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Undergraduate Programme

Bachelor of Vocation (B.Voc) in Radiology & Medical Imaging Technology

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Programme Overview

B.Voc in Radiology

The Bachelor of Vocation (B.Voc) in Radiology and Medical Imaging Technology is a specialized undergraduate program that prepares students for a dynamic and in-demand career at the intersection of healthcare and advanced medical technology. As modern hospitals and diagnostic centers increasingly rely on imaging technology to detect diseases, assess injuries, and guide clinical decisions, the need for skilled radiology professionals has never been greater. This program at AHT College combines strong theoretical foundations with hands-on clinical training, equipping students with the expertise to operate imaging equipment, maintain patient safety, and produce accurate diagnostic images that support critical medical decisions. From X-rays and ultrasounds to advanced imaging modalities, students gain practical exposure across real healthcare settings, building the confidence and competence needed to thrive in hospitals, diagnostic centers, and specialty healthcare institutions. If you are a science student looking for a focused, future-ready career in healthcare technology, B.Voc Radiology and Medical Imaging Technology at AHT College is the right place to start.

Course Highlights

Duration
03 Years
Eligibility
10+2 (min 50%)
Entrance Exam
May Be Conducted
Programme Type
Full-Time / Regular
What You'll Study

Curriculum Highlights

The B.Voc in Radiology & Medical Imaging Technology curriculum is designed to build core technical competencies alongside clinical exposure:

01 Anatomy and Physiology
02 Radiographic Imaging Techniques
03 Radiation Physics and Protection
04 Medical Imaging Equipment
05 Pathology and Disease Recognition
06 Radiographic Positioning and Procedures
07 Radiation Biology and Safety
08 Medical Ethics and Laws in Radiology
09 Clinical Internship and Training
Admission Requirements

Eligibility Criteria

Educational Qualifications

Candidates should have completed 10+2 (or equivalent) from a recognized board with a science background including Physics, Chemistry, and Biology.

Minimum Marks

Candidates are required to have a minimum aggregate score of 45% to 50% in their 10+2 examinations.

Entrance Examinations

Entrance examinations may be conducted to assess aptitude and knowledge. Admission might be based on the results of these exams.

Steps To
Follow

Follow our unified sequence steps to verify details online quickly.

01

Step - 1

Register Yourself

02

Step - 2

Fill Application Form Online

03

Step - 3

Pay Application Fee

Fees & Financials

Fee Structure

Below is the complete fee structure for the B.Voc in Radiology & Medical Imaging Technology programme. All amounts are in Indian Rupees (INR).

Fee Type Year 1 Year 2 Year 3 Total
Tuition Fee ₹65,000 ₹65,000 ₹65,000 ₹1,95,000
Registration Fees (One Time) ₹500 ₹500
Total Fees ₹65,500 ₹65,000 ₹65,000 ₹1,95,500
Per Semester Exam Fee:  ₹3,500
Security Deposit (Refundable):  ₹5,000

Note* — Per Semester Examination Fees are ₹3,500/- payable each semester. A Security Deposit of ₹5,000/- (one-time, fully refundable) is also applicable at the time of admission. All fees mentioned above are subject to change as per university norms.

What is Radiology and Medical Imaging Technology?

Radiology and Medical Imaging Technology is a specialized field focused on creating diagnostic images that help doctors identify medical conditions and plan treatments. Students enrolling in a Radio Imaging Technology Course learn how to operate imaging equipment, apply radiation safety protocols, and assist with diagnostic procedures in modern healthcare settings. Each X-ray, CT scan, MRI, or imaging procedure requires trained professionals who understand both imaging technology and patient care.

Many people only see the final image on a monitor, but a lot happens before that image reaches a radiologist. Patients must be positioned correctly, imaging equipment must be set up, radiation exposure must be monitored, and image quality must meet certain standards. This is where trained professionals in radiology and imaging technology are essential. They work closely with radiologists and healthcare teams to ensure accurate and reliable diagnostic results. Modern medical technology in radiography helps healthcare professionals produce accurate diagnostic images while maintaining patient safety and imaging quality standards.

At AHT College, students learn about radiology and imaging technology through a mix of theory, lab work, and clinical training that mirrors real hospital environments.

B.Voc Radiology and Imaging Technology – Skills and Practical Learning

The B.Voc Radiology and Imaging Technology program is designed to develop the technical and clinical skills needed in modern diagnostic departments. Students gain practical experience with imaging systems, patient handling, radiation safety, and diagnostic procedures used in hospitals and diagnostic centers.

