A lot of childhood eye problems don't announce themselves the way you might expect. Children rarely say "my vision is blurry." They don't have a reference point for what normal vision feels like, so many of them simply adapt to what they see, without telling anyone anything is wrong.
That's what makes paediatric eye care genuinely different from adult eye care. A child who can't see the board clearly might just be labelled inattentive. A child with a lazy eye might read and play without any obvious difficulty, while one eye gradually falls further behind. The signs are often subtle. And because children compensate so instinctively, problems can go unnoticed for months or even years.
At The Sight Avenue in Delhi, the paediatric eye service is set up specifically for children from infancy through the teenage years. The examinations are adapted for each age group, the environment is calm and child-friendly, and the focus is on making the appointment as easy as possible for both the child and the parents.
If you've been putting off an eye check for your child, or if something has been nagging at you but you're not sure whether it's worth a visit, this page should help you decide.
The visual system is still developing through the first several years of life. Between birth and around age seven or eight, the brain is actively building the connections that determine how well each eye learns to see. This is both the challenge and the opportunity of paediatric eye care.
The challenge is that problems during this window can have lasting effects if they aren't addressed. A refractive error that goes uncorrected, or a squint that isn't treated, can lead to one eye becoming permanently weaker because the brain slowly stops relying on it.
The opportunity is that the visual system's flexibility during childhood means conditions that might not respond at all in adults can be treated very effectively in young children. The earlier, generally the better.
Most children don't have any eye conditions. But the ones who do benefit enormously from being identified and managed during the right developmental window.
Some parents notice something immediately: an eye that turns in or out, a squint that's visible in photos. Others come in because a teacher mentioned something. And some parents just have a feeling, without being able to say exactly why.
Signs that are worth getting checked:
None of these individually guarantees a problem. But each one is worth a proper examination rather than a wait-and-see approach.
Some conditions in children are entirely symptom-free from the child's perspective. That's why routine vision screening at regular intervals matters, regardless of whether anything looks obviously wrong.
Most parents ask us what age is right for a first eye exam. The short answer is: earlier than most people think.
A newborn's eyes are checked briefly at birth, but this is only a basic assessment. For premature babies, ROP screening (retinopathy of prematurity) is essential and should begin in the neonatal unit.
For children generally, an eye examination is worth doing before school starts, around four to five years of age, even if nothing seems amiss. This is when undetected refractive errors and lazy eyes are most treatable. Many children who struggle in early school years have a vision problem that simply hasn't been identified.
If there's a family history of squint, lazy eye, childhood glasses, or early-onset eye conditions, bringing a child in earlier than that, even at two or three years old, is sensible.
And at any age, if a parent notices something that concerns them, that's a good enough reason to come in. You don't need to wait for a symptom to become obvious.
A squint is when the eyes don't point in the same direction. One eye may turn inward, outward, upward, or downward, either constantly or only at certain times, when tired, when focusing on something close, or intermittently without a clear pattern. It's one of the most common reasons parents bring children to us.
What we often explain to parents is that a squint doesn't automatically mean surgery. Glasses correct many squints completely or partially. Patching therapy may be used alongside. Squint surgery is considered when other treatments haven't achieved alignment, or when the angle of deviation is too large to be corrected conservatively. Learn more about squint in children.
Amblyopia happens when one eye doesn't develop normal vision because the brain, during the critical developmental period, prefers the input from the other eye. It can happen because of a squint, because one eye has a significantly different refractive error, or because something physically blocked vision in that eye during infancy.
Treatment during childhood is very effective. Glasses are almost always part of the plan, sometimes combined with patching, where the stronger eye is covered for periods each day to encourage the weaker eye to work harder. The younger the child, the more responsive the visual system tends to be.
Myopia (short-sightedness), hyperopia (long-sightedness), and astigmatism all occur in children, sometimes from a young age. Myopia is worth particular mention because it's become significantly more prevalent in children over the past two decades, and it tends to progress during the school years.
A lot of parents feel deflated when their child is prescribed glasses, especially if the child is young. What we usually tell them is that glasses in childhood are functional tools, not a permanent life sentence. Many children outgrow some of their refractive error as the eye develops. And for conditions like amblyopia, glasses are part of the treatment, not just a correction.
Cataracts in newborns or very young children are less common than in adults but significantly more urgent. Any clouding of the natural lens in an infant needs to be assessed immediately, because it blocks visual development during the most critical period. Learn about congenital cataract treatment options.
Persistent watering in infants is usually due to a blocked or slow-to-open nasolacrimal duct. In most cases this resolves on its own within the first year with gentle massage. When it doesn't, a simple probing procedure opens the duct.
Allergic eye disease is common in children, particularly in Delhi-NCR where pollution and seasonal allergens are significant. Management involves identifying triggers where possible and using appropriate eye drops. Related: eye allergy and dry eye in children.
