Kuwait MOH Ophthalmology Exam: Official Blueprint & Preparation
The Kuwait Ministry of Health ophthalmology licensing exam, delivered by Prometric, is the written assessment ophthalmologists sit when seeking a specialist license in Kuwait. It is designed to test whether a candidate can apply clinical knowledge safely across the full breadth of the specialty, from the anterior segment and glaucoma to retina, oculoplastics and neuro-ophthalmology, rather than simply recall isolated facts.
- Questions150 MCQs
- Time170 min + 10 min break
- Pass markRegistrar 65% · Senior 70%
- Attempts2, 6 weeks apart
Ophthalmology: Kuwait licensing facts
| Specialty | Ophthalmology |
|---|---|
| Professional category | Medical |
| Licensing authority | Kuwait Ministry of Health — Medical Licensing Department |
| Official exam | Kuwait Licensing Exam — Ophthalmology |
| Exam provider | Prometric (worldwide test centres) |
| Blueprint status | Official Prometric blueprint Official Prometric blueprint: 150 MCQs, 170 min, pass mark Registrar 65% · Senior 70%. |
| Questions | 150 multiple-choice questions |
| Duration | 170 min plus a 10-minute break |
| Passing score | Registrar 65% · Senior 70% |
| Attempts | 2 attempts, at least 6 weeks apart |
| Language | Not stated in official documents |
| Source | Prometric “Kuwait Licensing Exam” document |
| Last verified |
According to the Prometric document, the exam consists of 150 computer-based multiple-choice questions completed in 170 minutes, with a separate 10-minute break. Passing scores are set by level: 65% for Registrar and 70% for Senior candidates. Ophthalmology differs from most other Kuwait specialty exams in one important way: candidates are allowed two attempts rather than three, with a minimum of six weeks between attempts. That makes thorough preparation before the first sitting especially valuable.
The official blueprint divides the exam into ten sections, each with a published percentage weight. Anterior Segment carries the largest share, followed by Retina, Glaucoma and Pediatric Ophthalmology, while Patient Safety and Professionalism and Ethics are tested as standalone sections. Because questions are allocated in proportion to these weights, the blueprint is the most reliable guide to where your study hours will earn the most marks. The document also notes that content is subject to change upon department review, so always confirm the current version before you book. The sections below summarize each domain, list high-yield topics and include original practice questions written in the single-best-answer style used on the exam.
Ophthalmology exam blueprint: questions per section
| # | Section | Questions | % of exam |
|---|---|---|---|
| 1 | Anterior Segment | 26 | 17.3% |
| 2 | Glaucoma | 20 | 13.3% |
| 3 | Retina | 22 | 14.7% |
| 4 | Uveitis | 11 | 7.3% |
| 5 | Pediatric Ophthalmology | 20 | 13.3% |
| 6 | Oculoplastics | 18 | 12% |
| 7 | Neuro-Ophthalmology | 13 | 8.7% |
| 8 | Comprehensive (Optics/Pathology) | 10 | 6.7% |
| 9 | Patient Safety | 5 | 3.3% |
| 10 | Professionalism and Ethics | 5 | 3.3% |
| Total | 150 | 100% |
Source: Prometric “Kuwait Licensing Exam”, verified 1 November 2026. Section totals checked to equal 150. Prometric notes that content, percentages and attempts are subject to change upon department review.
Section-by-section high-yield topics
1Anterior Segment 26 Q · 17.3%
Covers the cornea, conjunctiva, sclera, lens and refractive surgery, with heavy emphasis on cataract evaluation, surgical complications and infectious keratitis.
- Bacterial, fungal and Acanthamoeba keratitis: diagnosis, scraping and empirical therapy
- Herpes simplex and herpes zoster ophthalmicus keratitis
- Keratoconus and corneal cross-linking
- Fuchs endothelial dystrophy and endothelial keratoplasty (DSAEK/DMEK)
- Cataract surgery complications: posterior capsule rupture, cystoid macular edema, endophthalmitis
- Dry eye disease and meibomian gland dysfunction
- Chemical injury: immediate irrigation and Roper-Hall grading
- Refractive surgery candidacy and post-LASIK ectasia
- Allergic conjunctivitis including vernal keratoconjunctivitis
2Glaucoma 20 Q · 13.3%
Tests the diagnosis, staging and medical, laser and surgical treatment of open-angle, angle-closure and secondary glaucomas.
