Kimia Karbalai, Mohammad Amin Matinfar, Sara Norouzi and Kiarash Shahrabi

Our journey began with a shared passion for architecture and a desire to push the boundaries of design. We, four students from the University of Science and Technology and the University of Tehran, sought to create a diverse and original team, bringing together different talents to enhance our knowledge and creativity. 

Our academic environment served as the perfect incubator for our exploration into kinetic architecture. We aimed to understand the intricate role of patterns in design and creation. Among various design alternatives, we were captivated by auxetic patterns—unique structures that expand perpendicularly when stretched. Driven by curiosity and innovation, we embarked on a challenging project to bring this concept to life. 

Now, our focus is on refining this prototype, aiming to present a polished and sophisticated project at upcoming exhibitions. Through this endeavor, we aspire to share our journey and insights, contributing to the vibrant field of kinetic architecture and inspiring others with our innovative approach.

 AUXONETIC

Our new project focuses on the reuse and reinvention of auxetic patterns within a new paradigm. This time, we have designed a new mechanism to convert the rotary motion of motors into linear motion. This linear motion is ultimately connected to the designed pattern, creating waves at specific points by applying pressure and tension. The surface of the pattern is covered with mirrors placed at the center of each unit, reflecting light and movement, and creating a dynamic visual element. By integrating this innovative approach, our goal is to expand the boundaries of patterns and transform their visual perception. This project adds a new dimension to the application of these patterns, showcasing their diversity and potential for creating dynamic design features. Our aim is to explore and surpass the limitations of design, enriching the interaction between structure, light, and movement, and ultimately providing a unique and immersive visual experience.