13 parallel-computing-numerical-methods-"https:" positions at BioSpace in United States
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enabling and accelerating molecule discovery through scalable and reproducible data generation, fueled by advanced scientific computing, informatics, and automation solutions. Data Foundry operates through
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enabling and accelerating molecule discovery through scalable and reproducible data generation, fueled by advanced scientific computing, informatics, and automation solutions. Data Foundry operates through
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automate ML protein design workflows for binder generation Build scalable pipelines for designing large libraries of de novo proteins across multiple targets Apply computational methods to support
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automate ML protein design workflows for binder generation Build scalable pipelines for designing large libraries of de novo proteins across multiple targets Apply computational methods to support
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automate ML protein design workflows for binder generation Build scalable pipelines for designing large libraries of de novo proteins across multiple targets Apply computational methods to support
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automate ML protein design workflows for binder generation Build scalable pipelines for designing large libraries of de novo proteins across multiple targets Apply computational methods to support
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automate ML protein design workflows for binder generation Build scalable pipelines for designing large libraries of de novo proteins across multiple targets Apply computational methods to support
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, Tensorflow, JAX, HuggingFace). Experience with RL and post-training methods (PPO, GRPO, DPO, reward modeling, RLHF/RLAIF) and libraries such as TRL, verl, or equivalent in-house stacks Familiarity
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, Tensorflow, JAX, HuggingFace). Experience with RL and post-training methods (PPO, GRPO, DPO, reward modeling, RLHF/RLAIF) and libraries such as TRL, verl, or equivalent in-house stacks Familiarity
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a solid publication record with first-author publication(s) Proven experience in sequence and structure-based construct design to improve protein expression and high-efficiency cloning methods