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But the remarkable thing is, the agile software methodology is equally applicable to non-software. SpaceX does the same with engines & rockets. Tesla does the s

by tomp 6y ago

But the remarkable thing is, the agile software methodology is equally applicable to non-software. SpaceX does the same with engines & rockets. Tesla does the same with cars. That's the real breakthrough.

lifeisstillgood 6y ago
Yes. But. To my mind that's the 'iterate' or 'fail fast' methodology - which is pretty much de facto in Science and Engineering as a best practise. See benchtests for motors and rockets, or firing chickens at jet engines. Of course it is not always achieved - but is that because scientists and engineers do not know about it, or because the organisation in which they work is hobbling them in some fashion? I think there are two big points here - one, software development is a core skill for firms these days, without which you are likely to fail. Second, "heavy engineering" appears to have hit a point where the leading edge is not progressing as fast as the "commercial" world is. (this might be part of the feeling we are not inventing the future fast enough anymore). By this I mean once upon a time, the envelope was so far out only States could afford to keep up - Canada folded its aerospace efforts in the 50s etc. As a rough rule of thumb you needed to not only build custom components, but you needed to build custom machines to make the custom components. Today I think commercially available machines are able to make the custom components, thus making the envelope much more within reach for much less money - its that Makers can now do things previously only professionals could, so now professionals can do things previously only big organisations could. This means that the inefficiencies of big 'dinosaur' organisations no longer pay off (Boeing is not the only people who can do rockets). Elon Musk seems to have known / discovered / stumbled (#) this inflection point - but it is likely to play out in all sorts of industries. Military equipment etc. I mean if a 300 USD drone is a viable weapon on urban asymmetric battlefields, then something is coming (##) (#) select based on personal views of Musk (##) my personal publically obvious inflection point is a "maker style" rocket that can damage a jet aircraft. The rocket community is heading towards rockets that can get to the 32,000 foot level, and once you do that at Mach 1, for a few thousand dollars in a backyard, air dominance becomes something up for grabs again.

by tomp 6y ago

lifeisstillgood 6y ago

Yes. But. To my mind that's the 'iterate' or 'fail fast' methodology - which is pretty much de facto in Science and Engineering as a best practise. See benchtests for motors and rockets, or firing chickens at jet engines. Of course it is not always achieved - but is that because scientists and engineers do not know about it, or because the organisation in which they work is hobbling them in some fashion? I think there are two big points here - one, software development is a core skill for firms these days, without which you are likely to fail. Second, "heavy engineering" appears to have hit a point where the leading edge is not progressing as fast as the "commercial" world is. (this might be part of the feeling we are not inventing the future fast enough anymore). By this I mean once upon a time, the envelope was so far out only States could afford to keep up - Canada folded its aerospace efforts in the 50s etc. As a rough rule of thumb you needed to not only build custom components, but you needed to build custom machines to make the custom components. Today I think commercially available machines are able to make the custom components, thus making the envelope much more within reach for much less money - its that Makers can now do things previously only professionals could, so now professionals can do things previously only big organisations could. This means that the inefficiencies of big 'dinosaur' organisations no longer pay off (Boeing is not the only people who can do rockets). Elon Musk seems to have known / discovered / stumbled (#) this inflection point - but it is likely to play out in all sorts of industries. Military equipment etc. I mean if a 300 USD drone is a viable weapon on urban asymmetric battlefields, then something is coming (##) (#) select based on personal views of Musk (##) my personal publically obvious inflection point is a "maker style" rocket that can damage a jet aircraft. The rocket community is heading towards rockets that can get to the 32,000 foot level, and once you do that at Mach 1, for a few thousand dollars in a backyard, air dominance becomes something up for grabs again.