This research study investigates the crucial field of wind-resistant structure design, exploring techniques that go beyond traditional approaches. Taking into account the increasing risk of extreme wind events due to climate change, this research looks for creative and long-lasting solutions for structure resilience. It begins with a summary of the importance of wind-resistant design and the drawbacks of conventional methods. By analyzing the changing wind patterns and environmental issues that call for a new design paradigm, the backdrop puts the study in context. The purpose of the study is to determine whether novel materials and cutting-edge modeling techniques can effectively increase wind resistance. A comprehensive literature study examines standard procedures, fsustainable integration, and pertinent theories and models, all guided by important research issues. The methodology section provides specifics on a thorough mixed-method strategy that emphasizes secondary data analysis. It emphasizes the significance of evaluating performance while taking into account economic and environmental factors and is backed by theoretical calculations and tables. Two case studies highlight how wind-resistant design ideas are used in practical situations. In light of evolving climatic trends, the paper's conclusion provides crucial insights into issues and potential solutions, along with suggestions for enhancing community resilience and wind-resistant architecture.