Smart Maintenance for Smarter Industries: An Energy-Focused Approach

Kevin Clark, Nanoprecise Robi Room

Description

Kevin is currently Chief Evangelist Officer at Nanoprecise Sci Corp and has more than 35 years of experience in global operations leadership focusing on advanced technologies in operations, engineering and asset management. Previously, he served as Vice President, Fortive Corporation (Fluke/Accruent), Falkonry AI (investment company), where his strategic roles drove growth in Enterprise Asset Management and AI/Predictive Technologies. He also spent much of his early leadership/engineering career at Caterpillar and held numerous leadership positions at Johnson & Johnson, including operations/maintenance management and Global Manufacturing Equipment Excellence (ME2) leadership. Kevin is a long-standing member of the Society of Maintenance & Reliability Professionals (SMRP), has held various positions at regional and national levels, and has been a Certified Maintenance & Reliability Professional (CMRP) since 2004 and serves on various advisory boards in the industrial space. Kevin received a Bachelor of Science in Automation & Systems Engineering Technology from Purdue University and an MBA from Colorado State University.

 

Biography

  • Unlock Massive Cost Savings by Transforming Maintenance into an Energy Strategy: Traditional maintenance overlooks a critical factor – energy waste. With Energy-Centered Maintenance (ECM), you can slash operational costs, prevent unplanned downtime, and reduce carbon emissions, all while boosting efficiency.
  • Your Rotating Equipment is Draining More Than You Think – Fix It to Gain a Competitive Edge: Over 60% of global electricity is consumed by rotating machinery, yet inefficiencies like misalignment and bearing faults quietly drive-up costs by 5-30%. Identifying and fixing these hidden losses translates to real, measurable savings.
  • AI + IoT: The Game-Changer for Predictive, Scalable, and Sustainable Manufacturing: Say goodbye to reactive maintenance. AI-powered, real-time monitoring not only predicts failures before they happen but also helps optimize energy use—resulting in a smarter, more sustainable, and highly profitable operation.