This program is a comprehensive exposure to programming languages, algorithms and problem solving in preparation for upper division computer science courses. The Computer Science degree includes substantial course work in mathematics as is required by most university computer science programs.

Core Requirements (36 Units)	Units
CISP 300 - Algorithm Design/Problem Solving	3
CISP 310 - Assembly Language Programming for Microcomputers	4
CISP 360 - Introduction to Structured Programming	4
CISP 400 - Object Oriented Programming with C++	4
CISP 430 - Data Structures	4
CISP 440 - Discrete Structures for Computer Science	3
CISP 453 - Introduction to Systems Programming in UNIX	4
MATH 400 - Calculus I	5
MATH 401 - Calculus II	5

Recommended Electives

II(b). Language and Rationality: Communication and Analytical Thinking CISP 310 - Assembly Language Programming on Microcomputers III(b). Living Skills: Life Development Skills CISC 300 - Computer Familiarization IV. Natural Science CHEM 400 - General Chemistry PHYS 410 - Mechanics of Solids and Fluids Other program elective(s) to complete the 60-unit degree requirement CISP 370 - Beginning Visual Basic CISP 371 - Intermediate Visual Basic CISP 401 - Object Oriented Programming with Java PHYS 421 - Electricity and Magnetism

Additional Requirements
The Computer Science Associate in Science (A.S.) Degree may be obtained by completion of the required program, plus general education requirements, plus sufficient electives to meet a 60-unit total. See ARC graduation requirements.