- Primary open-angle glaucoma: optic disc assessment, OCT RNFL and visual field interpretation
- Acute primary angle closure: emergency IOP lowering and laser peripheral iridotomy
- Gonioscopy and angle classification
- Mechanisms and side effects of topical glaucoma medications
- Selective laser trabeculoplasty
- Trabeculectomy, antimetabolites and glaucoma drainage devices
- Normal-tension glaucoma and its work-up
- Neovascular, pseudoexfoliation and pigmentary glaucoma
- Steroid-induced and uveitic glaucoma
3Retina 22 Q · 14.7%
Focuses on medical and surgical retinal disease, including diabetic retinopathy, macular degeneration, vascular occlusions and retinal detachment.
- Diabetic retinopathy grading and diabetic macular edema treatment with anti-VEGF agents
- Neovascular and non-neovascular age-related macular degeneration
- Central and branch retinal vein occlusion
- Central retinal artery occlusion as an acute stroke equivalent
- Rhegmatogenous retinal detachment: signs and repair options
- Interpretation of OCT and fluorescein angiography
- Retinopathy of prematurity screening and treatment
- Central serous chorioretinopathy
- Hereditary retinal dystrophies such as retinitis pigmentosa
4Uveitis 11 Q · 7.3%
Assesses the classification, investigation and treatment of anterior, intermediate, posterior and panuveitis, including infectious causes.
- SUN classification of uveitis by anatomic location
- HLA-B27-associated acute anterior uveitis
- Toxoplasma retinochoroiditis
- Behcet disease and Vogt-Koyanagi-Harada disease
- Sarcoidosis-associated uveitis and targeted investigations
- Cytomegalovirus retinitis and acute retinal necrosis
- Juvenile idiopathic arthritis uveitis screening
- Corticosteroid-sparing immunomodulatory therapy
- Masquerade syndromes including vitreoretinal lymphoma
5Pediatric Ophthalmology 20 Q · 13.3%
Covers amblyopia, strabismus and congenital and acquired eye disease in children, including sight- and life-threatening conditions.
- Amblyopia: patching, atropine penalization and critical period
- Esotropia and exotropia: accommodative and infantile forms
- Leukocoria evaluation and retinoblastoma
- Congenital cataract and timing of surgery
- Primary congenital glaucoma
- Nasolacrimal duct obstruction management
- Ophthalmia neonatorum
- Cycloplegic refraction in children
- Signs of abusive head trauma
6Oculoplastics 18 Q · 12%
Tests disorders of the eyelids, orbit and lacrimal system, including inflammatory, infectious and neoplastic conditions.
- Preseptal versus orbital cellulitis
- Thyroid eye disease: activity scoring and compressive optic neuropathy
- Ptosis evaluation: levator function and marginal reflex distance
- Basal cell carcinoma and sebaceous gland carcinoma of the eyelid
- Entropion, ectropion and trichiasis
- Eyelid laceration involving the canaliculus
- Orbital fractures and indications for repair
- Dacryocystitis and dacryocystorhinostomy
- Orbital tumors in adults and children
7Neuro-Ophthalmology 13 Q · 8.7%
Assesses disorders of the afferent and efferent visual pathways, with emphasis on emergencies that threaten vision or life.
- Giant cell arteritis and arteritic anterior ischemic optic neuropathy
- Optic neuritis and its association with multiple sclerosis
- Papilledema and idiopathic intracranial hypertension
- Third nerve palsy with pupil involvement
- Horner syndrome localization
- Visual field defects and lesion localization
- Myasthenia gravis with ocular involvement
- Non-arteritic anterior ischemic optic neuropathy
8Comprehensive (Optics/Pathology) 10 Q · 6.7%
Combines clinical optics and refraction with ocular pathology, testing core principles that underpin all subspecialties.
- Refractive errors and spectacle correction
- Vergence formula and lens power calculations
- Prentice rule and induced prism
- Intraocular lens power calculation and biometry errors
- Low vision aids and magnification
- Histopathology of common eyelid and ocular tumors
- Granulomatous versus non-granulomatous inflammation
- Contact lens fitting principles
9Patient Safety 5 Q · 3.3%
Covers systems for preventing harm in ophthalmic practice, from correct-site surgery to infection control.
