About The Position

You will lead the advancement of scientific foundations by merging physics with deep learning for real-time energy and industrial applications. This role bridges the gap between high-level research and production-grade systems, tasking you with developing hybrid models and neural operators that deliver measurable operational value across large-scale physical systems.

Requirements

  • Holds a PhD in Computer Science, Physics, or Applied Mathematics with a strong record of publications at top-tier venues like NeurIPS or ICML.
  • Possesses deep technical expertise in Python and frameworks such as PyTorch, JAX, or TensorFlow, alongside experience with scalable ML tools.
  • Demonstrates a proven ability to bridge the gap between academic research and practical constraints within energy or industrial contexts.

Responsibilities

  • Lead research initiatives on physics-informed ML, hybrid modeling, and neural operators to optimize complex industrial systems.
  • Design and evaluate rigorous experiments, quantifying performance improvements against operational metrics and baseline datasets.
  • Partner with engineering and product teams to productionize research outcomes, ensuring reproducibility and scalability in deployment.
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