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We've been there. We've passed. And we built this platform to help you do the same.
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Got questions about Dubai Prometric Technician Radiography Medical Imaging Exam? We’ve got answers. Here’s what people often ask us.
The DHA Radiography Technician Exam is a computer based licensing examination for professionals seeking to work in diagnostic imaging departments across Dubai.
The assessment measures your understanding of radiographic procedures, radiation protection, image quality, patient care, equipment operation, and clinical decision making.
Eligibility for the DHA Radiography Technician Exam generally includes the following:
• A Bachelor’s degree in Radiography, Radiology Technology, or Medical Imaging, or a Diploma in the field (minimum 2 years duration).
• 1–2 years of post qualification clinical experience in radiography (requirements can vary by pathway).
• An active professional license or registration from your home country (where applicable).
• Successful primary source verification (PSV) of your educational and professional credentials through the DHA approved process.
Requirements may vary slightly depending on your specific qualifications and nationality. Always refer to the latest official DHA guidelines for the most accurate information.
The exam commonly includes the following topics:
| Subject | Key Topics |
|---|---|
| Radiographic Anatomy | Skeletal anatomy, chest anatomy, abdomen, spine, skull, and extremities |
| Radiographic Positioning | Patient positioning, positioning landmarks, projections, and imaging techniques |
| Radiation Physics | X-ray production, radiation interaction, exposure factors, and image formation |
| Radiation Protection | ALARA principles, shielding, dose reduction, radiation monitoring, and patient safety |
| Imaging Equipment | X-ray machines, digital radiography (DR), computed radiography (CR), fluoroscopy, and portable units |
| Image Evaluation | Image quality, positioning errors, artifacts, repeat analysis, and quality assurance |
| Patient Care | Patient preparation, communication, infection prevention, contrast media safety, and emergency response |
| Cross-Sectional Imaging Basics | Introduction to CT, MRI, ultrasound, and image interpretation principles |
| Quality Assurance & Safety | Equipment testing, quality control, documentation, and workplace safety |
| Professional Ethics | Confidentiality, informed consent, communication, and legal responsibilities |
The exam typically contains between 100 and 150 multiple-choice questions.
Candidates are generally given a total duration of 150 to 180 minutes to complete the test, depending on the specific version of the exam paper set by the testing authority.
Most candidates benefit from 6-12 weeks of dedicated preparation, depending on their background.
Those with recent clinical experience may need less time, while others might extend to 3 months for thorough coverage.
Consistency is key over long cramming sessions.
Some of the most common mistakes include:
• Weak knowledge of positioning techniques
• Poor understanding of radiation physics
• Ignoring radiation protection topics
• Limited practice with clinical scenarios
• Weak image quality assessment skills
• Poor time management during the exam
• Review the syllabus and exam format first.
• Identify your weak topics and prioritize them.
• Create a realistic weekly study schedule.
• Use standard radiography textbooks for core concepts.
• Practice MCQs daily to build speed and familiarity.
• Take timed mock tests to simulate exam conditions.
• Analyze mistakes and revise regularly.
• Stay consistent and avoid last-minute cramming.
