MFG TMW Podcast
Guest Spotlight
Ted Rozier, Festo Didactic
A self-professed Industry 4.0 champion and digital transformation champion, Ted Rozier serves as director of engineering at Festo Didactic North America. The company is a global leader in designing and implementing Industry 4.0 learning laboratories, educational equipment and programs that train people to perform in highly dynamic and complex industrial control and automation environments.
Ted has managed the development of several user-friendly automation control turnkey systems on a global scale. Before joining Festo Didactic, Ted spent 18 years leading the Automation Engineering Department for Doosan Infracore Machine Tool Corporation. He specializes in the design and development of robotics and machine tool turnkey systems for the automotive, aerospace and pharmaceutical industry.
Keywords: Industry 4.0, robotics and automation, skills gaps
Manufacturing Tomorrow is a podcast series brought to you by the Ohio Manufacturing Institute at The Ohio State University. Featuring the perspectives of manufacturing leaders, we focus on the advanced manufacturing innovations, solutions and partnerships that exist in our region now and that will propel industry in the future.
Our guests include the unsung heroes of advanced manufacturing, from company C-suite executives and engineers to industry-facing academics, supportive government agencies and regional economic development organizations. Interviews cover the latest topics on products, processes – and groundbreaking relationships –the best manufacturers engage in to infuse entrepreneurialism in their daily operations.
Our mission is threefold: to provide a voice to small and large manufacturers, educate the public on the value of manufacturing innovation to the U.S. economy, and showcase how Ohio’s technology resource support providers (e.g., higher education, technical centers, and MEPs) boost advanced manufacturing solutions. We ask guest speakers about what catalysts are needed to collaborate on new products and processes, how to reduce academic-industry barriers, and the types of technical resources that can truly bolster manufacturing productivity.
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