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Saving Every Child: Strengthening Neonatal and Pediatric Critical Care Capacity at KIOCH Children's Hospital, Nepal
Nepal has made significant progress in reducing under-five mortality over the past two decades. However, neonatal mortality has remained persistently high at 21 deaths per 1,000 live births since 2016, indicating that further reductions in child mortality will depend largely on improving survival during the first 28 days of life (Nepal Demographic and Health Survey, 2022).
The leading causes of neonatal mortality in Nepal are sepsis (47%), birth asphyxia (17%), and prematurity (13%). Together, these conditions account for nearly 80% of neonatal deaths, many of which are preventable through timely access to specialized neonatal intensive care, skilled healthcare providers, and appropriate life-saving equipment (Archives of Public Health, 2022).
The Kathmandu Institute of Child Health (KIOCH) is Nepal's first dedicated children's hospital, established in 2017 as a registered non-profit organization with the mission of providing integrated, high-quality, and affordable pediatric healthcare from birth through adolescence. KIOCH is developing a national network of pediatric services to improve access to specialized child healthcare across Nepal.
KIOCH currently operates two hospitals:
•KIOCH-Damak Children's Hospital, the primary pediatric referral center for Eastern Nepal, has served more than 208,000 children and is now fully financially self-sustaining following its initial donor support.
•KIOCH-Kathmandu Children's Hospital, located in the heart of Kathmandu Valley, has its West Block fully operational, providing outpatient, emergency, surgical, and diagnostic services. Construction of the North and East Blocks is underway to expand the hospital to a full 200-bed pediatric referral center. Since opening, the hospital has already served more than 2,000 children and is strategically positioned to provide specialized care for the more than one million children living in Kathmandu Valley, while also receiving referrals from surrounding districts, maternity hospitals, and community health facilities.
As the only dedicated pediatric hospital of its kind in Nepal's capital, KIOCH plays a critical role in managing critically ill newborns and children requiring advanced pediatric and neonatal care. Despite having highly trained clinicians and increasing patient demand, the hospital currently faces two critical equipment gaps that limit its ability to provide life-saving neonatal intensive care:
•Pediatric/Neonatal Transport Ventilator
A transport ventilator is a portable, battery-operated mechanical ventilation device that provides continuous respiratory support to critically ill patients during inter-facility or intra-hospital transfers. Unlike manual bag-valve-mask ventilation, a transport ventilator delivers precise, consistent tidal volumes and ventilatory pressures, dramatically reducing human error during the chaos of an emergency transfer.
Transport of critically ill children is associated with significantly increased risk of morbidity and mortality in developing countries due to the lack of adequate resources and trained personnel (Nepal Pediatric Society / NPCCWG, 2021). The Nepal Pediatric Society’s published guidelines for the safe transport of critically ill children explicitly list a transport ventilator as essential equipment, alongside monitoring and medication supplies (Journal of Nepal Paediatric Society, 2021). Without a transport ventilator, manual bag-valve-mask (BVM) ventilation, an ‘unacceptable’ method for prolonged airway management is the only alternative during ambulance transfers (MedCrave, 2017). Studies show that specialized transport teams with proper equipment achieve up to 50% improvement in mortality rates for children transferred to tertiary centers (Respiratory Care Journal, 2013). Critically ill neonates particularly premature infants, those with birth asphyxia, and those with sepsis frequently require mechanical ventilation during transfer to a neonatal intensive care unit.
KIOCH currently lacks a transport ventilator. When a neonate or child in respiratory failure is transferred from a peripheral hospital to KIOCH, the clinical team is forced to hand-ventilate the child throughout the journey which is a practice that is inconsistent, exhausting and life-threatening. A transport ventilator will eliminate this risk.
•Neonatal Intensive Care Incubators
An incubator is specialized, enclosed microenvironment designed to replicate the protective conditions of the womb for premature, low-birth-weight, and critically ill newborns. It provides a highly controlled environment with precise, servo-controlled temperature regulation and humidification to protect fragile infants who cannot maintain their own body heat. Advanced clinical models feature multi-directional air curtains to prevent heat loss when care doors are opened, integrated weighing scales, and specialized sound-dampening structures to minimize acoustic stress on developing brains, allowing clinical teams to monitor and treat the infant with minimal disruption. With sepsis (47%), birth asphyxia (17%), and prematurity (13%) driving Nepal's stagnant neonatal mortality rates, an incubator is an absolute life-saving necessity at KIOCH. Premature and compromised babies lack the body fat needed to regulate their own temperature; cold stress rapidly exhausts their energy reserves, drastically worsening the effects of asphyxia and shock. Furthermore, the precise humidity control inside an incubator prevents a newborn’s paper-thin skin from cracking, creating a vital barrier against the environmental bacteria that cause fatal sepsis. As a central pediatric referral hub receiving highly vulnerable infants from across the region, equipping KIOCH-Kathmandu Children’s Hospital with intensive care incubators is critical to stabilizing these fragile newborns and giving them a fighting chance at survival.
The absence of these essential technologies compromises the safe stabilization, transport, and ongoing management of critically ill newborns, particularly those suffering from respiratory failure, sepsis, birth asphyxia, and complications of prematurity.
This Rotary Global Grant project aims to strengthen neonatal and pediatric critical care capacity at KIOCH Kathmandu by procuring essential neonatal intensive care equipment and strengthening institutional systems to ensure long-term sustainability.
The project directly aligns with Rotary International's Area of Focus: Disease Prevention and Treatment and contributes to United Nations Sustainable Development Goal 3 (SDG 3): Good Health and Well-being, helping reduce preventable neonatal deaths and improve survival outcomes for vulnerable newborns and children across Nepal.
Expected Results
Direct beneficiaries:
•Approximately 2,500 critically ill children annually
Indirect beneficiaries:
•More than one million children in Kathmandu Valley
Expected outcomes include:
•Safer ambulance transfers
•Reduced neonatal complications
•Improved survival during transport
•Increased NICU capacity
•Improved quality of pediatric emergency care
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