Prometric Exam Questions for Audiologists 2026: 15 Practice MCQs with Answers and Rationale for the AUD4312 and AUD4311 Papers

Audiologists (AUD4312) and audiology assistants (AUD4311) are in steady demand across Gulf hospitals, newborn hearing screening programmes, cochlear implant centres and hearing aid clinics. The Prometric papers test the core of practice: accurate testing across the age range, correct interpretation, safe amplification and knowing when to refer. Both are usually 100 to 150 single-best-answer questions in 2 to 3 hours, with pass marks around 50 to 55%.

The fifteen questions below follow the blueprint. Allow about 70 seconds each and read every rationale. Masking rules, tympanogram types and screening protocols are reliable marks.

For eligibility and the syllabus, read the speech therapist and audiologist guide. For timed papers use the Audiologist bank or the Audiology Assistant bank.

Pure-tone audiometry and masking

Question 1

An audiogram shows air conduction thresholds of 55 dB HL and bone conduction thresholds of 10 dB HL across the speech frequencies in the right ear. The hearing loss is:

1. Sensorineural
2. Conductive, with a 45 dB air-bone gap, suggesting middle ear or external ear pathology such as effusion, otosclerosis or ossicular discontinuity
3. Mixed
4. Normal

Answer: B. Normal bone conduction with raised air conduction defines a conductive loss. A mixed loss has raised bone conduction with an additional air-bone gap.

Question 2

When is masking required during air conduction testing with supra-aural headphones?

1. Never
2. When the air conduction threshold of the test ear exceeds the bone conduction threshold of the non-test ear by 40 dB or more (about 55 to 60 dB with insert earphones), because the signal can cross over to the better cochlea
3. Only for bone conduction
4. Only above 4,000 Hz

Answer: B. Interaural attenuation is about 40 dB for supra-aural headphones and higher for inserts. Bone conduction is masked whenever an air-bone gap of 10 dB or more is present, since bone conduction interaural attenuation is near zero.

Question 3

Which audiogram configuration is most typical of noise-induced hearing loss?

1. A flat 60 dB loss
2. A bilateral sensorineural notch at 3,000 to 6,000 Hz, usually deepest at 4,000 Hz, with recovery at 8,000 Hz
3. A rising low-frequency loss
4. A unilateral conductive loss

Answer: B. Occupational hearing conservation programmes in Gulf industry rely on serial audiometry to detect the early notch.

Immittance and speech audiometry

Question 4

Tympanometry shows a flat trace with normal ear canal volume (type B). The most likely cause is:

1. Normal middle ear
2. Middle ear effusion; a flat trace with a large canal volume would instead suggest a perforation or patent grommet
3. Ossicular discontinuity
4. Eustachian tube dysfunction with negative pressure

Answer: B. Type A is normal, type As stiff (otosclerosis), type Ad hypercompliant (ossicular discontinuity), type C negative pressure.

Question 5

Acoustic reflexes are absent bilaterally with normal tympanograms and a 30 dB sensorineural loss. This finding most suggests:

1. A cochlear loss, where reflexes are usually present at reduced sensation levels
2. A retrocochlear or brainstem lesion, or facial nerve pathology, warranting ABR or MRI, because reflexes should be present with this degree of cochlear loss
3. Normal hearing
4. Otosclerosis

Answer: B. Reflex absence disproportionate to the audiogram is a retrocochlear sign; reflex decay is another.

Question 6

A patient's speech recognition score is 40% at the most comfortable level, far worse than predicted from a 45 dB sensorineural pure-tone average, and rollover is present at higher levels. This pattern suggests:

1. A conductive loss
2. A retrocochlear lesion such as a vestibular schwannoma; refer for ABR and MRI of the internal auditory meati
3. Malingering only
4. Normal variation

Answer: B. Rollover and disproportionately poor word recognition are classic retrocochlear indicators. Asymmetry is also a referral criterion.

Paediatric and electrophysiological testing

Question 7

A newborn fails automated otoacoustic emission screening in both ears at the well-baby screen. The next step in a standard programme is:

1. Discharge; most fails are normal
2. Repeat screening with automated ABR, and if still referred, diagnostic audiological assessment including ABR by about 3 months of age so that intervention can begin by 6 months (the 1-3-6 benchmarks)
3. Hearing aids immediately without diagnosis
4. Review at school entry

Answer: B. Gulf states run universal newborn hearing screening; early identification drives language outcomes. NICU graduates are screened with ABR because of auditory neuropathy risk.

Question 8

Otoacoustic emissions are present but ABR is absent or grossly abnormal in an infant with a history of hyperbilirubinaemia. The likely diagnosis is:

1. Conductive loss
2. Auditory neuropathy spectrum disorder, where outer hair cell function is preserved but neural conduction is disordered; management is individualised with amplification trials and cochlear implant assessment
3. Normal hearing
4. Otitis media

Answer: B. OAEs can be present early in ANSD and later disappear. Behavioural testing guides management as the child grows.

