Application of Artificial Intelligence In The Representation of Architectural Structures Inspired By Algebraic Mathematical Functions

Throughout history, architectural design has leaned on mathematical principles for both aesthetic appeal and structural integrity. With the aid of digital tools, architects can now bring spatial concepts to life with unparalleled precision, with platforms such as GeoGebra playing a pivotal role in integrating math into design, while recent advancements in Artificial Intelligence have expanded the horizons of image synthesis. This study introduces a fresh approach to developing architectural structures inspired by mathematical functions. The outcomes highlight the efficacy of this method in achieving a wide array of architectural forms, while also nurturing creativity and deepening understanding of structural principles. In today's context, the integration of AI into architectural education is imperative for bridging the gap between academic theory and contemporary practice. It is crucial to foster comprehension and acceptance of these tools among both students and educators to fully harness their potential in architectural education and professional practice.