There are a lot of very sharp, bright people out there.
Unfortunate corollary¹: There are a lot of depressingly stupid people out there.
[1] Thanks to the law of averages.
There are a lot of very sharp, bright people out there.
Unfortunate corollary¹: There are a lot of depressingly stupid people out there.
[1] Thanks to the law of averages.
no subject
There are situations and applications where a "zero defects" standard is critical. They are surprisingly rare. There are very few situations in which a potential defect, if the possibility is anticipated, cannot be provided for via a safety device, an adequate engineering margin of safety, a failover device, or some other technological precaution. The deadly defects, in this case, are the unanticipated ones — perhaps because a system is too complex to fully predict its behavior in edge cases, perhaps because the properties of a material or device are not fully understood. (For example, the extensive use of kapton as lightweight insulation in aerospace applications, based on its known extremely good resistance to high temperatures, except that nobody knew that above a certain critical temperature it becomes a conductor, since — having never suspected the possibility — no-one ever thought to test for it.) The problem is that, by definition, unanticipated failure modes cannot be predicted, and so it's impossible to guarantee that you're prepared for them all. (Example: United Airlines flight 232. The DC-10 had three completely separate, fully redundant control systems. McDonnell-Douglas apparently never considered the possibility that a catastrophic failure of the tail engine could simultaneously disable all three.)
The thing is, these cases really resolve not to simple stupidity, but to failure to manage (and/or perhaps to fully grasp) overwhelming complexity.
[I think this is the sort of thing you mean. I'm not 100% certain.]
no subject
You are correct, I'm including mistakes of inadequate knowledge, intentional acts, and careless error.
I'm thinking not of situations where zero tolerance is the necessary criterion. But instead of areas where the result of a lack of foolproofing causes frustration. The examples I can come up with lead mostly to annoyance, not to pain. For instance, I dealt today with what I swear was a 0 degree of freedom regulation for sampling. This large level of restrictions, while likely leading to superior results, also lead to a wonderful threat of several million dollars in fines for the inability to obtain it, for the inability to meet o'erweening criteria.
I feel like I'm writing the nonsense poetry I enjoyed as a child. "I am not certain quite / that even now I've got it right." Or clear. But I'll refrain from arguing longer. I think we're largely if not almost entirely in agreement that the level of foolproofing and liability addressure has long since passed the reasonable. But I find the response that all foolproofing is unworthy a goal as almost knee-jerk and thus wrong.
no subject