Colour vision deficiency is fairly common, particularly in boys, and is often detected only when a child starts struggling with certain academic tasks or art activities. It's not treatable, but knowing about it allows schools and families to make appropriate accommodations. We include colour vision testing in our paediatric assessments.
Paediatric eye examinations are different from adult ones. They have to be, because you can't just ask a two-year-old to read the letters on the chart.
For infants, we use techniques that assess how the eyes fixate and follow light and objects, whether there's a significant refractive error using a light-based method called retinoscopy, and whether the eye structures appear normal. None of this requires any response from the child.
For toddlers and preschoolers, we use picture-based and symbol-based tests rather than letters. Cycloplegic refraction, where drops are used to temporarily relax the eye's focusing mechanism, is often necessary in young children to get an accurate measurement of the refractive error.
Older children can generally manage standard letter charts, though the examination is always paced to the child and never rushed.
We understand that some children are nervous. Some cry. That's completely normal and nothing to be concerned about. We take the time we need, and if a child is too unsettled for a full examination on a first visit, we arrange a follow-up once they're more comfortable with the environment.
Patching often gets more resistance from parents than from children, because parents worry about how their child will cope at school or socially. In practice, most children adapt better than expected, particularly when patching is explained to them in an age-appropriate way and when they understand that it's helping their eyes get stronger.
Patching schedules vary depending on the age of the child and the severity of the amblyopia. Some children need a couple of hours a day; others need more. We adjust the schedule based on how the vision is responding at follow-up visits.
Consistency is what makes patching work. Irregular patching gives much less benefit than regular, predictable sessions. We try to make the plan realistic for each family rather than prescribing something that won't actually be followed.
The paediatric eye team at The Sight Avenue includes specialists with specific training in children's ophthalmology. The department handles the full range of conditions in infants, children, and adolescents, from routine refraction and vision screening to squint surgery, congenital cataract surgery, and ROP management.
Seeing a dedicated paediatric ophthalmologist for a child's eye concern gives a different level of assessment than a general optometrist visit or a standard adult ophthalmology consultation. For corneal concerns, we also manage corneal conditions in children.
A number of families come to us on a referral from their paediatrician or from a school screening programme. Others come because an older sibling was seen here. Some come because they've heard through other parents in Delhi.
What we hear most often from parents after the appointment is that they're relieved the experience was calmer than they expected. Children who were anxious in the waiting area often settled quickly in the examination room. We don't rush. If a child needs a break, we take one.
We also try to be straightforward with parents about what we find. If there's nothing to be concerned about, we say so clearly. If something needs attention, we explain what it is, what the options are, and what the likely timeline looks like. Most parents leave with a much clearer picture than when they arrived.
Call us on +91-8883330799 or book a paediatric eye consultation through thesightavenue.com. Check our insurance coverage for children's eye care.
A lot of parents ask us this. The general guidance is that a full paediatric eye examination is worthwhile around the age of four to five, before starting school, even if nothing seems wrong. For premature babies, ROP screening should begin in the neonatal period. If there's a family history of squint, lazy eye, or early-onset refractive error, coming in earlier, even at two or three years, is sensible. At any age, if you've noticed something that concerns you, that's reason enough to come in.
Sometimes it's clearly visible: one eye turns in or out, especially when the child is tired or focused on something close. Sometimes it's more subtle and only appears in photographs. Some squints are intermittent and easy to miss. If you've noticed an eye that doesn't seem to track with the other one, or if someone else has mentioned it, it's worth having it assessed. A squint examination is straightforward and painless.
The visual system is most responsive to treatment in younger children, but amblyopia treatment can still be worthwhile in older children and, in some cases, into the early teenage years. The response tends to be slower and the gains more limited than in younger children, but treatment is not futile and is still worth pursuing if the condition has only recently been identified. The honest answer is that earlier is better, which is why we encourage parents not to wait if they have concerns.
Squint surgery is one of the more commonly performed eye surgeries in children and has a well-established safety record. It's done under general anaesthetic. The procedure adjusts the muscles attached to the outside of the eye to change the eye's alignment. Recovery is quick, and most children are back to normal activities within a day or two. Whether surgery is the right option depends on the type and cause of the squint, and it's always considered alongside or after non-surgical options like glasses and patching where these are appropriate.
This is probably the question we get asked most by parents of school-age children right now. Screen time does appear to contribute to myopia progression, partly because of the extended near work and partly because it reduces time spent outdoors. Outdoor time in natural light seems to have a protective effect on myopia development, and the evidence for this is reasonably strong. We don't advise zero screen time, which isn't realistic, but we do advise regular breaks, limiting screens in the hour before sleep, and making sure children are spending time outside every day. For children already myopic, we discuss management options including myopia control measures at the consultation.