The Diploma in X Ray Technology program is a professionally designed two year journey aimed at developing skilled diagnostic imaging professionals who play a critical role in modern healthcare. The program focuses on producing technically competent and ethically responsible X Ray technicians capable of supporting accurate diagnosis and patient care.
Candidates must have successfully completed the Intermediate ten plus two examination with Science subjects from a recognized board.
| Program Fee | Amount | Program Duration |
|---|---|---|
| Annual | 120000/- INR | 2.0 Years |
| Fees Structure (Yearly) | Amount |
|---|---|
| 1st Year Annual | 60000/- INR |
| 2nd Year Annual | 65000/- INR |
Future university Diploma in X Ray Technology admission is based on merit and F-STAR scores.
| Category | Scholarship | Percentile |
|---|---|---|
| F-STAR (Future University Scholarship Test for Academic Recognition) |
100% of Tuition Fee | Percentile > 90 |
| 50% of Tuition Fee | Percentile 80 - 89.99 | |
| 30% of Tuition Fee | Percentile 75 - 79.99 | |
| 20% of Tuition Fee | Percentile 70 - 74.99 |
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Future University stands apart through its practice oriented diagnostic education, strong focus on radiation safety, and commitment to clinical accuracy. With modern imaging labs, real world hospital exposure, and structured placement support, the university prepares students to become reliable diagnostic imaging professionals.
• Industry aligned X Ray technology curriculum
• Strong emphasis on clinical imaging and radiation safety
• Modern radiography labs and simulation facilities
• Skill development focused teaching approach
• Startup and incubation support
To nurture competent X Ray technology professionals who are ethically responsible, technically skilled, and capable of delivering safe and accurate diagnostic imaging services. The department strives to foster clinical excellence, patient safety awareness, and lifelong learning to meet evolving healthcare needs.
High-demand roles across global tech industries
• Build strong foundations in radiographic science and imaging techniques
• Prepare students for professional roles in diagnostic and radiology departments
• Deliver an industry aligned curriculum integrating theory with extensive clinical exposure
• Develop precision, radiation safety awareness, and patient care skills
• Provide hands on experience with modern diagnostic imaging equipment
• Industry aligned diagnostic imaging curriculum
• World class radiography and imaging infrastructure
• Practical and clinically oriented learning approach
• Expert faculty and imaging professionals as mentors
• State of the art X Ray labs and training facilities
• Faculty focused on hands on mentoring and safety practices
• Internship and hospital based clinical exposure
• Strong placement support and career guidance
• Radiographic Physics and Imaging Principles
• Anatomy and Physiology for Imaging
• X Ray Equipment and Imaging Techniques
• Patient Positioning and Image Quality
• Radiation Protection and Safety
• Contrast Media Basics
• Diagnostic Imaging Procedures
• Biomedical Waste Management
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