Concepted an “impossible” solution to a looming problem for factories as they struggled tomake significant improvement in throughput time (TPT).• Developed business case and secured $3.5M in funding to build a factory-widetransportation system that steers all factory material in near real-time, making 1 millionsteering decisions per hour.• Spearheaded initiative and led cross-functional team to build and implement across all ofIntel’s high availability factories worldwide—reducing TPT by 10% without additionaltooling and enabling $375M in incremental annual revenue.• Created the system vision, design, and roadmap. Managed the internal monitoring anddetailed instrumentation.• Successfully led a 7-person Engineering team, turning them from a low performing to anaward-winning team. Nurtured talent to develop their leadership skills in support of theircareer goals.• Primary awardee for an Intel Achievement Award in 2022, Intel’s top team technical award(Top 0.2% of employees).

Conceived a full-factory Digital Twin using an existing Discrete-Event Simulator.• Led 15-person Engineering team to develop a predictive full-factory Digital Twin that usesreal-time factory data for accurate forecasts at refresh rates unheard of in the industry.• Implemented a novel idea to use the Digital Twin for production increase across theglobal factory network to meet market demand. Pitched and secured approval fromleadership. o Developed the Data Mining Engine for the full-factory simulator—delivering $1B in additional annual revenue via big data insights. o My team earned an Intel Achievement Award in 2016 (Top 0.2% of employees) for their work.

Concepted and pitched idea to fully automate material processing (Level 8 processing) withROI analysis. Secured leadership approval and resources for a dedicated team.• Engineered the design concept and developed the strategy and intricate plan from preconception to launch.• Launched successful proof of concept and led implementation—delivering a 3X increasein throughput-time for all Intel factories worldwide.

Worked on research on optimal motion planning for hydraulic robots funded by Caterpillar Corp. Partnered with the Caterpillar Research team on a framework to develop a hydraulic system control for autonomous diggers.