Research

Leadership

SIRB.AI

Lead Robotics Engineer

  • Lead the autonomy team at a defense-technology startup spun off from the Technology Innovation Institute.
  • Agentic mission generation for surveillance, monitoring, and tail-chasing — the same planning problem as before, framed as tool calls for an LLM instead of waypoints for a flight controller.
  • Architecture for multi-agent task allocation and mission planning across heterogeneous drone fleets.

Technology Innovation Institute

Lead Robotics Engineer

  • Lead a robotics software team of 9 engineers building the planning and orchestration layer for heterogeneous drone fleets — navigation, perception, task allocation, and mission behavior — plus the DevOps/RobotOps infrastructure that gets it onto real hardware.
  • Set technical direction for behavior-tree-based mission orchestration across the fleet-autonomy stack.

Collaboration

Robotics Engineer

Technology Innovation Institute

  • Built the navigation, perception, and mission-behavior stack for heterogeneous drone fleets — the planning and orchestration layer, not the airframe.
  • Established behavior-tree-based mission orchestration as the standard pattern for multi-drone tasking.
  • Technology Innovation Institute
  • Robotics Engineer
  • Built
  • Established

Principal Solutions Engineer

Unchained Labs

  • Built agentic AI tools for automated documentation PRs (Doxmosis), agentic orchestration (Kymatics), contribution analysis, real-estate analysis, and UAE defense data analysis — the planning discipline applied to software agents instead of robots.
  • Developed production backend services for LoopFi's blockchain data analysis on EVM chains.
  • Unchained Labs
  • Principal Solutions Engineer
  • Built
  • Developed

Founding Robotics Engineer

Coalescent Mobile Robotics

  • Founding engineer on the team that delivered the first 24/7 in-store robot at Bilka, Odense — proof the planning stack isn't drone-specific.
  • Led the navigation and path-planning stack — localization, motion control, collision-free routing among shoppers — the same planning problem as a drone mission, worked at walking speed instead of flight speed.
  • Demonstrations under this stack supported the company's pre-seed round.
  • Coalescent Mobile Robotics
  • Founding Robotics Engineer
  • Founding
  • Led