Continuing Education

Continuing Education

Gear Technology has a major interest in educating its readers. Cutting-edge technical papers are a primary component of our content, along with information from our advertisers on the latest improvements in gear design and manufacturing technology. We also include many features aimed at the entry level engineer, machine operator, and executive.

This mission is important because, for reasons some of us gear fanatics may find less than compelling, gear technology is no longer taught thoroughly in our technical schools and universities. To remain certified they must stick to the mandatory curriculum and that curriculum only allows a few hours over the course of a two- or four-year program to cover gears and general machine design principles.

Unfortunately we have not been able to reduce a field as varied and complex as the gear trade to a plug-in smartphone app. I am sure someone out there is still trying, but all previous efforts have fallen short. A colleague once set out to develop a completely automated system that would process a customer’s custom gearbox into a complete set of detailed drawings. Many years later it was still designing gearboxes with overlapping bearing bores.

In simpler times the gear industry hired bright young people and trained them to perform the tasks needed within the organization. This worked well when order books were consistently filled; you could even survive the occasional poaching of a trained employee by competitors. In large metro areas with a concentration of gear makers, this “poaching” led to a certain amount of commonality of methods and terminology.

The more isolated firms often developed their own methods and nomenclature; this is where our trade association, the American Gear Manufacturers Association (AGMA), helps “translate” local dialects into our common tongue. In other countries all gear training is concentrated in a specific school and this “language” problem is avoided.

We are proud of the role Gear Technology plays in educating the trade domestically and internationally. In my next posting I will point out a problem with the continuing education system that has frustrated me for years.

 

Categories: Gear Talk With Chuck

About Author

Charles D. Schultz

Charles D. Schultz is President of Beyta Gear Service and one of Gear Technology's technical editors.

Comments

  1. johnhetherington
    johnhetherington 20 July, 2016, 10:42

    Hello Charles – I read your blog regularly, but this item has prompted me to comment with regards to educating our gear specialists of the future. My employer encourages its staff to engage in STEM (Science, Technology, Engineering, Math) activities with school children through structured programs. How would you promote gear / transmission technology to school children and what resources would you use for practical experiments?

    • Randy Stott
      Randy Stott 20 July, 2016, 12:27

      There’s a great opportunity coming up at IMTS 2016 in Chicago. You may or may not be aware of the IMTS Smartforce Student Summit. For more information, you can visit http://www.imts.com/student.

    • Charles D. Schultz
      Charles D. Schultz Author 20 July, 2016, 14:14

      Over 20 years ago the late Peter Borish , heir to Milwaukee Gear Company, invited a group of elementary school educators to the factory to observe gears being made and to discuss ways to get kids interested in manufacturing careers. I helped him prepare a program for the day and acquired several games with geared elements in them.
      The teachers had a good visit but explained the already tight calendar prevented them from adding any “enrichment” that did not contribute to the stated academic goals. Sadly, that situation has not changed for the better in two decades and the games, given out as door prizes, probably sit unused in a school storeroom.
      Kids love hands- toys and things that move. A set of Tinker Toys could be used to model early wood peg gears. An Erector set has real gears and real motors that can be used to build working models of cranes, hoists, and draw bridges. What better way to teach multiplication and division than with numbers of teeth?
      I refuse to believe kids prefer virtual things to toys they can have in their hands and modify to suit their tastes. I first calculated gear ratios on my electric slot car around age nine. Life is to short for imaginary toys.

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