Prometric Exam for Radiographers & Radiology Technologists: GCC Licensing, RAD5152 Blueprint and Study Plan
Back to blog

Prometric Exam for Radiographers & Radiology Technologists: GCC Licensing, RAD5152 Blueprint and Study Plan

How radiographers, radiology technologists and X-ray technicians get licensed across the GCC — Radiographer vs Radiography Technician classification, eligibility by authority, the Prometric RAD5152 blueprint (positioning, physics, protection, CT/MRI), high-yield topics, fees, salaries and a 6-week plan.

Imaging departments in the Gulf run around the clock and the region keeps adding scanners faster than it trains operators. Radiographers with CT or MRI experience are among the easiest allied health hires to place — once they hold a licence. That means passing the Prometric radiography exam, code RAD5152 for Radiographers and RAD5622 for Radiography Technicians.

Radiographer or Radiography Technician?

  • Radiographer / Radiologic Technologist (RAD5152) — 3–4 year bachelor's degree in Medical Imaging / Radiography / Radiologic Technology plus internship and typically 2 years' experience.
  • Radiography Technician / X-ray Technician (RAD5622) — 2–3 year diploma plus 2 years' experience. Restricted to general radiography in many facilities.
  • Modality specialists (CT, MRI, mammography, cath lab, nuclear medicine, radiotherapy) are licensed as Radiographers with modality experience documented in the experience letter — the letter is what unlocks the specialist job, not a separate exam.

Confirm your classification with the eligibility check.

Requirements by authority

  • DHA, MOHAP, DOH — bachelor's + 2 years (Radiographer); diploma + 2 years (Technician). DOH uses Pearson VUE.
  • SCFHS — bachelor's classified as Radiology Technologist Specialist; diploma as Technician; fresh graduates can sit the exam.
  • QCHP — bachelor's + 2 years; Qatar is strict on radiation-protection training evidence.
  • NHRA / OMSB — 1–2 years; quickest processing.

Exam format

  • 100–150 MCQs; 2.5–3 hours; pass mark ≈ 60%
  • Image-based items: radiographs for positioning errors and pathology recognition, CT/MRI slices for anatomy
  • Calculations: inverse square law, mAs/kVp adjustments, 15% rule, half-value layer, dose units conversion

Blueprint and high-yield topics

  1. Radiographic positioning and technique (30%) — routine and special projections for chest, abdomen, spine, extremities, skull; central ray, SID, breathing instructions; evaluation criteria; paediatric and trauma adaptations; contrast studies (IVU, barium).
  2. Radiation physics (10%) — X-ray production, tube components, interactions (photoelectric, Compton), kVp/mAs effects on contrast and density, grids, filtration, digital detector principles.
  3. Radiation protection (10%) — ALARA, dose limits (occupational 20 mSv/yr average), shielding, collimation, pregnancy protocols, dosimetry, ICRP principles.
  4. Image evaluation and pathology (15%) — recognising pneumothorax, consolidation, fractures, bowel obstruction, foreign bodies; artefact identification; repeat analysis.
  5. CT, MRI, fluoroscopy and contrast media (20%) — CT principles and windowing, contrast reactions and management, eGFR thresholds, MRI safety zones and contraindications, gadolinium precautions, fluoroscopy dose reduction.
  6. Patient care, safety, ethics (15%) — patient identification, consent, infection control, moving and handling, emergency response in the department, documentation.

Six-week study plan

  • Weeks 1–2: positioning — one table per body region with projection, CR, evaluation criteria; 40 daily questions from the Radiographer bank (or Technician bank).
  • Week 3: physics and protection; all formulas on one sheet; 30 calculations.
  • Week 4: CT/MRI/contrast and patient care; MRI safety scenarios.
  • Week 5: image evaluation — practise reading 10 films a day for errors and pathology.
  • Week 6: three timed mocks, error log, taper.

Fees, timeline and salaries

Total costs USD 800–1,400; 3–4 months to licence eligibility (fee guide). Approximate tax-free monthly pay: Radiographer AED 7,000–14,000 (UAE), SAR 7,000–13,000 (KSA), QAR 8,000–14,000 (Qatar); CT/MRI specialists and cath-lab radiographers at the top of the range plus on-call allowances.

Next steps

Begin DataFlow, get your modality experience letter worded precisely, and start the RAD5152 practice bank. Authority pages: DHA exam for radiographers, SCFHS exam for radiographers.

Frequently asked questions

Which Prometric exam code is for radiographers?

RAD5152 (Radiographer). Diploma holders classified as technicians sit RAD5622 (Radiography Technician).

Is a diploma in radiography accepted for a DHA licence?

Yes, as Radiography Technician with two years' experience. The Radiographer title needs a bachelor's degree in medical imaging.

Do I need a separate licence for CT or MRI?

No. You are licensed as a Radiographer; CT/MRI competence is evidenced through your experience letters and facility privileging.

What is the hardest part of the Prometric radiography exam?

Candidates most often lose marks on physics calculations and contrast-media/MRI safety scenarios rather than positioning.