The opportunity
Build and ship agentic tools and integrations that let Claude execute real life science workflows — bioinformatics pipelines, database queries, analysis notebooks, literature review
What you'll do
Build and ship agentic tools and integrations that let Claude execute real: life science workflows — bioinformatics pipelines, database queries, analysis notebooks, literature review
Design and build evaluation benchmarks that measure model capabilities on: biology tasks — figure interpretation, bioinformatics, protocol reasoning, literature synthesis
Work closely with product and design teams to scope, prototype, and ship features for life sciences users
Partner with external biotech, pharma, and academic users to understand their: workflows and turn feedback into product improvements
Build and maintain the engineering infrastructure behind our biology product: surface — tool scaffolding, data pipelines, eval harnesses
Translate biological domain knowledge into product requirements and: evaluation criteria that guide model improvement
What they're looking for
- + years of experience applying ML and software engineering to biological: problems — computational biology, bioinformatics, protein ML, genomics, or similar
- Ph.D. in computational biology, bioinformatics, bioengineering, CS, or a: related quantitative field — or equivalent industry experience
- Experience with LLM post-training: RLHF, RL from verifiable rewards, SFT data curation, or eval-driven development
- Direct experience with therapeutic discovery pipelines: target identification, lead optimization, ADMET modeling, or clinical data analysis
- Familiarity with bioinformatics tooling and pipelines (sequence analysis,: structure prediction, single-cell, variant calling, etc.)
- Experience building agentic systems or tool-use environments
- Published research in ML for biology, or open-source contributions to computational biology tools
- Fluency with biological databases (UniProt, PDB, Ensembl, NCBI) and the: ability to reason about their schemas and failure modes
