Contra Costa College

Corequisite: CIS-095A-D
This course covers topics in computer information systems. Topics will be chosen to supplement and serve as additions to current offerings in the area, and will be announced each term in the current schedule of classes.

This course covers topics in computer science. Topics will be chosen to supplement and serve as additions to current offerings in the area, and will be announced each term in the current schedule of classes.

Advisory: MATH-171
This course provides an overview of scientific computing. Its goal is to help students become comfortable using computers to do science and to provide them the computational framework they can use throughout their scientific career. Students will be introduced to topics such as data types and methods, visualization techniques, and numerical integration.

Advisory: MATH-171
This course is an introduction to computer science using the C++ language with object-oriented design. Topics include algorithms, data structures, top down design, stepwise refinement, procedural abstraction, machine representation of data and programs, recursion, program correctness/efficiency, information hiding, abstract data types using pointers (linked lists, etc.).

Prerequisite: COMP-251
This course is designed to present programming concepts and methodology for large high-level language programming tasks using data abstraction, structures, and associated algorithms. Topics include lists, stacks, queues, trees, hash tables, sorting, searching, and recursion. There will be at least one programming assignment of 500-750 lines.

Advisory: MATH-171
This course emphasizes programming techniques using the JAVA programming language. The syntax of JAVA and advanced topics such as objects, classes, methods, and special applications will be Covered.

Advisory: MATH-171
This course provides an introduction to computer science using the SCHEME programming language and techniques of functional programming. Topics include methodologies for program design, development, style, testing, and documentation; algorithms, control structures, sub-programs, and elementary data structures. This course covers functions and list structures; operations on lists, recursion, iteration, programming style; and Lambda expressions. The course includes laboratory problems using a SCHEME complex.

Prerequisite: COMP-251
This course provides an introduction to the organization and structure of the computer’s major hardware and software components, elemental computer circuits and systems, and machine and assembler language programming. Students will write on assembly language interrupt handler.