The Alternate Wetting and Drying (AWD) program is a well-established and scientifically endorsed water-saving irrigation technique designed to enhance rice production efficiency while significantly reducing water usage. As water scarcity becomes an increasing concern in agriculture, the AWD method offers a promising solution for achieving productivity and sustainability in rice farming systems. This study evaluates the effectiveness of the AWD program by examining its operational and administrative dimensions across diverse agricultural settings. The research specifically assesses the programs efficiency, sustainability, and overall impact, focusing on key factors such as stakeholder participation, policy implementation, and resource management. Utilizing a quantitative research design, data were collected through structured questionnaires administered to rice farmers participating in the program. The study analyzed critical performance indicators, including water-use efficiency, crop yield, economic viability, and farmer adoption rates. Findings indicate that the AWD program has been highly implemented in the Dumacaa River Irrigation System, leading to notable improvements in water conservation and crop productivity. However, several challenges persist, particularly in areas related to compliance monitoring, the provision of technical support, and the equitable distribution of resources to smallholder farmers. These barriers limit the scalability and uniform effectiveness of the program. The study underscores the need for enhanced administrative oversight, increased investment in farmer education and training, and the development of more robust support systems. These measures are essential to optimize the programs outcomes and facilitate its broader adoption. The insights generated from this research contribute to the growing body of knowledge on sustainable irrigation practices and provide practical recommendations for policymakers, development agencies, and agricultural stakeholders committed to promoting climate-resilient and resource-efficient farming.