San Francisco Bay Area
Core Competencies Hyperscale Data Center Thermal Solutions (Liquid & Air Cooling) New Product Introduction (NPI) & High-Volume Manufacturing Manufacturing Process Development & Optimization, and Quality Engineering Strategic Technology Roadmapping & Implementation Global Supplier Strategy, Qualification & Performance Management Cross-Functional Team Leadership & Influence
Thermal lead of next gen product
Manufacturing engineering lead for Google's flagship liquid cooling system Deschutes 4 from end-to-end. Owning execution from NTI/NPI through mass production. https://cloud.google.com/blog/topics/systems/enabling-1-mw-it-racks-and-liquid-cooling-at-ocp-emea-summit Manufacturing engineering lead for “machine-of-the-day” TPU v5 thermal system end-to-end Manufacturing engineering lead for next gen smart NIC thermal systems Recipient of Google Tech Impact Award (2023) and Cloud Tech Impact Award (2024)
Project lead for Tesla’s first pilot-scale battery materials production, driving process development, system integration, and validation Co-designed and implemented Tesla’s first zero-waste, closed-loop thermal material manufacturing system Developed and validated thermal and chemical processes for pilot-to-production transition of battery materials Improved battery module line efficiency by implementing a statistical process control (SPC) system, root caused linedown, and implemented corrective actions during Model 3 ramp
Lead Thermal Systems Design Engineer for high reliability, mission-critical aviation engines: -GE9X for Boeing 777X -LEAP for Airbus A320neo and Boeing 737 Max -Large industrial gas turbines (7HA/6E), reducing cooling flow by 15–30%
Invented and patented advanced thermal cycles for energy storage and solar-gas turbine combined systems Collaborated with NREL on system modeling and cost models for industrial use