How to Prepare Paediatrics for FMGE 2026: High-Yield Topics and Strategy

By Dr. Utsav Bhattacherjee, MBBS, MBA · 26 August 2026 · 9 min read

FMGE Paediatrics high yield topics

• National immunization schedule — age-wise vaccine timing and the reasoning behind it.
• Developmental milestones — the expected motor, language and social milestones by age, and recognising significant delay.
• Neonatal jaundice — physiological versus pathological classification, and when intervention is warranted.
• Pediatric emergencies — febrile seizures and dehydration assessment as the two most consistently tested.
• Nutritional deficiencies in children — presentations distinct from adult nutritional disease.
• Growth monitoring — using growth charts to identify concerning patterns.

The national immunization schedule

BCG is given as early as possible specifically because its main protective value is against severe, disseminated childhood tuberculosis (miliary TB, TB meningitis) — protection that matters most in the earliest, most vulnerable period of life, which is exactly why it is not delayed. Note that national immunization schedules are periodically revised (Rotavirus and Pneumococcal Conjugate Vaccine have been added in phases in recent years), so always cross-check the current schedule against the latest official notification rather than treating any single source as permanently fixed.

Developmental milestones: the framework, not just the ages

Rather than memorising an exhaustive age-by-age checklist, organise milestones into motor, language and social domains, since that is how delay is actually assessed clinically. Gross motor milestones progress roughly: head control by 3-4 months, sitting without support by 6 months, standing with support by 9-10 months, and walking independently by 12-15 months. Language milestones progress from cooing (2-3 months) to babbling (6 months) to first words (around 12 months) to two-word phrases (18-24 months). A significant delay in any single domain, or delay across multiple domains together, warrants further evaluation — and recognising which domain a described delay falls into is usually the first step in answering a pediatric development question correctly.

Neonatal jaundice: physiological vs pathological

This classification hinges on timing and severity, not just the presence of jaundice itself. Physiological jaundice typically appears after 24 hours of life, peaks around day 3-4, and resolves within about two weeks in term infants — a normal consequence of a newborn’s relatively high red cell turnover and immature hepatic conjugation capacity. Pathological jaundice is flagged by different timing or severity: appearing within the first 24 hours of life, rising too rapidly, reaching a level requiring intervention, or persisting beyond the expected resolution window. Jaundice within the first 24 hours is never considered physiological and always warrants prompt evaluation, since it points toward causes like hemolytic disease (such as Rh or ABO incompatibility) rather than normal newborn physiology. Recognising this timing distinction is usually the fastest route to the right answer in a neonatal jaundice vignette.

Febrile seizures: recognising simple vs complex

Febrile seizures, occurring in the setting of fever without an underlying CNS infection, are classified as simple or complex based on specific features. Simple febrile seizures are generalised, last under 15 minutes, and do not recur within 24 hours — and carry a generally reassuring prognosis with a low risk of subsequent epilepsy. Complex febrile seizures involve focal features, last longer than 15 minutes, or recur within 24 hours — and warrant more thorough evaluation given a somewhat higher associated risk profile. The management principle worth remembering: a straightforward simple febrile seizure in an otherwise well-appearing child generally does not require extensive investigation, while any atypical feature shifts the evaluation toward ruling out other causes, particularly CNS infection.

Assessing dehydration in children

Dehydration severity assessment in children relies on a cluster of clinical signs rather than any single definitive test, and organising these by severity level is how the topic is actually tested:

• Mild dehydration — slightly dry mucous membranes, normal or mildly increased thirst, generally well-appearing.
• Moderate dehydration — sunken eyes, decreased skin turgor, reduced urine output, irritability.
• Severe dehydration — sunken fontanelle (in infants), significantly delayed capillary refill, lethargy or altered consciousness, minimal to absent urine output — a genuine emergency requiring urgent fluid resuscitation.

Recognising where a described clinical picture falls on this spectrum, rather than trying to recall a single dehydration percentage, is what the exam actually rewards.

Growth monitoring: reading the growth chart

Growth charts plot a child’s weight, height and head circumference against age-based percentile curves, and the exam tests interpretation of the pattern more than memorisation of specific percentile numbers. A single measurement below the 3rd percentile is not automatically abnormal if the child has always tracked along that same low percentile line — consistency along a curve, even a low one, is generally reassuring. What genuinely raises concern is a child crossing downward across multiple percentile lines over time, since that pattern suggests a new problem affecting growth rather than a constitutionally small but healthy child. Head circumference deserves particular attention in infancy, since abnormal growth (too fast or too slow) can be an early sign of underlying neurological or developmental issues before other symptoms become apparent.

Nutritional deficiencies in children: distinct from adult presentations

Pediatric nutritional deficiencies often present differently from their adult counterparts because they occur during active growth and development. Vitamin D deficiency causes rickets in children specifically because it disrupts mineralisation at actively growing growth plates, producing characteristic bone deformities (bowed legs, a widened wrist) that do not occur once growth plates have fused in adulthood. Protein-energy malnutrition in children splits into marasmus (severe wasting from an overall calorie deficit, with growth failure but no edema) and kwashiorkor (edema, skin and hair changes, and a distended abdomen, classically from calorie intake that is adequate but protein intake that is inadequate) — a distinction that shows up reliably in questions describing a malnourished child’s specific physical findings. Iron deficiency in children is particularly consequential beyond the anemia itself, since it has been linked to impaired cognitive development if it occurs during critical early developmental windows — part of why iron supplementation programmes specifically target young children.

APGAR scoring: the immediate newborn assessment

APGAR scoring — Appearance, Pulse, Grimace, Activity and Respiration, each scored 0-2 — is performed at 1 and 5 minutes after birth, and the two time points serve different purposes worth distinguishing. The 1-minute score reflects how the baby tolerated labor and delivery and flags the immediate need for resuscitation. The 5-minute score is the more meaningful predictor of neurological outcome, since it reflects the baby’s response after any immediate resuscitative measures. A low 1-minute score followed by a normal 5-minute score generally indicates the resuscitation worked and the outlook is good — a pattern worth recognising, since a single low score in isolation does not carry the same weight as a persistently low score over multiple checks.

A smart study plan for FMGE Paediatrics

• Memorise the immunization schedule as an age-organised table, since that is both how it is naturally structured and how it is typically tested.
• Learn developmental milestones by domain (motor, language, social) rather than as one long undifferentiated age-by-age list.
• Treat the physiological-versus-pathological jaundice timing distinction as a single, high-value fact — it resolves a large share of neonatal jaundice questions on its own.
• Practise recognising dehydration severity from a described clinical picture, since that pattern-recognition skill transfers directly to how the topic is tested.

For the complete high-yield picture across every FMGE subject, see our FMGE high yield topics guide, and for how Paediatrics fits into your overall timeline, our FMGE December 2026 preparation strategy covers the sequencing across subjects.