[comp.edu] More on CS support

pjd@mandrill.UUCP (dr. funk) (08/24/87)

Thanks to Eric Green for his comments on my message about donations.

1. The ERTA incentives and requirements were there primarily to qualify
for a tax break. This would make the bean counters happy at Big Computer
Manufacturer. (FYI: Read "the Reckoning" by Halberstam to see how
beanies can screw up well-intentioned technical people.)

2. Even with the number of donations that are made every year,
the facility situation in all fields of engineering and science remains
critical nationwide. What computer people need is power in Washington
to fight for our needs. How many Crays/workstations/etc. could be
purchased instead of some multi-billion dollar accelerator for a bunch
of -------- physicists?

3. Indeed, many PhD's will disappear into a lab somewhere. However,
we don't all write papers for JACM -- some of us teach and practice
engineering. (Please don't start me on how tenure policies encourage
theoretical screeds over good teaching and the development of sound
academic engineering principles and methodology!) PhD students are
not the only ones that benefit from donations.....

4. Yes, the funding/support situation is pretty bad all over. Now,
rather than look at our own situations (poor facilities,
low student support, insufficient research funding, whatever), let's
think national policy.

  >> What will happen to our national competitiveness and national
  >> security if this trend continues?

5. At every commencement, I look at the line of graduating lawyers
and the line of graduating engineers (especially at the MS/PhD level)
and get depressed. Looks like our national priorities are a bit
out of wack.


-- 

paul drongowski				sun!cwruecmp!pjd
case western reserve university		pjd@CWRU.EDU

gwl@rruxa.UUCP (George W. Leach) (08/26/87)

In article <2229@mandrill.UUCP>, pjd@mandrill.UUCP writes:
> 
> 4. Yes, the funding/support situation is pretty bad all over. Now,
> rather than look at our own situations (poor facilities,
> low student support, insufficient research funding, whatever), let's
> think national policy.
> 
>   >> What will happen to our national competitiveness and national
>   >> security if this trend continues?
> 
> 5. At every commencement, I look at the line of graduating lawyers
> and the line of graduating engineers (especially at the MS/PhD level)
> and get depressed. Looks like our national priorities are a bit
> out of wack.
> 

        The priorities of many individuals will constantly be out of
wack, no matter how much support or how little is provided for the
engineering and science programs.  How many people become lawyers,
doctors, and dentists strictly for the money?  If there is money to
be made in engineering and science, then these types will start 
showing up in greater numbers at the graduate levels in these fields.
In fact, to an extent this is happening with many CS programs.  I have
seen numerous people who want to switch careers to computers, due to
the opportunities it provides for jobs and money.  Some only wish to
use the field as a stepping stone into a management position.

        Now, if greater support was provided on a national level for
increasing faculty salaries and supporting research on a wider basis
how would this affect the desirability of an academic position over
an industry one?  Certainly, there are well intentioned people who
would prefer to teach, but perhaps the money is not what they want.
Then there may also be those who are only concerned with the money
and not with teaching.  I think that it is obvious which type of
person a university would like to attract, but will higher salaries
be enought to ensure that will occur?

        I feel that industry must pick up the ball here.  Industry
benefits from the product of universities.  Perhaps industry might
help ensure that the quality of the universities' graduates remain
high, not only with equipment and research support, but with qualified
people to help boslter the faculty.  Why not allow a few hours a week
off for a scientist or engineer to teach a class?  Sure many do in
the evenings, but why not during the day where a greater impact can
be felt?

> 
> -- 
> 
> paul drongowski				sun!cwruecmp!pjd
> case western reserve university		pjd@CWRU.EDU


George W. Leach

Bell Communications Research      New Jersey Institute of Technology 
444 Hoes Lane       4A-1129       Computer & Information Sciences Dept.
Piscataway,  New Jersey   08854   Newark, New Jersey   07102
(201) 699-8639

UUCP:  ..!bellcore!indra!reggie
ARPA:  reggie%njit-eies.MAILNET@MIT-MULTICS.ARPA

From there to here, from here to there, funny things are everywhere
Dr. Seuss "One fish two fish red fish blue fish"

mps@duke.cs.duke.edu (Michael P. Smith) (08/27/87)

In article <297@rruxa.UUCP> gwl@rruxa.UUCP (George W. Leach) writes:

> Perhaps industry might
>help ensure that the quality of the universities' graduates remain
>high, not only with equipment and research support, but with qualified
>people to help boslter the faculty.  Why not allow a few hours a week
>off for a scientist or engineer to teach a class?  

Obviously you have never taught.  If you have taught a course several
times and know it *cold*, AND you have a sufficient number of teaching
assistants, you might be able to do a good job in a three-hour course
in less than ten hours a week. More typical would be a 12 to 15 hour
commitment a week per course.

Of course, you COULD teach a three-hour course in three hours a week
(or less), but your suggestion, I take it, was meant to improve the
quality of CS programs.

____________________________________________________________________________
"Early skepticism to the contrary notwithstanding, some biologically 
embodied intelligences are now able to play very decent games of chess
(quite a few of them can beat computers)." 	Jerry Fodor

Michael P. Smith	ARPA:	mps@duke.cs.duke.edu
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