Machine Learning Engineer

Netholabs•San Francisco, CA
•Remote

About The Position

We're building a foundation model of the brain and behavior across species, trained on large-scale multimodal neural and behavioral data, and this role is central to designing and training it. You'll work on the core generative model: architecture, training at scale, and representation learning across neural signals and behavior, along with the research questions that come with modeling biological data as sequences. You'll join a small team and work alongside our existing ML engineer, with room to shape the modeling direction as we grow. This is early-stage scope, so you'll train greenfield models, own parts of the stack, and see your work define the company's core asset.

Requirements

  • Trained large deep learning models end to end, in production or research settings
  • Hands-on experience training transformer or other large sequence models, including distributed training and scaling
  • Solid software fundamentals: Python and PyTorch (or JAX), and the discipline to write reproducible model code
  • Comfort working with large, messy, multimodal or time-series data
  • Pragmatism for an early-stage environment where you own work from end to end

Nice To Haves

  • Enthusiasm for the science of modeling biological data and the intersection of the brain and AI
  • Familiarity with representation learning and self-supervised or generative modeling
  • Background or strong interest in neuroscience, biosignals, or computational cognitive science
  • Experience with hyperparameter optimization, training infrastructure, or evaluation frameworks
  • Publications or open-source contributions in relevant areas

Responsibilities

  • Design, train, and iterate on large generative (recurrent or transformer-based) models over multimodal neural and behavioral data
  • Own training at scale: data loading, distributed training, hyperparameter optimization, and evaluation
  • Develop representations that capture structure across species and modalities
  • Train models on animal and human behavioral data as well as direct neural data
  • Define and run experiments to test modeling choices, and build the evaluation that tells us whether the model is learning what we need
  • Draw on the neuroscience and sequence-modeling literature to inform architecture and training
  • Turn research findings into reproducible, production-quality model code
  • Partner with the data engineering team on data readiness and with the research team on what the model needs to capture
  • Contribute to the shared modeling roadmap alongside our existing ML engineer
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