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- Path: sparky!uunet!think.com!ames!purdue!mentor.cc.purdue.edu!hrubin
- From: hrubin@mentor.cc.purdue.edu (Herman Rubin)
- Subject: Re: What can we have for an educational system?
- Message-ID: <By47oF.2z3@mentor.cc.purdue.edu>
- Organization: Purdue University Statistics Department
- References: <1992Nov19.004734.20143@linus.mitre.org> <By3CFt.4HJ@eis.calstate.edu>
- Date: Sun, 22 Nov 1992 11:24:15 GMT
- Lines: 36
-
- In article <By3CFt.4HJ@eis.calstate.edu> kmushal@eis.calstate.edu (KAYE MUSHALIK) writes:
-
- ............................
-
- >I had a teacher in high school who had a PhD but couldn't teach worth
- >"beans". It was obvious that he knew his subject well but he couldn't
- >convey any excitement to us. I don't claim to be brilliant, but there
- >were kids in my class who were and they even had trouble with the subject.
- >Yes, it's important to know the subject matter, but it is more important to
- >know how to make that subject EXCITING and RELEVANT to the students' lives.
-
- A teacher has to work with both the structure of the subject and also the
- background of the students. Some things can be made exciting by some people,
- but not by all. As for relevance, education is for the future, not the
- present, and teaching in a logical manner may require a great deal of
- apparently irrelevant material before the relevance can be seen.
-
- One of the weaknesses of our miseducational system is that there is far too
- much of an emphasis on teaching children to memorize what is immediately
- applicable in the elementary and secondary schools. This continues on to
- the universities now, and is even reaching the graduate schools. There
- does not seem to be any immediate relevance of the axiomatic approach to
- geometry when it is given, but the child is under great unlearning stress
- if computational junk is given at that stage instead of reasoning.
-
- This also holds in other fields. Is a child forced to do rote taxonomy
- in the lower grades any better prepared to understand molecular biology,
- or even worse, the problems of biochemistry which involve both physical
- and chemical structure of biological materials, later? Is the child
- who learns ancient physics better able to understand the simpler, but
- mathematically involuted, models later? The answer is almost certainly NO.
- --
- Herman Rubin, Dept. of Statistics, Purdue Univ., West Lafayette IN47907-1399
- Phone: (317)494-6054
- hrubin@snap.stat.purdue.edu (Internet, bitnet)
- {purdue,pur-ee}!snap.stat!hrubin(UUCP)
-