Sustainability Lab explores, designs and builds practical approaches to a more sustainable future. Rooted in regional materials, physics-informed AI, and tangible craftsmanship.
Sustainability Lab is an interdisciplinary research, design, and practical innovation laboratory. We take what already exists — physical remnants, local cultural wisdom, satellite streams, and regional materials — and transform them into durable, working systems for a rapidly changing world.
Click any specimen below to explore how we turn existing remnants, cultural knowledge, or environmental signals into functional, resilient outcomes.
Salvaged directly from the damaged Dasharath Rangasala national stadium in Kathmandu following the 2015 earthquake.
Reassembled with traditional Chaukosh timber joinery into the load-bearing walls and research studios of Sustainability Lab.
Bio-Composites & Sustainable Material Goods
KĀRVA is Sustainability Lab's flagship materials venture. Formulated entirely from fallen Shorea robusta (Sal) tree foliage and regional plant polymers, KĀRVA turns agricultural biomass into structural, heat-resistant, and 100% biodegradable products.
Adjust the simulated monsoon precipitation and high-altitude snowmelt volume to see NCIP's physics-informed hazard engine calculate real-time river surge and flood lead times.
Our authentic journey from 2015 earthquake rubble salvage to an active community platform, and now to planetary computing and regional materials.
Materials & Possibility
Born directly from the devastation of the 2015 Nepal earthquake. Rebuilding with what was already present: Dasharath Rangasala stadium bricks, Chaukosh timber joinery, pallet walls, futsal turf flooring, and tyre furniture.
The Living Platform
The space evolved into an active ecosystem: Coworking space, Nutri Kitchen, Poshan Agro, Kalpabrikshya, and Nursery Lane Tole Sudhar Samiti town halls. Diverse knowledge meets in shared practice.
Planetary Computing & Craft
Building with the knowledge, technology, resources, and systems around us: AI, satellite radar, sensors, physics-informed models, materials science, and regional craft. Scaled via NCIP and KĀRVA.
Field Note A systems view of rainfall forecasting, river basin telemetry, and anticipatory climate action across high-altitude Himalayan watersheds.
Read Note → Perspective Transforming rugged terrain and glacial lake expansion into an observable, accountable decision surface through multi-spectral Earth observation.
Read Note →
Case Study What intelligent real-time streamflow forecasting and turbine dispatch optimization reveal across run-of-the-river clean energy infrastructure.
Read Note →Whether deploying NCIP early warning arrays for your river basin, integrating Sustainability OS into regional grids, or co-developing bio-composite materials with KĀRVA — we welcome grounded collaboration.
