Diploma In RIT
Diploma in Radiology & Imaging Technology (RIT)
The Radiology & Imaging Technology (RIT) program prepares students with the knowledge and practical skills to produce high-quality medical images, support accurate diagnosis and contribute to better patient care.
Clear images. Strong skills. Better patient care.
The Radiology & Imaging Technology (RIT) program combines medical science, imaging principles and practical clinical training to prepare students for modern diagnostic imaging environments.
Imaging Technology
Learn essential radiographic imaging principles, equipment operation and image production techniques.
Radiation Science
Understand radiation physics, X-ray principles, radiation protection and safe imaging practices.
Patient Safety
Develop safe patient positioning, infection control, radiation protection and professional patient-care skills.
A structured two-year RIT program
Students progress from foundational science and radiographic principles to clinical imaging, digital systems and patient care.
Foundations & Imaging Basics
RIT Book – Part I
- Introduction to radiology and medical imaging
- Basic X-ray principles
- Radiographic equipment and accessories
- Patient preparation and basic positioning
- Image processing basics and radiation protection
Physics
- Units and measurements
- Electricity and magnetism
- X-rays and electromagnetic radiation
- Basic imaging equipment principles
- Radiation physics and safety
Chemistry
- Basic chemical concepts
- Acids, bases and salts
- Solutions and concentration
- Chemical reactions
- Processing chemicals and safe handling
Anatomy & Physiology
- Cells, tissues and organs
- Skeletal and muscular systems
- Cardiovascular and respiratory systems
- Digestive and nervous systems
- Urinary, reproductive and surface anatomy
Clinical Imaging & Patient Care
RIT Book – Part II
- Advanced radiographic positioning
- Imaging of chest, abdomen and extremities
- Skull and spine imaging
- Introduction to CT, MRI and ultrasound
- Contrast media basics
- Image quality, radiation dose control and documentation
Computer Science
- Basic computer operations
- MS Word and Excel
- Digital imaging systems
- Patient record management
- Introduction to PACS/RIS
- Data storage and basic cybersecurity
Patient Safety
- Correct patient identification
- Radiation protection principles
- Safe patient positioning
- Infection prevention and control
- Contrast media precautions
- Patient confidentiality
First Aid
- Basic emergency assessment
- CPR and choking management
- Bleeding, wounds, burns and shock
- Fractures, fainting and seizures
- Emergency referral and patient transfer
From medical images to clinical answers.
Hands-on practical training develops the confidence and technical skills needed for imaging procedures, patient positioning, equipment operation and safe radiology practice.
- Patient positioning
- Basic X-ray procedures
- Radiation protection
- Image handling
- Equipment familiarization
- Patient transfer and infection control
- CPR and emergency response
Eligibility Criteria for RIT Admission
Students interested in the Diploma in Radiology & Imaging Technology must meet the following minimum academic requirements.
Start Your Medical Imaging Education
Check the minimum academic requirements before submitting your application for the Diploma in Radiology & Imaging Technology.
Candidates should meet both academic requirements below to be eligible to apply for admission to the RIT program.
Prepare for a future in medical imaging
RIT training supports career development across hospitals, diagnostic imaging departments and healthcare facilities.
Ready to start your RIT journey?
Learn imaging skills, patient care and modern radiology techniques for a future in healthcare.