Question for comp sci majors or grads

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SUMMARY

The discussion centers on the necessity of mathematics and physics knowledge for core computer science courses. Participants confirm that while a strong foundation in discrete mathematics and logic is essential, advanced topics like calculus and physics are not heavily emphasized in the curriculum. Specifically, courses such as data structures, object-oriented programming, and operating systems do not require extensive prior knowledge of calculus or differential equations. Therefore, restudying these subjects is deemed unnecessary for success in the program.

PREREQUISITES
  • Understanding of discrete mathematics
  • Familiarity with logic and probability
  • Basic knowledge of data structures
  • Awareness of object-oriented programming principles
NEXT STEPS
  • Review discrete mathematics concepts relevant to computer science
  • Study logic and probability applications in programming
  • Explore data structures and their implementations in various programming languages
  • Learn object-oriented programming techniques and design patterns
USEFUL FOR

Computer science students, particularly those transitioning from other disciplines, and anyone preparing for core computer science courses who seeks clarity on the mathematical prerequisites.

mmapcpro
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Do your core comp sci courses require strong working knowledge of mathematics and physics?

I am transferring some undergrad credits from a physics program into a comp sci program, but
my math and physics classes were about 10 years ago. I got A's in physics 1 and 2, calc 1, 2, 3, and diff eq, but I haven't touched those books in years.

If I jump into the comp sci degree, I'll be getting into the core comp sci classes (data structures, object oriented, operating systems, etc.

Here is a link to the program: http://www.admissions.wichita.edu/factsheets/Computer Science.pdf

How hard should I stress on restudying all of that math and physics before school starts in January?
 
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I wouldn't worry about it. IMO you shouldn't restudy those things before school starts.
A. Most of the math we use is discrete math and logic. Some probability.
B. Courses with emphasize on calculus/algebra/geometry/etc., like image processing, graphics, compression, etc., are not in your program.
C. Physics & Diff. Equations aren't used _at all_ (at least not here).
 

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