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Comment Process and execution (Score 2, Insightful) 168

You could go anywhere on this topic. I had a similar experience a couple years ago when I took up some leadership roles. I suppose one big thing for me was to recognize a distinction between process & technique. As you probably know, practically every software project is guided by fundamental process milestones: requirements, design, development, testing, documentation, release. You shouldn't deviate from this, but its up to you how you execute/implement this process ("technique"). That said, random thoughts:
1. Are you guys using SVN, CVS, VSS, PVCS, etc?
2. Get the requirements on paper. It'll save your *ss if something wasn't built to expectation. (This is more important if you work directly with clients.)
3. I agree with above posts: Your goal is to let the developers do their thing. And, perhaps even at this early stage, you probably need them more than they need you.
4. One hard thing is to say no to your peers/superiors if they infringe your team's priorities or "rights".
5. Most people don't like regular meetings, but I like status meetings (called with proper frequency) to keep everyone in tune and on schedule. Remember to show them the timelines, and repeat the priorities so that they understand the big picture.
6. Agile, Waterfall, RUP are formal processes. Google/Wiki it. Scrums are regular stand-up meetings.

...etc...etc...
Earth

How To Build a Short Foucault Pendulum 79

KentuckyFC writes "Set a pendulum in motion and you'll inevitably give it an ellipsoidal motion, which naturally tends to precess. That's bad news if you want to build a Foucault Pendulum, a bob attached to a long wire swinging in a vertical plane that appears to rotate as the Earth spins beneath it. The natural precession always tends to swamp the rotation due to the Earth's motion. There is a solution, however: the behavior of the ellipsoidal motion is inversely proportional to the pendulum's length. So the traditional answer has been to use a very long pendulum (Foucalt's original in Paris is 67 meters long). Now scientists at Carnegie Mellon University have another solution (abstract). They've created a motor that drives a pendulum in a way that always cancels out the precession. That means the effect of Earth's rotation can be seen on much shorter pendulums such as the 3-meter pendulum on which they've tested their motor. That's just the start though. They say there is no limit to how short the new generation of Foucault Pendulums can be, and even talk about the possibility of tabletop devices."

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