Emphasis in writing scientific programs using FORTRAN compiler. Use of data types, subroutines, functions, arrays, and files is discussed.

An introduction to the principles of computer programming with emphasis on problem solving methods. The topics include an introduction to data representation, data types and control structures, procedures and functions, and programming methodology.

An introduction to object-oriented programming language using abstract data type. Emphasis will be placed on encapsulation, inheritance and polymorphism, recursive programming, pointers, linked lists, stacks, strings, and trees.

An introduction to Java, which is a simple, object-oriented, distributed, interpreted, robust, secure, architecture-neutral, portable, high-performance, multithreaded and dynamic language. The course includes extensive use of classes, support of networking, basic data structures, abstract data type, recursion, and searching and sorting.

An introduction to LISP, a fifth-generation computer language that takes programming into a new dimension for artificial intelligence programming. Students learn a new logical approach and build powerful applications, such as expert systems. The course focuses on data types, the NIL, integers, character strings, file ports, compiled function atoms, cells, lists, strings, and symbol functions.

An introduction to UNIX operating system which will provide a convenient and consistent interface to the wide variety of peripheral devices that are connected to the computer. Students learn history and fundamentals of SunOS (SUN Operating System), by entering commands using Shell, the UNIX file systems, text file utilities, Vi editor, Shell scripts, AWK (Aho, Weingerger, Kernighan) programming language, and Local Area Networking Utilities.

An introduction to the powerful high-order programming language for software design. Emphasis is on Ada program structure, types of variables, Ada control statements, Ada fundamentals, procedures and function, packages, generics, and Ada resources.

A comparative study of programming languages. Topics included are recursion, passing parameters in structured programs, control structures, and storage allocation techniques. UNIX compilers for these languages will be used.

Introduction to computation complexities, object-oriented programming, basic data structures like lists, stacks, trees, recursion, and graphs.

An introduction to Visual Basic and Windows 95 applications. Topics include Form, List Box, Text Box, Scroll Bars, Menu, and other windows resources.

An introduction to Delphi and Windows 95 applications. Topics includes: Form, List Box, Text Box, Scroll Bars, Menu, and other windows resources.

An introduction to Power Builder and Windows 95 applications. Topics include Form, List Box, Text Box, Scroll Bars, Menu, and other windows resources.

An introduction to Java and Web page programming. Students write basic Java applet.

Introduction of distributed system architectures, data transmission, protocol levels, types of network layers, terminal based networks, modems, and multiplexers. A unique feature of this course is that students set up a LAN using Solaris, Novell and Windows NT. The course provides hands-on experience for students.

A course designed to introduce basic principles of software engineering, the process of producing a software product, project planning, development, and management. Each student is expected to walk through the complete process by implementing a software project.

Work and study experience in various areas of computer science.

Work and study experience in various areas of computer science.

Work and study experiences in various areas of computer science.

Study of process control, CPU scheduling, primary memory management, and secondary memory management.

Introduction to database application design. Topics include problem analysis, various data models, implementation using Microsoft access, forms, reports, SQl, and database programming.

Introduction to compiling process, language elements, finite automata, grammar, parsing methods, top-down parsing, bottom-up parsing, and code generation.

Introduction of basic concepts in artificial intelligence. Topics include optimal search, learning algorithms, various neural network architecture and various software.

A course requiring students to read technical papers, implement a software project, and write a report of the research project.