What You Study
Subject Area What You Learn
Digital Radiography
Image acquisition, digital processing, and quality control
Computed Radiography
CR systems, workflow management, and image evaluation
Radiation Physics
Principles of radiation generation and safe operation
Patient Positioning
Accurate positioning techniques for diagnostic imaging
Medical Imaging Equipment
Operation and maintenance of imaging systems
Radiation Safety
Protection protocols for patients and healthcare workers
Pathology Recognition
Understanding common diseases and imaging findings
Clinical Internship
Hospital-based practical training and real patient exposure

Students looking for an industry-focused imaging technology course often seek programs that offer practical experience alongside academic learning. The B.Voc in Medical Imaging Technology at AHT College emphasizes developing job-ready skills that meet current healthcare industry needs.

Understanding Diagnostic Imaging Workflows

Many students starting a radiology imaging technology course think the job is all about operating machines. In reality, diagnostic imaging involves a structured workflow that directly affects patient care.

A Typical Imaging Procedure Includes

Reviewing patient history and imaging requests
Preparing patients for exams
Choosing appropriate imaging protocols
Positioning patients correctly
Acquiring diagnostic images
Checking image quality
Assisting radiologists during reporting

Even a small error in positioning can impact diagnostic accuracy. This is why hospitals value professionals who understand the entire imaging workflow, not just equipment operation.

Digital Radiography and Computed Radiography in Modern Healthcare

One major advance in radiographic technology has been the shift from traditional film-based imaging to digital systems.

Digital Radiography

Digital Radiography has changed modern diagnostic departments by allowing immediate image acquisition and faster reporting workflows.

Benefits Include
  • Faster diagnosis
  • Better image quality
  • Shorter patient wait times
  • Improved workflow efficiency
  • Easier image storage and retrieval
  • Fewer repeat exams

Computed Radiography

Computed Radiography also plays a key role in many healthcare settings. CR systems use imaging plates that convert radiographic information into digital images.

Advantages Include
Cost-effective use
Reliable image quality
Simple integration into existing workflows
Suitable for various healthcare facilities

Why Hospitals Need Skilled Imaging Technicians

Skilled Professionals

An imaging technician does much more than operate diagnostic equipment. Hospitals rely on imaging professionals to ensure patient safety, image quality, and smooth workflow.

These tasks require technical knowledge, practical skills, communication abilities, and a strong commitment to patient care.

Healthcare Employers Seek Professionals Who Can
01
Prepare patients for imaging procedures
02
Use correct positioning techniques
03
Operate imaging equipment safely
04
Follow radiation protection standards
05
Evaluate image quality
06
Communicate well with patients and clinicians
07
Support emergency and trauma imaging
08
Assist radiologists during evaluations

Practical Training and Hospital Exposure

AHT College emphasizes practical learning because healthcare employers value experience as much as academic qualifications.

What Practical Training Includes:

Digital Radiography Lab Training

Students get hands-on experience with Digital Radiography systems, image processing software, and imaging workflows used in today’s healthcare settings.

Computed Radiography Practice

Training sessions teach students about computed radiography systems, handling imaging plates, and quality assurance.

Patient Positioning Sessions

Practical classes focus on techniques for positioning patients during chest, spine, extremity, and specialized imaging exams.

Radiation Safety Workshops

Students learn about radiation protection, exposure control, and safety standards used in professional healthcare environments.

CT and MRI Observation

Exposure to advanced imaging techniques helps students understand procedures beyond standard radiography.

Clinical Internship

Students complete supervised hospital training, working alongside radiologists, technologists, and healthcare professionals in real clinical situations.

Why Radiology and Medical Imaging Technology is a Growing Career

Healthcare systems across India are expanding, increasing the need for qualified imaging professionals.

01

Growing Demand for Diagnostic Services

Hospitals, diagnostic centers, and specialty clinics rely on imaging services for accurate diagnosis and treatment planning.
02

Expanding Healthcare Infrastructure

The establishment of new hospitals and diagnostic facilities is creating opportunities for professionals trained in radiology and imaging technology.
03
Increasing Use of Advanced Technologies Artificial intelligence, digital imaging systems, cloud-based PACS platforms, and new diagnostic tools are changing the future of medical imaging.
04
Career Stability and Growth Qualified professionals can work in hospitals, trauma centers, diagnostic labs, imaging clinics, and healthcare technology companies. With experience, they can move into supervisory and management roles.

Why Choose B.Voc Radiology and Imaging Technology?

High Demand, Every Day

A B.Voc in Radiology and Medical Imaging Technology provides a practical, industry-focused approach to healthcare education. Unlike programs that prioritize theory, this course prepares students for real clinical environments through lab training, hospital exposure, and supervised internships.

Core Areas of Study

The B.Voc Radiology and Imaging Technology syllabus addresses modern healthcare needs by covering anatomy, radiographic techniques, radiation physics, medical imaging equipment, pathology, radiation safety, patient care, ethics, and clinical training.

