Tim Chevalier is a seasoned Principal Manufacturing Development Engineer at TE Connectivity, where he leverages over thirty years of industry experience to drive innovation in advanced manufacturing processes. With a robust foundation in manufacturing systems and lean implementation, Tim excels in optimizing production efficiency and...
Tim Chevalier is a seasoned Principal Manufacturing Development Engineer at TE Connectivity, where he leverages over thirty years of industry experience to drive innovation in advanced manufacturing processes. With a robust foundation in manufacturing systems and lean implementation, Tim excels in optimizing production efficiency and enhancing product quality through strategic process improvements. His expertise in automation and machine design is pivotal in developing cutting-edge manufacturing solutions that meet the evolving demands of the industry.
At TE Connectivity, Tim is currently spearheading several key projects focused on the integration of automation technologies to streamline operations and reduce production costs. His role involves conducting thorough Failure Mode and Effects Analysis (FMEA) to identify potential risks in manufacturing processes, ensuring that quality standards are consistently met. Additionally, his proficiency in Statistical Process Control (SPC) enables him to monitor and control production processes, leading to significant improvements in yield and performance.
Tim's results-oriented approach is complemented by his ASQ Six Sigma Green Belt Certification, which underscores his commitment to continuous improvement and operational excellence. He is adept at managing cross-functional teams, fostering collaboration, and driving projects to successful completion in diverse environments. With a proven track record in product management and process engineering, Tim Chevalier is not only a valuable asset to TE Connectivity but also a thought leader in the manufacturing sector, dedicated to advancing the field through innovative practices and technologies.
