Often the "I have done programming since I was 8 years old" guys horrible fail in CS. CS is not about programming but about algorithms, analytical thinking, etc.
Indeed. I fell into precisely this trap in college. I wanted to learn programming so I became a CS major. While I did manage to pick up and do well enough with the algorithms and analytical thinking, but my university required what seemed to me to be too much electrical engineering as part of CS. Since I had neither the interest nor the aptitude for that, I promptly failed out and returned as a German major. ;)
Lesson Learned: Find out what you're getting yourself into before you commit to it.
-rattus
__________
He seemed like such a nice guy to his neighbors /
Kept to himself and never bothered them with favors
- Jefferson Airplane, "Assassin"
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Unfortunatly that seems to happen quit often. But many young students forget to think wether CS is really the subject they want to study.
That's very true. If I would have had better knowledge of the exact contents of the CS studies, I don't think I would have started them. It's hard to know how things will turn out when choosing studies or more ahead, jobs. Hindsight is always 20/20, but I would have better started something else. You are right about the "what would I like to study if there was no CS?" Probably nothing scientific at all, I don't like numbers. I like to be creative, more to the artistic side, quite the opposite of scientifical studies and especially CS, it seems...
So, to return a bit to topic and not bore y'all to death, yes, I think there should be basic math in CS degrees, but in proportion to what is useful to the average graduate. The point that they might have to write seriously mathematical software is rather invalid, in my personal opinion. Why don't you require medical/legal/linguistic/... knowledge too, then?
It would be better to provide specialization options in each specific type of study, e.g. math degree with a cs option, med degree with cs option, etc. This will be more useful since computers are used in about every profession these days, and CS majors can't be expected to understand all of these fields just because they might have to program for it. By using people who studied something more relevant to the type of specialized software being written, the specific needs and problems will be easier to capture, analyze and solve.
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The point that they might have to write seriously mathematical software is rather
invalid, in my personal opinion. Why don't you require medical/legal/linguistic/... knowledge too, then?
Mathematical studies in the field of computer science have nothing to
do with preparing students for writing mathematical software. It is
to provide students with the tools needed for the study, design, and
analysis of algorithms.
By using people who studied something more relevant to the type of
specialized software being written, the specific needs and problems
will be easier to capture, analyze and solve.
That may well be true, but that domain specific knowledge doesn't
help the programmer/designer figure out algorithms appropriate to
the task or to decide if certain approaches are even computationally
feasible.
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