Design-Based Safety

Cybernetics Automation Technology

Authors

  • David MacCollum

Keywords:

cybernetics, automation, CAT, autonomous, drone, robot

Abstract

Cybernetics Automation Technology (CAT) is on the threshold of providing workerless mining, railroads, sawmills, ships, steel mills and all sorts of production facilities — maybe even management functions? The development of complex electronic control systems appears to be combining with machines to create automation that needs fewer people for normal operation. I wonder how many readers of this article are old enough to remember when elevators in department stores, public buildings, hotels and all multi-storied buildings were manned by human operators? How many devices in your home have automated your hand-labor functions? We take for granted the dishwasher, washing machine, clothes dryer, personal computer, wireless telephone and email. There are clues all around us showing the alarming changes in our global economy.

Author Biography

David MacCollum

David V. MacCollum, 96, was a past president of ASSE and was a member of the first U.S. Secretary of Labor’s Construction Safety Advisory Committee [1969-1972]. He specialized in safety research and technical assistance on high-risk hazards to enterprise, insurance companies, universities, trade associations, attorneys, and government for over 20 years and was involved in the development of rollover protections and other safeguards and innovative construction methods and procedures. Mr. MacCollum held a B.S. degree from Oregon State University and was a Registered Professional Engineer and Certified Safety Professional. (in memoriam)

Design-Based Safety

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Published

2014-10-01

How to Cite

MacCollum, D. (2014). Design-Based Safety: Cybernetics Automation Technology. Journal of System Safety, 50(3), 12–14. Retrieved from https://jsystemsafety.com/index.php/jss/article/view/179

Issue

Section

Columns and Perspectives