Camarines Sur Polytechnic Colleges (CSPC), through its AI Research Center for Community Development (AIRCoDe), has partnered with the Religiosas Siervas de Jesus de la Caridad, through Fundación de Religiosos para la Salud (FRS), and the Local Government Unit (LGU) of Balatan, Camarines Sur, to implement "Project Apaw: Harnessing Micro-Weather Forecasting and Flood Detection with AI and Data Analytics for LGU Balatan." The tripartite partnership was formalized through the signing of a Memorandum of Agreement (MOA) on December 17, 2024, in Balatan, Camarines Sur, marking a significant collaboration toward strengthening local disaster preparedness and climate resilience through artificial intelligence and data-driven technologies. Representing CSPC were Dr. Amado Oliva, Jr., SUC President III, and Dr. Challiz Omorog, Vice-President for Research, Innovation, and Collaboration, together with key members of the project implementation team, including Mr. Joseph Jessie S. Oñate, Project Leader; Mr. Philip Alger Serrano, Programmer; and Ms. Vianne Faye Gastilo, Project Staff. Representing LGU Balatan were Municipal Mayor Nena Bagasbas and Mr. Xanthien Domenic Beñegas, Local Disaster Risk Reduction and Management Officer. Meanwhile, Mr. Reynato S. Caño signed the agreement on behalf of FRS in his capacity as Local Coordinator. Supported by a ₱2,000,000.00 grant from FRS, Project Apaw is scheduled for implementation from January to December 2025. The initiative seeks to address Balatan's increasing vulnerability to climate-related hazards, particularly flooding, through the development and deployment of an intelligent Micro-Weather Forecasting Device and Portal. Through AIRCoDe's research and technological expertise, the project will integrate Internet of Things (IoT)-based environmental monitoring, data analytics, and machine learning to provide localized weather forecasting and flood detection capabilities. The system will collect and process environmental and river-level data to generate timely information that can support disaster monitoring, early warning, and informed decision-making. Beyond the development of technological infrastructure, Project Apaw aims to empower LGU Balatan and its communities with accessible, data-driven tools for anticipating potential hazards and improving disaster response strategies. This collaboration highlights CSPC's commitment, through AIRCoDe, to translating artificial intelligence research into practical solutions that directly address community needs. By bringing together the academic sector, local government, and development partners, Project Apaw demonstrates the importance of collaborative innovation in building safer, smarter, and more resilient communities.