All Posts

Why Everyone Should Take a Root Cause Problem Solving Class We live in a world obsessed with quick fixes. A software bug appears, and we patch it. A customer complains, and we offer a refund. A machine breaks down, and we repair it. We move fast, check the box, and move on to the next crisis. But here's the uncomfortable truth: most of the problems we "solve" today will be back tomorrow, next week, or next month, often in a slightly different form. This cycle of firefighting

As engineering students prepare to enter the workforce, they often focus on mastering technical skills like CAD software, programming languages, or thermodynamics equations. While these competencies are undeniably important, there's a crucial skill that often flies under the radar in engineering curricula: value stream mapping (VSM). This deceptively simple tool may be one of the most valuable skills a young engineer can develop before graduation. What is Value Stream Mapping

I wish I got a dollar every time I heard someone utter the words below. “It won’t work here”, “We can’t do that here, we are different”, are comments I have heard a thousand times. When I hear the word “can’t or won’t”, every fiber of my being cringes! Does the word “lean” make you think of car factories and assembly lines? Worse yet, does it make you think of cutting staff and layoffs? If so, you’re not alone. Many business leaders assume that lean principles only belong on

Engineering students face a competitive job market where technical skills alone may not guarantee success. Employers increasingly seek candidates who can improve processes, reduce waste, and deliver quality results efficiently. Lean Six Sigma offers a powerful set of tools and methods that can help engineering students stand out and accelerate their careers. Lean Six Sigma combines Lean principles, which focus on eliminating waste, with Six Sigma techniques that reduce vari