Anthony Welsh
Lean Six Sigma Master Black Belt
Anthony Welsh is an accomplished Operational Excellence (OpEx) Lean Six Sigma Master Black Belt and mechanical engineer with 25 years of experience delivering transformative projects and empowering others to achieve similar results across diverse industries and services.
In his role at MMTC, Anthony's approach emphasizes critical thinking, equipping clients with the knowledge and skills to drive sequential system improvements and make data-informed decisions. By leveraging OpEx and Lean Six Sigma methods, he helps organizations identify and close knowledge gaps, delivering measurable results to the bottom line.
Committed to creating lasting impact, Anthony enjoys providing ongoing mentoring for students well beyond classroom training, supporting their journey to certification and ensuring practical application of their skills. As an experienced facilitator, he excels at enhancing team core competencies and fostering a culture of continuous improvement.
Professional Experience
Previously, Anthony was a Mechanical Engineer and Operational Excellence (OpEx) Lead at JVIS USA LLC. In this role, Anthony oversaw aspects of both product design and continuous improvement, delivering projects from development through production launch as well as mentoring peers in OpEx Six Sigma. In the past, Anthony worked at Whirlpool Corporation for nine years where he held multiple roles. As Lead Engineer and OpEx Six Sigma Master Black Belt for Advanced Engineering, his most recent role, Anthony was responsible for training and certifying Black and Green Belts as well as completing engineering tasks on advanced innovation projects.
Education
Anthony holds a Bachelor of Science degree in Mechanical Engineering with a concentration in Plastics Products Design from Kettering University.
PUBLICATIONS
Connecting the Factory to the Field: A Big Data and Six Sigma Case Study
Leading With Questions
Creating a Data Driven Culture of Thinking: The N of Y=f(x) + N
Creating a Data Driven Culture of Thinking: The X of Y=f(x) + N (PART 2)
Creating a Data Driven Culture of Thinking: The Y of Y=f(x) + N
Creating a Data Driven Culture of Thinking
Mastering Designed Experimentation
Entering the World of Designed Experimentation
Restarting with Social Distancing - How Lean Manufacturing Can Help
