SC-Red Sea: Integrated Health, Nutrition, WASH and Child Protection intervention for crisis affected populations in Sinkat The project aim is to improve equitable access to quality life-saving curative and preventive services through the systematic provision of integrated health, nutrition, WASH, and child protection (CP) services considering the specific needs of vulnerable girls, including SGBV (sexual gender-based violence) for vulnerable and in need people in Sinkat locality in Red Sea state. The project targeted 76,422 (14,781 boys, 15,409 girls, 22,900 men amp 23,601 women)  living in 7 facilities, including Sinkat, Arkaweet Haligeet, Samad, Denayiet, Ongab, and Alslam. The project will provide integrated health, nutrition, CP, and WASH services. The services include treatment of communicable and non-communicable diseases, vaccination services for children below one year and pregnant women, and provide Minimum Initial Service Package (MISP) for reproductive health (RH) to support reproductive, maternal, neonatal, and child health, and enhance infection prevention and control at the facility level, build the resilience of targeted communities to cope with disaster while raising their awareness to fight the current COVID-19  pandemic, including the provision of essential medicines, equipment, and furniture. Rehabilitation of health facilities, training for health care workers, provision of operational cost, and incentive for health care workers to motivate and retain critical staff in remote areas. These interventions will improve equitable access to quality life-saving curative and preventative nutrition and health services by supporting 7 static nutrition centers and health facilities across Sinkat Locality. Services cover the referral and treatment of acutely malnourished cases by providing integrated nutrition services to outpatient therapeutic programmes (OTP) and stabilization centers (SC). OTP services for those with Severe Acute Malnutrition (SAM) and the referral and treatment of SAM cases with medical complications to a nearby hospital. Promotion of Infant and Young Child Feeding (IYCF) practices, promotion of adoption of good hygiene and sanitation practices, and treatment for all age groups, both male and female. The nutrition interventions will improve the early identification and prevention of malnutrition and reduce excess morbidity and mortality. As part of gender intervention, SCI will ensure that the activities include SGBV the project will also increase access to safe drinking water for people attending health facilities and children at schools. These will be achieved through water connection to targeted health facilities and water quality monitoring and testing, including the provision of water purification to all targeted health facilities and schools., The project will ensure the availability of appropriate sanitation facilities in health care facilities and schools through construction /and or rehabilitation of existing toilets and assuring availability of handwashing facilities near bathrooms and in health facilities and schools to encourage people to practice and promote handwashing, this in addition to the construction of medical waste disposal (incinerators) at health facilities to ensure proper management of solid and medical waste. It will promote hygiene among targeted communities through delivering essential hygiene massages using the appropriate mechanism. It will be implemented by SCI national partner in close coordination with the SMoH, WES, and locality health teams and other stakeholders. Beneficiaries will be engaged in all stages of project implementation and monitoring. It will be implemented in 12 months with an estimated budget of $700,000. The CP component aims at building the community-based system and enhance government entities on relevant CP aspects (case management, FTR, community-based mechanisms). Establishing a Multipurpose Community Centre (MPC) to provide structured psycho-social services, recreational activities, life skills, protective behavior, and awareness sessions.