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That's a good point. University labs are more nimble than a military contractor. The PI at a university directly does the work with their students (in some big
by lazyjeff 6y ago
That's a good point. University labs are more nimble than a military contractor. The PI at a university directly does the work with their students (in some big labs, it's arguable that the PI manages the students that directly do the work). Whereas the contact at a military contractor is an accounts person, with lawyers and managers between them and the people doing the work.
Cost-wise, universities usually charge an indirect cost rate of 50-65% (which many people improperly think it means is the percent of the grant money taken by the university), whereas the military contractor charges an indirect cost rate of 120-200%.
So basically, about 70 cents of every dollar spent at a university directly goes towards the work (and trains students as a side effect; and as a triple bonus the cost paid towards student's tuition has no indirects on it at all), while only 30 cents of the dollar spent at a military contractor goes towards the work (and probably much less towards the people actually doing the work).
- mattkrause 6y agoOn the other hand, is one "unit" of student effort equivalent to one unit of staff scientist work? I would say no: early-PhD students in particular are still learning and have other responsibilities (coursework, quals, etc) to boot. You can also interpret your numbers as suggesting that an experienced person is 2-3x more productive than a trainee, which seems....quite reasonable, actually. I think that's the other "secret": the combination of large budgets and tight timelines encourage the use of more experienced staff and smarter division of labor: hire a programmer for this, contract out to a machinist for that. This is very different from the model used on most NIH grants, where grad students are used as jack-of-all-trades.