← All impact
Blue OriginXR/AI Engineering Lead2025

AI-driven engineering, from requirements to part

Connecting LLMs, systems modeling, AI-generated CAD, simulation and XR review on one digital thread, a digital-transformation priority on the CEO's radar.

7
stages joined on one digital thread
~6 mo
June to December 2025
  1. Customer needs
  2. Requirements (LLM)
  3. Systems model (MBSE)
  4. CAD (Zoo)
  5. Simulation (CFD · FEA)
  6. XR review
  7. Manufacturing

The situation

Engineering tools were built for people, not for AI, and the legacy systems didn't talk to each other. The question was whether AI could carry a part from customer requirements all the way to a machine-ready file on one connected digital thread.

What I did

  • Worked with the solutions architect to design the end-to-end solution, and was hands-on at every stage.
  • Built LLM workflows that turned customer needs into requirements written to international standards and modeled in Cameo (MBSE).
  • Built the data converters, LLM integrations and Istari Digital integrations that joined the stages, and helped onboard Istari Digital with their forward-deployed engineers.
  • Piped AI-generated CAD (Zoo) into meshing, CFD and FEA, then into VR/AR for review, then out to a machine-readable manufacturing step.
  • Consulted the subject-matter experts on what each stage needed, and coordinated the teams so they actually used the pipeline.
  • Earlier, built a CAD → OpenUSD → NVIDIA Omniverse pipeline for real-time design review, and connected SteamVR to Omniverse.

What changed

  • A working path from requirements to a machine-ready part on one digital thread, delivered in about six months.
  • CEO-level visibility unblocked people's time and the backend work that the legacy systems had been holding up.
LLM workflowsCameo (MBSE)ZooIstari DigitalCFD · FEAOpenUSDNVIDIA OmniverseXR
Next caseHands-on physics for 3,000+ students a semester →