chess: (aaaigh! (fear))
Have worked out that most of my first-year notes are either available online or of no consequence to me subsequantly, and informed that my junk is taking up too much space at home and I need to drastically reduce the amount of Stuff I have.

[Poll #312501]

Date: 2004-06-24 12:31 pm (UTC)From: [identity profile] jaq.livejournal.com
Are you continuing being a CompSci next year? My experience was that there wasn't a lot that really carried over from one year to the next.

And having said that, recently I've been sorting my stuff prior to [livejournal.com profile] theora moving in, and found some of my lecture notes :-/ I think they may be slightly out of date now.

Date: 2004-06-24 01:52 pm (UTC)From: [identity profile] king-of-wrong.livejournal.com
My experience was that there wasn't a lot that really carried over from one year to the next

Blatantly there is - Continuous Mathematics has a lot on the Fourier stuff from Ia maths and I'd imagine that Discrete Maths makes a few more indirect appearances (after RL&FA). Things like PP&E are probably useless and OS I/Java/electronics are assumed to be Known by the end of the first year - so if you're not 100% on them, keep the notes.

The bench subject (Physics/MMS/whatever) is useless for next year but might be handy in the future (after graduation) - I'm chucking my notes but I bought a copy of the textbook. I've found that stuff I learned at GCSE/A-level is still quite handy to know from time to time.

/me embraces his inner packrat

Date: 2004-06-24 02:11 pm (UTC)From: [identity profile] ruhe.livejournal.com
Gah. I could have used the Fourier stuff in my Wireless networks class. They assumed that we all knew what was being talked about - I didn't.

Date: 2004-06-24 04:32 pm (UTC)From: [identity profile] jaq.livejournal.com
I never did any of that Fourier stuff.

Date: 2004-06-24 04:52 pm (UTC)From: [identity profile] ruhe.livejournal.com
I did - or tried to. It made me cry. I checked out about 18 books for undergrads, had several long conversations with my professor, and finally got a decent answer from a good friend of mine studying geophysics - apparently the waves work the same in the air (wireless) and in the ground (earthquakes and sound).

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Michelle Taylor

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