Lean: an employee-championed method of waste reduction. Six Sigma: a robust method of defect reduction. Embracing both methods provides organizations with multiple tools for continuous improvement.
At the University of California at San Diego, lean concepts have taken hold. Along with its process improvement curriculum, the university applies what it teaches through initiatives around campus.
Lean looks at ways to reduce waste and improve flow. The principles are relevant to virtually every organizational sector and vertical. It’s no surprise, then, that so many organizations tout lean and devote resources to lean initiatives.
Gathered inside a small shed in the midst of a peaceful meadow, my colleagues and I are about to flip the switch to start a seemingly mundane procedure: using a motor to shake a wooden board.
Understanding the causes of faults and defects, and then improving the system or process so it won’t happen again, is central to lean manufacturing.
‘Lean” is such a convenient term; everyone uses it based on their own definition. People frequently use “lean” in place of “efficiency,” probably because it sounds more cool. Another round of cost cutting? Sure, let’s tell everyone we’re “going lean,” again.
Whether we’re talking to a front-line operator, a plant manager, or CEO, people’s reactions to being assigned a new recurring task are remarkably similar: “Oh great—more to do.” Sound familiar?
As today’s industries and operations become increasingly more global, an effective management system is rapidly becoming an essential part of a sustainable business strategy.
With more than 300 employees headquartered in a modern 150,000+ sq ft facility, Plasser American Corp. (PAC) manufactures top-quality, heavy railway construction and maintenance equipment
Today, the survival of many organizations depends on their plans to leverage cutting-edge artificial intelligence (AI) technologies to transform their workplaces into augmented environments.