As the Shift Production Manager (COS) at Intel’s Ocotillo Site, I am responsible for the tactical management of Intel's largest manufacturing facility, ensuring optimal utilization of its most valuable assets—our people. I oversee cross-functional projects aimed at improving customer experience and reducing costs, serving as an internal consultant who collaborates and aligns with various site departments, including supply chain, contracts, LEAN, and yield. I strategically prioritize and allocate toolsets to maximize value in wafer processing, creating and implementing data-driven strategies and corresponding roadmaps to ensure well-supported decision-making. As the final decision-maker during my shift, I manage the operational execution of our technology and lead the site’s response to any emergency events.

-Spearheaded daily operations for a high-volume semiconductor manufacturing site, overseeing all aspects of production management to maintain high levels of efficiency and quality.-Managed and led a team of engineers and technicians, implementing continuous improvement initiatives that enhanced equipment utilization and reduced cycle times by 15%.-Played a critical role in launching new products by coordinating cross-functional teams and aligning efforts with customer demands, achieving successful product introductions.-Championed LEAN and Six Sigma practices, driving initiatives that resulted in significant operational cost savings and waste reduction.

-Directed process development and optimization initiatives for semiconductor manufacturing, with a focus on improving yield, equipment uptime, and process stability.-Analyzed production data to identify areas for improvement, implementing corrective actions that led to a 10% increase in production yield and reduced downtime.-Collaborated with cross-functional teams to resolve complex technical challenges, ensuring the continuous flow of high-quality products.-Supported the scale-up of new technologies from development to high-volume production, ensuring smooth transitions and minimal disruptions.