Computational Biologist

Bio is a decentralized science protocol that helps launch and grow AI-driven biotech research. It enables scientists to raise funds, create value from their work, and distribute that value directly to their communities. Since 2023, Bio has directed over $50m to global researchers, offering an alternative to traditional pharma funding. Backed by investors like Binance Labs, Northpond Ventures, and Animoca Brands, Bio accelerates real-world therapeutics across longevity, brain health, fertility, psychedelic science, and more.

The Role

We're looking for a computational biologist to serve as the bridge between our AI systems and physical reality. We need someone who can programmatically QA the high-volume outputs of our AI before they reach the bench - catching errors that are invisible to humans but obvious in the data.

What You'll Do

• Validate AI outputs using computational methods - simulations, structural analysis, database cross-referencing

• Translate AI predictions into executable protocols for cloud labs (Emerald, Strateos) or technical specs for CROs

• Build and maintain validation pipelines that catch errors before they waste lab resources

• Manage the "hand-off" between digital predictions and physical experiments

• Transform JSON outputs from our agents into experimental protocols and validation workflows

What We're Looking For

• PhD in Computational Biology, Bioinformatics, or related field preferred - or equivalent exceptional experience

• Strong proficiency in Python and/or R for data analysis and pipeline development

• Experience with computational validation methods (molecular simulations, structural analysis, sequence analysis)

• Ability to critically evaluate biological predictions and identify potential issues

• Comfort working at the interface of software and biology

Nice to Have

• Experience with cloud lab platforms (Emerald, Strateos, or similar)

• Background working with CROs or translating computational work to wet-lab execution

• Familiarity with AI/ML systems and their failure modes

• Experience red-teaming or adversarially testing scientific predictions

Why Bio

• Work at the cutting edge of AI-driven biology

• Fully remote - work from anywhere

• Small team where your expertise directly shapes our science

• Competitive compensation with token/equity component

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