Parmar Falgun Nimeshbhai

CT2034

For my capstone project, I designed an adaptive tensile fabric structure inspired by the dynamic properties of snake skin, focusing on deployable and dynamic systems for multifunctional spaces. This project builds on prior explorations, integrating a cutting-edge screen-cum-stretched fabric material and an automated water collection system to enhance sustainability through efficient rainwater harvesting. The project explores innovative, nature-inspired solutions through model-making, featuring a vertical pulley system and an origami-inspired structural model. Two primary applications—a tensile roof and an adaptive shape-shifting façade—were developed to respond to diverse climatic conditions, optimizing heat, light, ventilation, and shading for energy efficiency and human comfort. These systems enhance sustainability and human comfort by dynamically addressing seasonal changes and environmental demands. Supported by real-world case studies, detailed technical drawings, and a physical model, the project demonstrates how deployable structures can improve energy efficiency and functionality. This work contributes to the advancement of climate-responsive architecture, paving the way for sustainable, future-ready infrastructures in the 21st century.