Microbial recovery of battery metals
Engineering acidophilic microbes to bioleach and recover valuable metals from spent lithium-ion batteries — a low-energy route to circular battery supply chains.
AI-guided synthetic biology
The SynBioHub at Atria University brings together an AI models platform, a wet lab and applied R&D to solve difficult problems facing planetary and human health.
Three capabilities, one loop — designed to work together, yet accessible independently.
From joint, IP-generating partnerships — the Centre-of-Excellence model we're built for — through consultancy, to Lab- and Platform-as-a-Service.
Led by real-world impact — the platform and the labs are how we get there.
We’re open to many ways of working and happy to co-define problems with partners — with one condition: a clear path to real-world impact.
AI proposes, the wet lab tests, and results feed back into the models — so each cycle is sharper than the last.
Scientists ex-IISc, ex-NCBS, ex-TIFR, with founder experience and over 30 years of cumulative industry experience — backed by Atria’s Life Sciences faculty.
Ambitious organisations tackling meaningful challenges — and the real programmes we’re building together.
Plus a wider network of collaborators and organisations in discussion — see who we work with →
A sample of the applied problems we’re working on right now.
Engineering acidophilic microbes to bioleach and recover valuable metals from spent lithium-ion batteries — a low-energy route to circular battery supply chains.
Engineered microbial routes to treat and valorize chemical-waste streams — converting hard-to-treat effluents into lower-hazard outputs and recovered value.
AI-guided design to develop safe cyclic peptides that target the drivers of cancer metastasis.
Work with us
From a joint, IP-generating partnership to Lab- or Platform-as-a-Service — let's find the right way to work together.