Chad Laux

Associate Professor of Computer and Information Technology, Co-Lead of Circular Economy Systems Special Initiative

Contact Info

Email

claux@purdue.edu

Chad Laux is a systems-focused sustainability leader and Associate Professor in Purdue University’s School of Applied and Creative Computing. An internationally recognized expert in Lean Sustainability and Six Sigma systems, his work centers on improving how complex operational and technological systems perform to drive measurable, real-world impact. He brings a cross-disciplinary approach that connects engineering, data, and organizational strategy to advance more efficient, resilient, and sustainable systems.

At the Institute for a Sustainable Future, Laux co-leads the Circular Economy Systems special initiative, translating research into scalable solutions across industry and community contexts. His research spans operations excellence, Industry 4.0, Quality 5.0, and Lean Sustainability, with more than 200 publications contributing to the fields of quality management, supply chain resilience, and applied systems innovation. He holds a Ph.D. in Industrial and Agricultural Technology from Iowa State University, along with bachelor’s and master’s degrees in Industrial Technology from Purdue University.

Education

Iowa State University, Doctor of Philosophy Degree, Agriculture and Industrial Technology - 2007, Purdue University, Master of Science Degree, Industrial Technology - 1999, Purdue University, Bachelor of Science Degree, Industrial Technology -1995

Research Interests

  • Lean Sustainability
  • Six Sigma & Quality Systems
  • Circular Economy
  • Sustainable Systems & Systems Thinking
  • Industry 4.0 / Quality 5.0
  • Operations Excellence
  • Supply Chain Resilience
  • Process Improvement & Optimization
  • Data-Driven Decision Making
  • Applied Systems Innovation

Research Impact

Advances the integration of Lean and sustainability principles to improve operational performance and environmental outcomes across industries. His work translates complex systems research into scalable, real-world applications—strengthening supply chain resilience, enabling circular economy practices, and driving measurable efficiency gains in both industrial and organizational settings.


Research Area