Wide Career Options

For students aiming for a career in diagnostic healthcare, B.Voc Radiology and Imaging Technology offers the knowledge, skills, and confidence needed to succeed in one of healthcare's most technology-driven fields.

Our Edge

How We Are Different?

Academic Excellence
Latest Technology
Infrastructure
Skilled Faculty
On Job Training
Placement Support
Highest Rated
Work With Doctors
Practicals Focused
Hiring Network

Our Placement Partners

Trusted diagnostic centres and imaging institutes that actively hire our graduates across India.

After Graduation

Career Opportunities

Graduates of the B.Voc in Radiology & Medical Imaging Technology program have a wide range of career opportunities in the healthcare industry:

Operate and maintain imaging equipment such as X-ray, CT scan, and MRI machines while assisting physicians in diagnosing and treating patients.

Perform magnetic resonance imaging (MRI) scans and ensure patient safety and comfort during imaging procedures.

Operate computed tomography (CT) scanners to produce detailed cross-sectional images for medical diagnosis.

Use ultrasound equipment to capture images of internal organs and body structures for diagnostic evaluation.

Administer radiation treatments to cancer patients under the supervision of radiation oncologists.

Prepare and administer radioactive materials for diagnostic imaging and therapeutic procedures.

Provide technical support, maintenance, and sales assistance for medical imaging equipment and technologies.

Manage imaging departments, oversee quality assurance, and ensure compliance with healthcare regulations.

Assist physicians during minimally invasive image-guided procedures using advanced imaging equipment and ensuring patient care and safety.

Hiring Network

Successfully Placed Students

Our graduates are making an impact across leading hospitals, diagnostic chains, and imaging centres throughout India. With dedicated placement support and real-world clinical training, our students step into careers with confidence from day one.

Ankit Sharma Placed

Ankit Sharma

RMIT

Batch 2023

Meenakshi Diagnostic Centre
Mahesh Placed

Mahesh

BMLT

Batch 2022

Vasinhvi Lab, Hathin
Aakash Placed

Aakash

RMIT

Batch 2022

ARNICA HEALTHTECH
Harveer Placed

Harveer

OTT

Batch 2024

Aaradhya Hospital, HUDA Sector 2
Nagesh Placed

Nagesh

OTT

Batch 2022

Manoj Hospital, Hodal
Vishnu Placed

Vishnu

OTT

Batch 2024

Sunrise Hospital, Delhi
Surrender Puri Placed

Surrender Puri

RMIT

Batch 2025

Shri Hospital, Katni MP
Yashivender Placed

Yashivender

RMIT

Batch 2022

CSI Center, Safdarjung Delhi
FAQs

Frequently Asked Questions

B.Voc Radiology and Medical Imaging Technology is a 3-year vocational degree program that combines classroom learning with practical hospital training. The course prepares students to work with diagnostic imaging technologies used in hospitals and healthcare facilities.

Yes. B Voc Radiology offers career opportunities in hospitals, diagnostic centres, imaging laboratories, trauma centres, and specialty healthcare facilities. The growing use of diagnostic imaging continues to increase demand for skilled professionals.

Students learn digital radiography, computed radiography, patient positioning, radiation safety, imaging equipment operation, image quality assessment, and clinical procedures through practical training and hospital exposure.

B.Sc Radiology focuses more on academic learning, while B.Voc Radiology emphasizes skill development, practical training, industry exposure, and job-oriented healthcare education.

Graduates can work as Imaging Technicians, Radiology Technicians, X-Ray Technicians, CT Scan Assistants, MRI Assistants, and Diagnostic Imaging Technicians in hospitals and diagnostic centres.

The future scope is promising due to the increasing demand for diagnostic imaging services, expanding healthcare infrastructure, digital radiography systems, and advanced medical imaging technologies.

Conclusion

Start Your Radiology Career Today

A B.Voc in Radiology & Medical Imaging Technology is an excellent choice for individuals interested in a rewarding career in healthcare. This program provides students with the necessary knowledge and practical skills to excel in various roles within the field of medical imaging, offering promising career prospects in the healthcare industry.

Enroll for Course

Programme at a Glance

Degree
B.Voc (Bachelor of Vocation)
Duration
3 Years (6 Semesters)
Mode
Full-Time, Practical-Based
Internship
Hospital-Based Clinical Training
Affiliation
Shri Vishwakarma Skill University (SVSU)
Placement
Dedicated Cell + Hospital Tie-ups

Fee Summary

Year 1 Total ₹65,500
Year 2 Total ₹65,000
Year 3 Total ₹65,000
Per Semester Exam Fee ₹3,500
Security Deposit ₹5,000*
Grand Total ₹1,95,500

* Security deposit is one-time & fully refundable.

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