Research and Material Innovation in Sustainable Architecture
We believe design starts with research. Here, we share our ongoing work in timber construction, upcycled waste materials, and traditional Northeast Indian building techniques to create healthier, future-ready homes.
This 3D model shows a conceptual layout for an apartment in a tall timber tower. My research explores how to use engineered timber to build sustainable, multi-story housing, bringing the warmth and ecological benefits of wood to urban living.
An axonometric view of my timber tower concept, showing how individual apartments connect to common circulation spaces. This research focuses on creating not just sustainable buildings, but also a sense of community.
A detailed cross-section of a timber apartment concept. This visualization helps me study the structural system and interior space planning, ensuring every design is both technically sound and highly livable.
This feature wall is made from pine tree skin, a waste product from the timber industry that I have upcycled into a beautiful interior element. I've planted ivy at its base, which will eventually create a living, breathing green wall.
I find great inspiration in the work of pioneers like Revathi Kamath. This image shows her innovative use of a bamboo roof, a testament to how traditional, sustainable materials can be used to create breathtaking modern architecture.
About Research & Material Innovation
You won't find us just picking finishes from a catalog. When we propose a feature wall, it is often sourced from timber industry waste like discarded tree skin, which we then treat and install. This approach turns potential landfill material into a living, organic art piece for your home, bridging the gap between waste and design.
Our design process begins not with a decorative sketch, but with a question. Whether we are exploring tall timber housing modules or testing the structural integrity of glue-free joinery, we treat every project as a research laboratory. We believe that sustainable architecture in India needs to move beyond simple aesthetic choices to address systemic challenges like carbon footprints and seismic safety.
Why we prioritize material research
- Glue-free Timber Joinery: We look back at traditional Northeast Indian construction techniques, specifically those used in 'Assam-type' houses, to build modern timber structures. By avoiding industrial adhesives and using precision joinery, we create interiors that are free from VOCs (Volatile Organic Compounds) and safer for your family.
- Upcycling Industry Waste: We actively seek out materials that are typically discarded. Our feature walls, for instance, utilize treated tree bark sourced from timber mills. When paired with indoor climbing plants, these walls become active biological surfaces that help regulate indoor humidity and air quality.
- Passive Solar Integration: Our research into timber towers and multi-story housing focuses on thermal mass and natural ventilation. We analyze sun paths and local wind patterns in Delhi, Shillong, and Guwahati to ensure that the materials we select—be it local pine, slate, or lime plaster—work in tandem with the environment, rather than requiring energy-intensive climate control.
This academic-led approach does not just result in a unique look. It builds long-term value into your property, ensuring that your home remains resilient, breathable, and truly comfortable.
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