When you need a new razor attachment, computer part, battery, or screw, you can go to the store and find replacements that will fit your models exactly as they should. But it wasn't always like that. At the dawn of the industrial revolution, manufacturing carbon copies was more of an art than a science. Imperfections, irregularities, and mistakes happened with unbelievable frequency. It wasn't until Six Sigma technology came along that manufacturers could guarantee near perfect perfection. And as processors, parts, and products have become even smaller and more sophisticated, demand for those with Six Sigma training has only become more pronounced. Global consumption has reached unprecedented heights, and thus, manufacturers must work overtime in order to supply the world with gadgets and products on a regular basis.
Six Sigma Training
Given the specialized nature of precision manufacturing, it should be no surprise that most employers will expect a Six Sigma degree at the associates level or higher. Mathematics, engineering, physics, manufacturing, information technology, safety, and computer science are just a few of the areas that will comprise your extensive Six Sigma program. And although biotechnology and nanotechnology are still relatively new industries, don't be surprised if you're Six Sigma program incorporates different aspects of chemistry or biology into your curriculum.
Career Outlook after a Six Sigma Program
Although global demand for those with Six Sigma training should be relatively stable in the coming years, the US Department of Labor points out that many jobs will be outsourced to foreign competitors. This makes the need for Six Sigma training even more acute, since competition for domestic positions will increase substantially. If you have an opportunity to secure a masters degree instead of an associates degree, it is strongly recommended that you take it.
