Staff Machine Learning Engineer - Wildfire

New
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OverstoryWildfire modeling
Location: United States; Secondary Locations: Estonia, Sweden, Canada, Ireland, France, Portugal, United Kingdom, Netherlands, Denmark, Switzerland; Workplace: Remote, Eastern North America (NST, AST, EST)Full-TimeStaff
Salary not disclosed
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Job Details

Experience
10+ years of experience designing and building production-grade ML pipelines and systems
Required Skills
Machine LearningPyTorchTensorflowDeep LearningComputer Vision

Requirements

  • Have 10+ years of experience designing and building production-grade ML pipelines and systems.
  • Bring experience at the intersection of machine learning, geospatial data, and environmental science.
  • Have a background in wildfire science, forestry, or remote sensing.
  • Have a strong background in deep learning, computer vision, or remote sensing.
  • Have experience designing end-to-end ML systems, from data ingestion and preprocessing through deployment and monitoring.
  • Have hands-on experience with PyTorch, TensorFlow, XGBoost, or LightGBM.
  • Have experience with data tools such as Dask, Spark, or GeoPandas.
  • Be familiar with GCP and Vertex AI or similar cloud-based ML platforms.
  • Be able to lead architectural discussions and mentor other engineers.
  • Experience integrating physics-based models with ML, active learning, or uncertainty quantification is a plus.
  • Experience with model interpretability, data provenance, or deep learning models for weather or climate data is a plus.

Responsibilities

  • Architect and build machine learning models to map and predict vegetation and fuel conditions across geographies.
  • Design and maintain data and feature pipelines for large-scale geospatial and temporal data.
  • Partner with wildfire science and product teams to define modeling objectives and evaluation metrics.
  • Build reproducible experimentation frameworks and model evaluation workflows.
  • Scale models from research to production, focusing on performance, reliability, and explainability.
  • Lead the evolution of ML systems, tooling, and processes for wildfire fuelscape models.
  • Collaborate with MLOps peers to streamline production training, inference, and monitoring.
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