Greg Scholz
About Greg Scholz
Greg Scholz is the Palladiom Manufacturing Lead at Lutron Electronics in Coopersburg, Pennsylvania, overseeing the production of Palladiom keypads.
Current Title and Responsibilities at Lutron Electronics
Greg Scholz currently holds the position of Palladiom Manufacturing Lead at Lutron Electronics in Coopersburg, Pennsylvania, United States. In this role, he oversees the production of Palladiom keypads from initial builds through to full production. He is responsible for meeting critical quality, labor, and throughput targets in the manufacturing process. He also develops manufacturing processes and specifies equipment for the new line of Palladiom keypads.
Previous Roles at Lutron Electronics
Before his current role, Greg Scholz served as the Led Center of Excellence Lead at Lutron Electronics from 2012 to 2015, also based in Coopersburg, Pennsylvania, United States. In that capacity, he led efforts related to LED technology, leveraging his expertise to drive advancements and ensure excellence in the field.
Senior Design and Development Mechanical Engineer
Alongside his leadership role with the Palladiom keypads, Greg Scholz also serves as a Senior Design and Development Mechanical Engineer at Lutron Electronics in Coopersburg, Pennsylvania. This position allows him to apply his extensive engineering knowledge to the design and development processes, enhancing the company's mechanical systems and product offerings.
Educational Background in Mechanical Engineering
Greg Scholz studied Mechanical Engineering at Penn State University. He completed his Bachelor of Science in Mechanical Engineering from 1996 to 2000 and went on to earn a Master of Science in Mechanical Engineering from 2000 to 2002. During his time at Penn State, he developed a strong foundation in engineering principles and practices.
Early Career as a Research Assistant
Early in his career, Greg Scholz worked as a Research Assistant at Penn State University from 2000 to 2002. During this time, he was involved in various research projects, contributing to the academic and practical understanding of mechanical engineering concepts.