- Surgical safety checklist and wrong-IOL prevention
- Correct-site marking and time-out
- Endophthalmitis prevention with povidone-iodine
- Medication errors with look-alike eye drops
- Incident reporting and root cause analysis
- Hand hygiene and tonometer disinfection
10Professionalism and Ethics 5 Q · 3.3%
Assesses ethical decision-making and professional conduct, including consent, confidentiality and fitness-to-drive discussions.
- Informed consent for elective and emergency eye surgery
- Capacity assessment and surrogate decision-making
- Confidentiality and disclosure of visual standards for driving
- Disclosure of medical errors
- Conflicts of interest with industry
- Professional boundaries and communication with colleagues
High-yield topics & competencies
Must-know topics
- Anterior Segment is the heaviest section at 26%, so cataract complications and keratitis management deserve the most study time.
- Acute angle closure: lower IOP medically, then perform laser peripheral iridotomy and consider the fellow eye.
- Suspected giant cell arteritis requires immediate high-dose corticosteroids; do not delay for biopsy.
- Central retinal artery occlusion warrants urgent stroke work-up.
- Leukocoria in a child is retinoblastoma until proven otherwise; avoid biopsy and prefer MRI over CT.
- Third nerve palsy with pupil involvement needs urgent vascular imaging to exclude an aneurysm.
- Chemical injury: irrigate immediately until pH normalizes, before detailed examination.
- Anti-VEGF therapy is the mainstay for center-involving diabetic macular edema and neovascular AMD.
- Orbital cellulitis requires admission, IV antibiotics and imaging when there is proptosis, ophthalmoplegia or reduced vision.
- Patient Safety and Professionalism and Ethics together make up 10% of the exam.
Competencies assessed
- Recognizing and initiating management of vision-threatening ophthalmic emergencies
- Interpreting ophthalmic imaging and tests, including OCT, angiography, visual fields and biometry
- Selecting appropriate medical, laser and surgical treatment and anticipating complications
- Localizing neuro-ophthalmic lesions from clinical signs
- Applying optics principles to refraction and lens calculations
- Practicing safely and ethically, including consent and error disclosure
How to prepare for the Ophthalmology exam
Start by mapping the ten blueprint sections against your own clinical exposure and identifying the subspecialties you see least in practice. Allocate study time roughly in proportion to the published weights, giving Anterior Segment, Retina, Glaucoma and Pediatric Ophthalmology the largest blocks while still scheduling dedicated time for the smaller sections. Use the BCSC volumes as your core text and Kanski for rapid clinical revision and image recognition. Work through timed MCQ sets of 50 to 75 questions and review every explanation, including those you answered correctly. Because only two attempts are permitted, sit at least one full 150-question, 170-minute mock exam before your test date to confirm your pacing and readiness.
How our question bank is weighted
Practice questions follow the official section percentages:
- Anterior Segment17.3%
- Glaucoma13.3%
- Retina14.7%
- Uveitis7.3%
- Pediatric Ophthalmology13.3%
- Oculoplastics12%
- Neuro-Ophthalmology8.7%
- Comprehensive (Optics/Pathology)6.7%
- Patient Safety3.3%
- Professionalism and Ethics3.3%
Recommended references (from Prometric’s reference list)
- Basic and Clinical Science Course (BCSC) Residency Print Set - American Academy of Ophthalmology, latest edition
- Kanski's Clinical Ophthalmology: A Systematic Approach - Brad Bowling, latest edition
- Ophthalmology (Expert Consult) - Myron Yanoff, Jay S. Duker, latest edition
- Duane's Clinical Ophthalmology - William Tasman, Edward A. Jaeger, latest edition
- Professionalism and Ethics: Handbook for Residents, A Practical Guide - James Ware, Abdulaziz Fahad Alkaabba, Ghaiath M.A. Hussein, Omar Hasan Kasule (SCFHS), latest edition
- Essentials of Patient Safety (SCFHS), latest edition
Ophthalmology sample questions
Q1. A 62-year-old hyperopic woman presents with a 6-hour history of severe right eye pain, headache, nausea and colored halos around lights. Visual acuity is counting fingers, the cornea is edematous, the anterior chamber is shallow and the pupil is mid-dilated and nonreactive. Intraocular pressure is 58 mmHg in the right eye and 16 mmHg in the left. Gonioscopy of the left eye shows a narrow, occludable angle. After intensive medical therapy lowers the pressure and the cornea clears, which is the most appropriate definitive next step?
