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SynBioHub Atria University

AI-guided synthetic biology

AI-guided molecular & strain engineering for a better world

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.

SynBioAI AI for design & learn SynBioLabs Wet lab to build & test SynBioResearch R&D to validate & deploy

From joint R&D to Lab-as-a-Service

From joint, IP-generating partnerships — the Centre-of-Excellence model we're built for — through consultancy, to Lab- and Platform-as-a-Service.

Joint development & shared IP
Sponsor a named lab
Collaborative grants
Platform-as-a-Service
Lab-as-a-Service
Consulting & advisory
Research-as-a-Service

How we work

Led by real-world impact — the platform and the labs are how we get there.

A clear path to impact

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.

A tight design–build–test loop

AI proposes, the wet lab tests, and results feed back into the models — so each cycle is sharper than the last.

A team with expertise and ambition

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.

Partners we’re proud to build with

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 →

Featured projects

A sample of the applied problems we’re working on right now.

Microbial recovery of battery metals
with MiniMines

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.

Bioleaching & metal recovery Molecular & strain engineering
Bioremediation of chemical waste

Bioremediation of chemical waste

Engineered microbial routes to treat and valorize chemical-waste streams — converting hard-to-treat effluents into lower-hazard outputs and recovered value.

Bioremediation & waste valorization Molecular & strain engineering

Cyclic peptides against cancer metastasis

AI-guided design to develop safe cyclic peptides that target the drivers of cancer metastasis.

Peptides for therapeutics AI models for synbio

Work with us

Ready to build with AI-guided biology?

From a joint, IP-generating partnership to Lab- or Platform-as-a-Service — let's find the right way to work together.