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In this domain, our research focuses on developing eco-friendly construction materials that are durable, climate-responsive, and environmentally regenerative. By combining traditional knowledge with modern material science, we aim to create solutions that reduce environmental impact, enhance resilience, and support sustainable infrastructure. This work advances the concept of regenerative infrastructure, where building materials and practices actively restore ecological and social value. Through innovation in sustainable materials, we promote low-carbon, resilient, and culturally informed construction solutions for the built environment.
Sponsored Research
Development of Eco-Friendly Lime-Based Mortar Mixes Inspired by Traditional Temple Construction Practices of Odisha and North Coastal Andhra Pradesh |2026|Indian Knowledge Systems (IKS) Division, Ministry of Education, Government of India | Principal Investigator
Global Thought Leaders in Regenerative Development
Leading Institutions and Research Centers
The Institute for Regenerative Development: A global platform dedicated to advancing regenerative development practices through research, knowledge exchange, and policy engagement. The institute promotes systemic approaches that integrate ecological restoration, social equity, and sustainable economic development. (The Institute for Regenerative Development
Lyle Center for Sustainability and Regenerative Studies: Located at California State Polytechnic University, Pomona, the Lyle Center is a globally recognized research hub focused on regenerative design, sustainable landscapes, and climate-responsive infrastructure. It continues the legacy of regenerative design pioneer John T. Lyle. (Lyle Center for Sustainability Regenerative Studies)
Griffith Institute for Human and Environmental Resilience: Based at Griffith University, this interdisciplinary research institute focuses on climate resilience, sustainability transitions, and socio-ecological systems, addressing global challenges through integrated research and policy engagement. (GIHER)
Centre of Excellence (CoE) – Nature Based Solutions, Alliance University: A specialized research centre advancing nature-based solutions for climate adaptation, biodiversity restoration, and sustainable urban development. The centre promotes interdisciplinary research, innovation, and policy advocacy for ecological resilience. (Centre of Excellence (CoE) - Nature Based Solutions, Alliance University)
Expert Contributors
John T. Lyle: A pioneering scholar in regenerative design and landscape architecture, John T. Lyle introduced foundational concepts linking ecological systems with the built environment. His work established the intellectual basis for regenerative planning and sustainable infrastructure, influencing contemporary environmental design frameworks worldwide. (John T. Lyle Center for Regenerative Studies | AIA Top Ten)
Sarah Ichioka: An internationally recognized thought leader in regenerative development and sustainability transitions. Sarah Ichioka works at the intersection of climate action, urban systems, and design innovation, advancing regenerative approaches for resilient cities and communities. (https://www.sarahichioka.com/)
Dana Cupkova: Professor of Architecture at Carnegie Mellon University School of Architecture, Dana Cupkova is known for her work in ecological design, adaptive environments, and climate-responsive architecture. Her research integrates computational design with sustainable material and environmental strategies. (Dana Cupkova | CMU School of Architecture)
Amanda Sturgeon: A global advocate for regenerative design and sustainable architecture, Amanda Sturgeon has led international initiatives promoting the transition from sustainable to regenerative built environments. She has played a key role in shaping global discourse on climate-positive design. (Home - Amanda Sturgeon)
Ronita Bardhan: Professor at the University of Cambridge Department of Architecture, Ronita Bardhan’s research focuses on sustainable urban systems, built-environment analytics, and climate-resilient infrastructure, with a strong emphasis on urban health and environmental performance. (Professor Ronita Bardhan BArch, MCP, MA, PhD (Urban Engineering) | Department of Architecture)
Swathy Manohar Assistant Professor in the Department of Civil Engineering at Indian Institute of Technology Bombay specializing in construction materials, durability of structures, and heritage conservation. Her research focuses on material characterization, preservation of historic masonry, and sustainable construction materials and technologies. (Faculty - Prof. Swathy)
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