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- From: dal3@cbnewsg.cb.att.com (dale.e.parson)
- Subject: Re: Advice needed on relevance of Computer Science Classes/Major.
- Message-ID: <1993Jan12.170353.5425@cbfsb.cb.att.com>
- Sender: news@cbfsb.cb.att.com
- Organization: AT&T
- References: <1itclaINNch0@usenet.INS.CWRU.Edu>
- Date: Tue, 12 Jan 1993 17:03:53 GMT
- Lines: 78
-
- In article <1itclaINNch0@usenet.INS.CWRU.Edu> am893@cleveland.Freenet.Edu (Michael Hauben) writes:
- >
- >
- >I would like to be able to study and contribute to the new
- >field of computer networking and telecommunications.
- >
- >Is Computer Science a valuable major as an undergraduate
- >student? Or is it at most *training* for a job?
- >
- >Data Structures
- >Discrete Math
- >Fundamental Algorithms
- >Software Design Laboratory
- >Computer organization
- >
- >lead to the possibility of taking
- >
- >Operating Systems
- >and
- >Computing Networks
- >
- >I have already taken Introduction to Computer Science /
- >Programming in the Scheme dialect of Lisp, and a 1-point C
- >programming language course.
- >
- >What I would like to know, from those both currently in the
- >major, and those working outside of academia in the computer
- >industry, is if the computer science major is worthwhile. If
- >it does represent an education and not just a training?
- >
- >I am currently trying to figure out my approach for
- >determining my major. So, any help or advice would be
- >appreciated.
- >
- > Thanks,
-
- Determining a major depends as much on aptitude and enjoyment for the
- field as it does upon economic value (although the latter is very
- important too). I'll assume you like designing software and have shown
- some promise. The quality of the major depends upon your school's dept.
- and on the program of study that you & your advisor work out. You should
- have an aptitude for mathematics to succeed in this field, & assuming
- you do, my advise is the following:
-
- 1. Get a good dose of mathematical logic ('predicate calculus'), set
- theory & function theory somewhere in your undergrad.
-
- 2. Make sure to take core advanced CS courses that cover computational
- complexity (probably a course in analysis of algorithms), also courses
- that cover formal grammars and automata (a course in compiler design
- typically covers some of this).
-
- 3. Although you needn't formally do a minor, pick a general application
- area & take as much as you can there. Most software engineers wind up
- having to know as much about their application area as they do about
- computer science. If you have a general application area planned--you
- mentioning networking & telecom--maybe some electrical engineering courses
- or physics courses in electricity & electronics, perhaps even a communications
- dept. course that uses some of these technologies. If I were
- planning to do biomedical or genetic engineering related computing, I'd
- take lots of biology--probably physiology & anatomy for the former,
- genetics for the latter.
-
- 4. Take as much math as you can (can stand, can do reasonably well).
-
- That probably just about fills up an undergrad. If you do an undergrad
- major like this then a CS degree should be worthwhile. Coming out JUST
- knowing CS stuff is not enough for some jobs, but if you have an application
- area that you like & have some background in its terminology & concepts,
- & have lots of math (the ability to turn a specific problem into a more
- abstract, formal one is the key to writing robust, flexible software, and
- this is primarily a mathematical activity), then the CS degree is worthwhile.
-
- Some schools have too much of a *training* emphasis, but probably of
- equal danger is over-concentration on CS-only issues without understanding
- how to apply these CS concepts in the world. It is applied mathematics.
-
- Dale Parson, Ph.D., Bell Labs
-