiology -II
3. Pathology Related to Radiology
4. Orientation in Para clinical Sciences
5. Human Anatomy-II Practical

6. Human Physiology-II Practical
7. Pathology Related to Radiology
8. Practical Project Work - II

Third Semester

1. Conventional Radiological Equipments-I

2. Radiography & Imaging Processing Technique-I

3. Regulatory Requirement in Diagnostic Radiology & Imaging Act and Rules

4. Conventional Radiological Equipments-I Practical

5. Radiography & Imaging Processing Technique-I Practical

6. Regulatory Requirement in Diagnostic Radiology & Imaging Act and Rules

7. Practical Project Work – III

Four Semester

1. Conventional Radiological Equipments-II

2. Radiography & Imaging Processing Technique-II

3. Hospital Practice & Care of Patient Conventional

4. Radiological Equipments-II Practical

5. Radiography & Imaging Processing Technique-II Practical

6. Hospital Practice & Care of Patient

7. Practical Project Work -IV

Fifth Semester

1. Modern Radiological & Imaging Equipments including Physics

2. Darkroom Procedure Contrast & Special Radiographic Procedure

3. Modern Radiological & Imaging Equipments including Physics

Practical

4. Darkroom Procedure

5. Contrast & Special Radiographic Procedure

6. Practical Project Work – V

Sixth Semester

1. Physics of Advanced Imaging Modalities

2. Advanced Modalities Imaging Techniques

3. Quality Control in Radiology & Radiation

4. Safety Physics of Advanced Imaging Modalities Practical

5. Advanced Modalities Imaging Techniques Practical

6. Quality Control in Radiology & Radiation Safety Practical

7. Recent Advances in MIT 

8. Practical Project Work VI

Course Duration

3 years (6 semesters)

Course Fee

50000

Course Criteria

Class 10+2 or equivalent

Course Sheets

30