Show answer & explanation
Correct answer: B. This is acute primary angle closure caused by pupillary block. Once IOP is reduced medically and the cornea clears, laser peripheral iridotomy creates an alternative path for aqueous flow and relieves the block. The fellow eye has an occludable angle and a high risk of a similar attack, so prophylactic iridotomy is indicated. Lens extraction may also be considered in selected patients, but iridotomy remains the standard definitive first step.
- A: Filtering surgery is reserved for cases that fail to respond to iridotomy and medical therapy, not as the first definitive step.
- C: Trabeculoplasty requires a visible, open trabecular meshwork and does not treat pupillary block.
- D: Atropine dilates the pupil and can worsen pupillary block angle closure.
Q2. An 18-month-old boy is brought in because his parents noticed a white reflex in his left eye in flash photographs. He was born at term and is developing normally. Examination shows leukocoria and a left esotropia, and a red reflex cannot be seen on the left. His father had an eye removed in early childhood for an unknown reason. Which is the most appropriate next step?
Show answer & explanation
Correct answer: B. Leukocoria with strabismus in a toddler, especially with a family history suggesting heritable disease, should be treated as retinoblastoma until proven otherwise. Urgent examination under anesthesia allows full assessment of both eyes, and ultrasonography can show calcification within the mass. MRI evaluates optic nerve invasion and pineal involvement without exposing a child who may carry a germline RB1 mutation to ionizing radiation. Prompt diagnosis is critical for survival and preserving the globe.
- A: Biopsy of a suspected retinoblastoma risks extraocular tumor seeding and is avoided.
- C: CT adds radiation exposure in children who may have heritable retinoblastoma, and a 3-month delay is unsafe.
- D: Treating for amblyopia without excluding an intraocular tumor misses a life-threatening diagnosis.
Q3. A 74-year-old woman reports sudden painless loss of vision in her left eye on waking. Over the previous month she had new temporal headaches, scalp tenderness, pain in her jaw when chewing and weight loss. Visual acuity is hand motions in the left eye with a relative afferent pupillary defect, and the left optic disc is chalky white and swollen. ESR is 92 mm/h and CRP is markedly elevated. Which is the most appropriate immediate management?
Show answer & explanation
Correct answer: B. The presentation is arteritic anterior ischemic optic neuropathy caused by giant cell arteritis. The fellow eye is at high risk of involvement within days, so high-dose corticosteroids, often intravenous methylprednisolone when vision loss is present, must start immediately. Temporal artery biopsy should still be arranged, but histological changes persist for days to weeks after treatment begins, so waiting for the biopsy is not justified. Early treatment is the key measure to prevent bilateral blindness.
- A: Delaying steroids until biopsy confirmation risks loss of vision in the fellow eye.
- C: Aspirin and carotid imaging are appropriate for embolic events but do not treat arteritic ischemia.
- D: Neuroimaging does not diagnose giant cell arteritis and must not delay corticosteroids.
Original educational question written by KMLE Exam — not a recalled exam question.
Ophthalmology exam FAQs
How many questions are on the Kuwait MOH Ophthalmology exam?
The Prometric document describes the Ophthalmology exam as 150 computer-based multiple-choice questions, distributed across the official blueprint sections shown on this page.
How long is the Ophthalmology exam?
The published testing time is 170 minutes, with an additional 10-minute break. Practicing full-length timed sets helps you build the pacing needed for 150 questions.
What score do I need to pass?
The document lists a pass mark of 65% for Registrar and 70% for Senior candidates. Which threshold applies depends on the level (Registrar or Senior) you are being assessed for, so confirm your category with the licensing authority.
How many attempts are allowed?
Ophthalmology candidates are allowed two attempts, compared with three for most other Kuwait specialty exams, and attempts must be at least six weeks apart. Plan to sit only when your mock scores are consistently above the target pass mark.
Is the blueprint fixed?
No. The Prometric document states that exam content is subject to change upon department review, so check the official document before your exam date and treat the percentages as a guide to emphasis rather than a guarantee of question counts.
Is this website the official exam provider?
No. This is an independent preparation resource and is not affiliated with the Kuwait Ministry of Health or Prometric. For fees, eligibility, registration and scheduling, contact the Kuwait MOH or Prometric directly.