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CSCI 2030  MATHEMATICAL FOUNDATIONS OF COMPUTER SCIENCE (3 credits)

This course introduces discrete mathematics concepts that are foundational for the study of computer science such as functions, relations, and sets, basic logic, methods of proof, mathematical induction, computational complexity, recursion, counting, recurrences, and relations.

Prerequisite(s)/Corequisite(s): (CIST 1400 with grade of C or better) AND (MATH 1930 or MATH 1950 with grade of C- or better)

Computer Science

http://catalog.unomaha.edu/undergraduate/college-information-science-technology/computer-science/

The Computer Science program provides a firm foundation in the theory and application of computing while allowing for additional concentration in areas of choice, such as information systems, mainframe computing, computer networking, telecommunications, data and knowledge engineering, and software development. This discipline is based on building software tools that make computers useful.

Mathematics Minor

http://catalog.unomaha.edu/undergraduate/college-arts-sciences/mathematics/math-minor/

...for both MATH 2230 and MATH 2030 / CSCI 2030 . Bioinformatics Discrete Mathematics Track The Discrete...

Electrical Engineering, Bachelor of Science

http://catalog.unomaha.edu/undergraduate/college-engineering/electrical-computer-engineering/electrical-engineering-bs/

...to Sustainable Landscape Design CSCI 3710 Introduction to...Computer Science II MATH 2030 Discrete Mathematics or...