Articles Tagged with ''lean engineering''

The MEP is a program administered by the National Institute of Standards and Technology. The program’s mission is to strengthen and empower small and medium-sized U.S. manufacturers.

By optimizing workflow and minimizing strain, ergonomic adjustments can increase efficiency and help employees perform tasks more effectively.

Manufacturing leaders struggle with the choice between embracing change or risking stagnation, often delaying the adoption of lean manufacturing. Despite its benefits, resistance stems from entrenched habits and misunderstandings of its full potential.

Measuring 16 feet long, 6 feet tall and 3 feet deep, the workstation is set up in a line to support one-piece-flow assembly.

Enhancements aimed at reducing Toyota’s carbon footprint have also benefited screwdriving, ergonomics and quality.

Oregon startup increases productivity by improving design, getting lean, and automating assembly.

The basis for solving our economic, social and environmental challenges can be found in a surprising place: the Toyota Production System.

In today’s manufacturing environment, which is characterized by change and unpredictable demand, the traditional assembly line is no longer convenient. New, flexible assembly systems are needed to deal with high production variety.

Whether managing an assembly line or an entire plant, good management skills are something not often taught in engineering school.

In the circus world, tightrope walking requires incredible balance and finesse. One wrong move can have dire consequences. Optimizing workflow on an assembly line is not as dangerous, but it requires a similar set of skills.