Screen for daytime sleepiness in children and adolescents with an Epworth-style 8-item questionnaire and raw total score.
The Pediatric Epworth Sleepiness Scale (pESS) is an adaptation of the adult Epworth Sleepiness Scale for children and adolescents. It evaluates the tendency to doze off or fall asleep in 8 everyday situations, providing a structured screening measure of excessive daytime sleepiness (EDS) in youth.
Excessive daytime sleepiness can reflect insufficient sleep, obstructive sleep apnea, delayed sleep phase, narcolepsy, medication effects, or other sleep problems. The score is most useful when it is interpreted together with sleep duration, routine, snoring history, and functional impact at school or home.
The calculator emphasizes the raw 0-24 total and the pattern of situations driving the score, because pediatric interpretation is less standardized than adult ESS grading.
Daytime sleepiness in children is often mistaken for laziness, mood problems, or behavior issues. A structured questionnaire helps show whether there is a persistent sleepiness pattern worth discussing more seriously.
It is best used as a screening aid that prompts sleep history, schedule review, and possibly further evaluation rather than as a stand-alone diagnosis.
Pediatric Epworth Sleepiness Scale: Sum of 8 items, each scored 0-3 0 = Would never doze 1 = Slight chance of dozing 2 = Moderate chance of dozing 3 = High chance of dozing Range: 0-24 Higher totals suggest more reported daytime sleepiness, but pediatric cutoffs are less standardized than adult ESS interpretation.
Result: pESS Score 13 — Elevated Reported Sleepiness
A score of 13 in a 14-year-old suggests clinically relevant daytime sleepiness. A detailed sleep history should assess sleep duration, schedule regularity, snoring, and screen time before deciding whether formal sleep testing is needed.
The main value of the pESS is that it turns a vague complaint into a structured starting point. It does not diagnose sleep apnea, narcolepsy, or another disorder by itself.
Children and adolescents do not always show sleepiness the same way adults do, and not every pediatric adaptation uses identical wording. That is why the page focuses on the raw total and the dozing pattern rather than pretending there is one universal pediatric severity scale.
If the score is elevated, the next step is usually a fuller sleep history: bedtime, wake time, weekend schedule, snoring, restless sleep, naps, school functioning, medications, and screen use. Formal testing only makes sense after that broader picture is clear.
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This page keeps the Epworth-style 8-item, 0-to-3 structure and reports the raw 0-to-24 total as a screening summary for daytime sleepiness in children and adolescents. The result is best interpreted as a prompt for sleep history, schedule review, and further evaluation when the score is elevated, rather than as a fixed severity diagnosis.
Pediatric interpretation is less standardized than the adult ESS, so the emphasis here is on the raw total and the pattern of situations with dozing risk rather than on rigid adult-style severity bands. The items should be read in a child or adolescent context, not as a direct copy of adult driving-related wording.
The pediatric form keeps the 8-item structure but uses child-appropriate wording and should avoid adult driving scenarios. It can also be completed by a parent as a proxy reporter. The raw total remains useful, but pediatric severity bands are not as standardized as adult ESS interpretation.
In many cases it is simply insufficient sleep. School schedules, screens, inconsistent bedtimes, and phase delay in adolescents are common contributors before a specific sleep disorder is even found.
Sleep studies are usually considered when sleepiness is persistent, clinically significant, and not explained by obvious sleep restriction, especially when snoring, witnessed apneas, suspected narcolepsy, or major school impairment are present.
Children may snore, mouth-breathe, sleep restlessly, wet the bed, have morning headaches, or show inattentive or hyperactive behavior rather than obvious sleepiness alone.
Screens before bed can reduce sleep opportunity and delay sleep onset. For many children and teens, improving bedtime routines and removing late-night device use is one of the first practical interventions.
Yes. Antihistamines, some ADHD-related medications, antiseizure drugs, sedating antidepressants, and other medicines can affect alertness and should always be reviewed.