Autonomous Robotics & Mobile Manipulation
End-to-end architecture for complex mobile manipulators—from navigation and kinematics to sophisticated vision-guided pose estimation and path planning.
High-leverage product & engineering advisory, robotics technology roadmapping, and hyperscale datacenter automation strategy for teams building the future of Physical AI.
End-to-end architecture for complex mobile manipulators—from navigation and kinematics to sophisticated vision-guided pose estimation and path planning.
Automating server manipulation, hot-swap rack servicing, and high-density inventory telemetry within mission-critical hyperscale facilities.
Deploying robot-in-the-loop vision pipelines, sensor fusion, and edge inference runtimes on embedded Linux/Jetson platforms.
10+ years leading the $1.5B+ robotics portfolio for Google's global mission-critical data center infrastructure.
Issued patents spanning high-precision robotic manipulation, optical alignment, and automated rack handling.
Proven deployment of heterogeneous robot fleets, real-time fleet telemetry, hardware security, and zero-trust OTA update architectures.
Retained technical advisory, architectural reviews, and executive technology roadmapping for leadership teams.
Principal Systems Architect & Founder
Over two decades of engineering leadership across robotic system architecture, fleet management software, and edge computing. Former Technical Lead for Robotics and Automation for Google's global data center footprint, directing a $1.5B+ portfolio of robotic systems and infrastructure automation. Specializing in bridging the gap between frontier Physical AI algorithms and ruggedized production hardware.