1. Early prediction model for culture-positive late-onset sepsis in very-low-birth-weight infants
   • Design: Prospective cohort study.
   • Population: Infants <1,500 g admitted to your NICU.
   • Predictors: Gestation, birth weight, central-line days, ventilation, enteral-feed exposure, prior antibiotic use, thrombocytopenia, and unit-specific infection factors.
   • Outcomes: Culture-positive late-onset sepsis, time to diagnosis, mortality, antibiotic-days.
   • Why it works: High clinical relevance, creates locally applicable antibiotic-stewardship evidence, and can lead to a practical risk score. NICU outbreaks and cross-infection remain important research concerns, as highlighted by a recent systematic review.
2. Kangaroo mother care dose-response and neurodevelopmental outcome in stable very-preterm or low-birth-weight neonates
   • Design: Prospective observational cohort, or quality-improvement intervention if implementation is feasible.
   • Exposure: Average daily skin-to-skin contact hours during admission and after discharge.
   • Outcomes: Weight gain, exclusive breastfeeding at discharge, hypothermia, sepsis, readmission, and Bayley/Developmental Assessment Scale follow-up at 6 or 12 months corrected age.
   • Why it works: Affordable, relevant to resource-constrained units, family-centred, and publishable if follow-up is well maintained.
3. Audit and intervention study to reduce inappropriate antibiotic exposure in the NICU
   • Design: Before-and-after study, ideally with a standardized early-onset sepsis assessment pathway and antibiotic stop rule at 36-48 hours for eligible culture-negative infants.
   • Population: Babies started on empirical antibiotics in the first 72 hours.
   • Primary outcome: Antibiotic-days per 1,000 patient-days.
   • Secondary outcomes: Culture-positive sepsis, mortality, necrotizing enterocolitis, fungal sepsis, antimicrobial resistance pattern, and readmission.
   • Why it works: Very feasible through routine records and addresses medication safety. A recent systematic review of NICU medication errors supports the continuing need for neonatal medication-safety research.
4. Association of early feeding advancement practices with feed intolerance and necrotizing enterocolitis in very-low-birth-weight infants
   • Design: Prospective cohort comparing a protocolized feed-advancement strategy with existing practice, or a retrospective cohort if reliable records exist.
   • Population: Infants <1,500 g or <32 weeks gestation.
   • Variables: Timing of trophic feeds, mother’s own milk availability, donor milk or formula exposure, rate of feed increment, fortification timing, and transfusion-related feeding practices.
   • Outcomes: Time to full feeds, growth velocity, feed interruptions, Bell stage II or higher NEC, late-onset sepsis, and length of stay.
   • Why it works: Focuses on a frequent NICU decision with meaningful patient outcomes and no expensive investigation required.
5. Predictors of post-discharge growth failure and neurodevelopmental delay among NICU graduates born very preterm
   • Design: Prospective follow-up cohort.
   • Population: Infants <32 weeks, <1,500 g, or those requiring prolonged NICU care.
   • Assessments: Anthropometry at discharge, 3, 6, and 12 months corrected age; hearing and vision screening; standardized developmental assessment at 12 months.
   • Predictors: Severe intraventricular hemorrhage, bronchopulmonary dysplasia, sepsis, NEC, duration of ventilation, feeding at discharge, maternal education, and follow-up adherence.
   • Why it works: Builds a long-term outcome database for your unit and identifies babies needing intensified follow-up.

1. Delivery-room resuscitation requirements and early neonatal outcomes among moderate-late preterm versus term neonates: a prospective cohort study
   • Compare need for PPV, CPAP, intubation, chest compressions, hypothermia, hypoglycaemia, NICU admission, respiratory distress, and mortality.
   • Feasible in a busy delivery unit and includes both preterm and term babies.
2. Effect of a standardized “golden hour” bundle on admission hypothermia and early respiratory outcomes in very-preterm neonates
   • Bundle may include warm delivery room, polyethylene wrap/bag, cap, warmed humidified gases where available, delayed cord clamping, early CPAP, and temperature documentation.
   • Primary outcome: temperature <36.5°C on NICU admission.
   • Secondary outcomes: respiratory support, intraventricular hemorrhage, sepsis, mortality, and length of stay.
3. Predictors and outcomes of positive-pressure ventilation failure during neonatal resuscitation
   • Define failure as persistent bradycardia or inadequate response despite effective initial PPV, requiring intubation, chest compressions, or epinephrine.
   • Include term and preterm neonates.
   • Examine antenatal risk factors, meconium, prematurity, birth asphyxia, mask leak, airway obstruction, staff/team factors, and postnatal outcomes.
   • This is a strong delivery-room quality-of-care topic. Current guidance emphasizes ventilation as the key resuscitative intervention and monitoring of respiratory status, temperature, and glucose after resuscitation (2025 AHA/AAP neonatal guidance).
4. Early postnatal respiratory morbidity in late-preterm versus term neonates delivered by elective caesarean section
   • Study transient tachypnea, respiratory distress syndrome, CPAP requirement, mechanical ventilation, NICU admission, oxygen duration, and length of stay.
   • Include timing of elective caesarean, antenatal corticosteroid exposure, maternal diabetes, and sex as covariates.
   • Late-preterm newborns are common but relatively understudied in delivery-room and postnatal-transition research (delivery-room variation study).
5. Association between delivery-room resuscitation intensity and early postnatal complications in term and preterm neonates
   • Categorize resuscitation as: routine care, initial steps only, PPV, advanced airway, chest compressions/epinephrine.
   • Outcomes: hypothermia, hypoglycaemia, respiratory distress, seizures/HIE, NICU stay, mortality, and discharge status.
   • This produces important unit-specific data and can identify which infants need structured observation after initial stabilization.

Best choice

• a clear intervention,
• a measurable primary outcome,
• high clinical relevance,
• relatively simple data collection,
• scope for a publishable before-after or prospective quality-improvement design.