
BigHat Biosciences builds an AI-enabled experimental platform that designs and optimizes antibody therapeutics to improve safety and efficacy. Its Milliner platform integrates a high-speed wet lab…

BigHat Biosciences builds an AI-enabled experimental platform that designs and optimizes antibody therapeutics to improve safety and efficacy. Its Milliner platform integrates a high-speed wet lab…
Founded: 2019
Headquarters region: San Mateo / San Carlos, CA area
Core focus: AI-driven antibody discovery and engineering
Tech/Platform: Milliner platform combining ML, synthetic biology, and high-speed wet lab
Latest disclosed round: Series B $75M (Jul 20, 2022)
Notable investors: Section 32, Andreessen Horowitz, Amgen Ventures, Bristol-Myers Squibb, 8VC
Antibody therapeutics discovery and engineering
2019
Biotechnology Research
$5M (approximate)
Seed financing reported as approximately $5 million
$19M
Oversubscribed Series A
$75M
Series B participation included Amgen Ventures, Bristol Myers Squibb, Quadrille Capital, Gaingels, and others
“Company has participation from strategic biopharma investors and large venture firms (e.g., Section 32, Amgen Ventures, Bristol-Myers Squibb, Andreessen Horowitz)”
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Department: DS/ML (Data Science/Machine Learning)
Location: San Mateo, CA
Description The Role: We are seeking talented, hard working associates to join our Machine Learning team for a fixed-term role.
At BigHat Biosciences, we’ve re-framed antibody drug development as an iterative, machine learning–driven, multi-objective optimization problem. Our roboticized high-throughput wet-lab continually adds to our large proprietary datasets, which are piped through a custom data management and orchestration layer to automatically update and deploy the latest models. This makes development of complex, net-gen therapeutics ‘trivially parallelizable’, at a pace which only accelerates as we develop better ML tooling.
As an ML Research Fellow you’ll work on developing novel ML models as well as helping with routine ML support of our ongoing therapeutics programs. Applications include multi-modal models of antibody biophysical properties, de novo and structure driven protein design, better protein language models, and active learning and bayesian optimization methods for embedding these models in our design-build-test loop, amongst many others. You’ll be mentored by an experienced ML scientist from our team and work closely with an interdisciplinary team of engineers, wet-lab scientists and drug developers to ensure your work is relevant for active drug development programs.
Key Responsibilities
Skills Knowledge And Expertise
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