Question 9

The appropriate behavioural test for a developmentally typical 9-month-old is:

1. Pure-tone audiometry with headphones
2. Visual reinforcement audiometry, in which the infant's head turn to sound is rewarded with a lit or animated toy, giving ear-specific thresholds with inserts where tolerated
3. Play audiometry
4. Speech-in-noise testing

Answer: B. VRA suits about 6 to 30 months; play audiometry suits about 2.5 to 5 years; conventional audiometry from about 5 years.

Amplification and implants

Question 10

After fitting a hearing aid using a prescriptive formula, the gold-standard verification is:

1. Asking the patient whether it sounds fine
2. Real-ear measurement (probe microphone) to confirm that the aided output matches prescriptive targets across frequencies for soft, average and loud speech, followed by validation with questionnaires or aided speech testing
3. Functional gain in the sound field only
4. No verification is needed with modern aids

Answer: B. Manufacturer first-fit settings often deviate substantially from targets; real-ear measurement is a standard of care.

Question 11

An adult with a bilateral severe-to-profound sensorineural hearing loss gains little benefit from well-fitted hearing aids, with aided sentence recognition well below the local candidacy threshold. The appropriate referral is:

1. More powerful hearing aids only
2. Cochlear implant assessment, which includes aided speech testing, imaging of the cochlea and auditory nerve, medical evaluation and counselling about expectations and rehabilitation
3. Bone-anchored hearing device
4. No further options

Answer: B. Candidacy criteria have widened; bone-conduction devices are for conductive or single-sided losses, not bilateral profound sensorineural loss.

Question 12

Which patient is a typical candidate for a bone-conduction hearing device?

1. A patient with a mild bilateral sensorineural loss
2. A patient with bilateral aural atresia or chronic discharging ears who cannot wear conventional aids, or a patient with single-sided deafness
3. A patient with presbycusis
4. A patient with a profound bilateral sensorineural loss

Answer: B. Bone-conduction devices bypass the outer and middle ear; they require adequate cochlear function on at least one side.

Tinnitus, vestibular assessment and referral

Question 13

A 50-year-old has constant bilateral tinnitus with a mild high-frequency sensorineural loss and significant distress. The evidence-based management is:

1. Medication to cure tinnitus
2. Counselling and education, sound enrichment, hearing aids where there is hearing loss, and cognitive behavioural therapy for distress, with medical referral for unilateral, pulsatile or sudden-onset tinnitus
3. No management exists
4. Ear syringing

Answer: B. No drug cures tinnitus; unilateral tinnitus with asymmetric hearing needs MRI to exclude a retrocochlear lesion.

Question 14

A patient reports brief spinning vertigo on rolling over in bed. The Dix-Hallpike test produces torsional upbeating nystagmus with latency and fatigue. The audiologist's role is:

1. Refer for brain surgery
2. Recognise posterior canal benign paroxysmal positional vertigo and perform or arrange a canalith repositioning manoeuvre such as Epley, within scope and local protocol, with ENT referral for atypical or persistent cases
3. Prescribe long-term vestibular sedatives
4. Fit hearing aids

Answer: B. Vestibular assessment (videonystagmography, vHIT, VEMPs) is part of the audiology blueprint; scope of practice varies by authority.

Question 15

Which finding on routine testing requires prompt medical referral rather than hearing aid fitting alone?

1. A symmetrical gradually sloping high-frequency loss in a 70-year-old
2. An asymmetric sensorineural loss of 15 dB or more at two adjacent frequencies, sudden-onset loss, a conductive loss of unknown cause, otalgia or discharge, or a visible abnormality on otoscopy
3. Mild presbycusis
4. Bilateral noise notch in a factory worker

Answer: B. Red-flag criteria identify treatable or dangerous pathology; audiologists in the Gulf work under referral pathways that the exam tests.

How to use these questions

• Memorise the masking rules, tympanogram types and reflex patterns; they are pure recall.
• Know the paediatric pathway from screening to intervention, with age-appropriate tests.
• Learn fitting verification and candidacy criteria for hearing aids, bone-conduction devices and cochlear implants.
• Practise under time in the Audiologist bank or Audiology Assistant bank, using the error-log method.

ENT surgeons share the otology material (ENT sample questions). Other allied health banks are listed in allied health question banks. When you hold eligibility, join the GCC talent pool; hearing programmes and implant centres across the Gulf recruit audiologists continuously.

Frequently asked questions

How many questions are in the audiology Prometric exam?

Usually 100 to 150 in 2 to 3 hours. Your eligibility notice gives the exact format.

What is the pass mark?

Around 55% for the audiologist paper and about 50% for the assistant paper, depending on the authority.

Which qualification is needed for the audiologist title?

Usually a bachelor's or master's degree in audiology (or audiology and speech-language pathology) with clinical training and about two years of experience; diploma holders may be classified as assistants. Run the eligibility check.

Which topics come up most?

Audiometry and masking, immittance, paediatric screening and testing, hearing aid fitting and verification, and referral criteria.

Are these real exam questions?

No. They are original practice questions written to the published blueprint. Real exam content is confidential.