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This article reads a lot like one of the best frustrating books I have read: David F. Noble's Forces of Production: A Social History of Industrial Automation. N
by philipkglass 8y ago
This article reads a lot like one of the best frustrating books I have read: David F. Noble's Forces of Production: A Social History of Industrial Automation. Noble's book is about the introduction of computer numerically controlled machine tools in American manufacturing after WW II, covering the technology but focusing on CNC's effect on the balance of power between skilled workers and management. The technology was very expensive and fragile when first introduced, and was more effective at cowing workers than at quickly making high precision parts. American makers of CNC machines started with defense industry applications and couldn't manage to make machines competitively priced for civilian use even after they had stopped making wholly defective ones. The chronology ends in the late 1970s; the book was published in 1984.
Management forces crazy process changes into a business, and is forced to backtrack after wasting years and huge sums of money -- a familiar story, right? Except that's not how it ended. There was no backtracking. The optimistic early claims about CNC became, after much time and money, realistic claims. German and Japanese machine tool manufacturers eventually produced the priced-for-civilian-work machines that American tool manufacturers couldn't or wouldn't. Nowadays, no American manufacturer would pay high wages for someone to precisely guide the motions of a lathe by coordinated hand-eye movements. They wouldn't even pay low wages for that particular task; human performance is too inconsistent.
What of this vignette from the article, that also takes place between the immediate postwar and the 1970s?
In 1946, some 550,000 auto workers had produced a little more than three million vehicles, but in 1970 some 750,000 auto workers had produced a little more than eight million vehicles.” The rapid pace took a devastating toll of people’s health and lives, leaving millions of workers disabled or dead; one study from the period estimated “sixty-five on-the-job deaths per day among autoworkers.” Auto industry executives credited the industry’s productivity boom to advances in machinery, but the predominantly black workforce knew it was in fact due to old-fashioned exploitation, not automation: heavier workloads and unsafe, unhealthy conditions.
Today, General Motors employs 180,000 people and sells 9.6 million vehicles per year. Simultaneously, injury rates in manufacturing are down a lot since the 1970s.
I think that both Noble's book and this article would be more persuasive if they committed to one major rhetorical thrust. Either "management is bluffing about how labor can be substituted by machines, so workers shouldn't be intimidated" or "machines can substitute for labor, so workers shouldn't expect the market economy to always provide paid work", but not both.
- njarboe 8y agoThe 180,000 people at GM today for 9.6 million vehicles per year is a bit like 40,000 at Apple producing 100 million iPhones an year. GM is now mostly an assembly plant company for parts made elsewhere plus marketing. Ford ran iron ore mines and rubber plantations. Total verticle integration. They even started Kingsford charcoal to use the hard wood scraps left over from car manufacturing that they grew on their own timerland.
- philipkglass 8y agoThat's a fair point about differing degrees of integration over time. GM spun off Delphi in 1999. I don't know enough about the current auto supply chain to make fractional assignments of supplier companies' employees toward "GM vehicles."
- WalterGR 8y agoone study from the period estimated “sixty-five on-the-job deaths per day among autoworkers.” That is absolutely insane. It makes me think of Upton Sinclair’s 1904 novel The Jungle, about the meat-packing industry. Do you know of any books that address the safety/exploitation issue specifically?
- philipkglass 8y agoNo, I haven't read any books specifically about the history of workplace safety regulations. I learned bits and pieces second-hand from my father, an engineer who spent the second half of his career doing environmental, health, and safety oversight work at a large manufacturer.