Interesting People mailing list archives
IP: Re: grad school....
From: David Farber <dave () farber net>
Date: Tue, 24 Jul 2001 05:47:52 -0400
To: jcp () jcphome com cc: farber () cis upenn edu, mo () ccr org Subject: Re: IP: grad school.... Date: Mon, 23 Jul 2001 18:28:55 -0400 From: "Mike O'Dell" <mo () ccr org> having been both inside and outside that world, it's a very interesting problem on the one hand, really revolutionary things often come from people who doggedly sit in the corner and ignore all the career advice they are given until they deliver a jackpot, and which point their vision and genius are celebrated and all the histories appropriately revised. on the other hand, when people in those environments *want* to do someting relevant to "the market", they are often confounded by both the usual "it's not pure research" sneers, but also the parent company's manifest inability to give away gold bricks on a streetcorner, much less launch a product in a competitive market. that's been an endemic problem at Murray Hill, and even worse at Bellcore where they were essentially prohibited from doing anything anyone wanted. IBM, though, manages to support both kinds of work, as do other organizations. part of it goes to a deep-seated misunderstanding of the nature of the R&D intellectual enterprise pioneered here in the US. my second area of study in grad school was history of science, and Tom Smith, my professor in that area, is the father of the history of "R&D", which is now recognized as an intellectual interprise quite distinct from "Basic Research" and "Technology". historically, Basic Research and Technology were at opposite ends of the spectrum - not actually enemies, but percieved as such by many. the former interested in "knowledge for its own sake" and the latter embracing "whatever works without regard for why". Physics is usually cited as an example of the former, agriculture an example of the latter. anyway, R&D is a curious amalgam, pioneered in industry, which blends the two together, along with applied engineering and even market research, whose goal is "Innovation" - doing something brand new, but also equally valid, doing something we already know how to do better-faster-cheaper. most of computing falls under this latter rubric - there are very few things in computing we didn't know how to do before computers, but the computer changed the scale at which the activity could be attempted by many, many zeros. the organizations who "get it" understand the power of this blending - basic research, applied engineering, talking to the people from whom you wish to take money (ie, customers). a great example of that outside the computer/communications biz is 3M. there's a book, "Built to Last", which i'm told looks at some companies and finds several very counter-intuitive results. i won't suggest it's right or wrong, but it seems thought-provoking. -mo
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