De Novo Design ML Scientist for Brain-Computer Interfaces
Merge Labs
San Francisco (CA)
On-site
USD 120,000 - 180,000
Full time
14 days+
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Job summary
A frontier research lab in San Francisco is seeking a Senior/Principal ML Scientist to lead the design and scaling of frameworks guiding molecular engineering. This role includes building data and modeling foundations for experiments, integrating ML models, and contributing to research in de novo design. Ideal candidates have a strong background in machine learning, proficiency in Python / PyTorch, and experience in experimental science. Open to applicants with diverse qualifications, ensuring equal opportunity.
Qualifications
Strong grounding in SSMs, LLMs, SE(3)-equivariance, Flow-matching.
Proficiency in Python / PyTorch / Jax and comfort writing clean, reproducible production grade code.
Experience bridging machine learning and experimental science – working with sparse, noisy, and or high-cost data.
Responsibilities
Build scientific and engineering scaffolding for de novo design and closed-loop optimization.
Collaborate with wet-lab scientists to define optimization objectives.
Prototype de novo design frameworks using datasets and benchmark model performance.
Integrate ML models with experimental data streams.
Stay up-to-date with the latest research in de novo design.
Skills
Strong grounding in SSMs
Working knowledge of transfer-learning strategies
Proficiency in Python
Experience bridging machine learning and experimental science
Collaborative mindset
Familiarity with neuroscience
Tools
PyTorch
Jax
Job description
A frontier research lab in San Francisco is seeking a Senior/Principal ML Scientist to lead the design and scaling of frameworks guiding molecular engineering. This role includes building data and modeling foundations for experiments, integrating ML models, and contributing to research in de novo design. Ideal candidates have a strong background in machine learning, proficiency in Python / PyTorch, and experience in experimental science. Open to applicants with diverse qualifications, ensuring equal opportunity.