Principal Applied Scientist, Data Center Design Engineering - Bim & AI Technologies

Amazon Amazon · Big Tech · Seattle, WA · Software Development

Principal Applied Scientist role focused on AI-powered design automation for AWS data centers. The role involves defining research roadmaps, developing and deploying ML models (including fine-tuning foundation models, GNNs, NLP, RL, CV) for BIM and AECO applications, and publishing research findings. It requires a blend of theoretical ML knowledge and practical application in a domain with high trust requirements.

What you'd actually do

  1. Define and drive the science roadmap for AI-powered BIM design automation, balancing foundational research with incremental product improvements aligned to business priorities
  2. Lead the design, development, and deployment of production-grade ML models for BIM and AECO applications, including fine-tuning foundation models on domain-specific datasets and optimizing performance through iterative experimentation
  3. Research innovative machine learning approaches and identify new opportunities for GenAI applications in the building engineering and design domain across both structured and unstructured data
  4. Drive end-to-end GenAI projects with high complexity and ambiguity from conception to production, spanning foundation models, graph neural networks, NLP, reinforcement learning, and computer vision applied to real-world engineering challenges at scale
  5. Build scalable ML infrastructure and pipelines for training, fine-tuning, and deploying models on large-scale BIM datasets representing digital twins of physical facilities

Skills

Required

  • building machine learning models
  • generative AI
  • graph neural networks
  • natural language processing
  • reinforcement learning
  • computer vision
  • fine-tuning foundation models
  • domain-specific datasets
  • ML infrastructure and pipelines
  • large-scale BIM datasets

Nice to have

  • AWS
  • BIM
  • AECO
  • structured data
  • unstructured data
  • digital twins
  • human-in-the-loop controls

What the JD emphasized

  • production-grade ML models
  • fine-tuning foundation models
  • domain-specific datasets
  • iterative experimentation
  • GenAI applications
  • structured and unstructured data
  • end-to-end GenAI projects
  • foundation models
  • graph neural networks
  • NLP
  • reinforcement learning
  • computer vision
  • real-world engineering challenges
  • scalable ML infrastructure
  • training
  • fine-tuning
  • deploying models
  • large-scale BIM datasets
  • digital twins
  • customer-facing products
  • robust deployment
  • human-in-the-loop controls
  • Publish research findings
  • top-tier ML conferences and journals
  • tech talks and publications
  • Mentor scientists and engineers
  • ML best practices
  • technical excellence

Other signals

  • leading science vision for AI-powered design automation
  • define and drive the research roadmap
  • own end-to-end technical solutions from research through production deployment
  • applying ML to domain-specific problems
  • publish research findings at top-tier ML conferences and journals