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Flood disasters continue to impact Malaysia every year, especially during the monsoon season, despite various mitigation efforts. One of the most critical challenges is the lack of permanent, well-structured, and technology-integrated evacuation centers. Most existing flood evacuation centers are temporary, poorly managed, and unable to respond effectively during emergencies, particularly in rural and low-lying areas. The study hypothesizes that a permanent Amphibious Centre, designed using resilient architecture and integrated with early warning systems, can significantly enhance flood disaster management. This research applied a quantitative methodology, including site analysis, technical design, flood simulation, and validate data from early warning sensors. The analysis revealed that the Amphibious Centre, which uses a buoyant foundation based on Archimedes’ principle, remained stable and operational during simulated flood conditions. The integration of water level sensors and real-time alerts was effective in issuing early warnings, while its floating infrastructure ensured continuous access to emergency services. In conclusion, the study confirms the potential of amphibious evacuation centers as an innovative and sustainable solution to address Malaysia’s flood evacuation challenges. The findings support the need for investment in resilient infrastructure, particularly in flood-prone regions.