Required Course Learning Outcomes:

 1.  Demonstrate the program development process and algorithm development.

 2.  Convert decimal numbers to and from binary and hexadecimal.

 3.  Develop programs with thorough consideration of the Software Development Life Cycle (SDLC).

 4.  Write programs with correct language syntax.

 5.  Write programs with input/output from the keyboard and file using multiple data types.

 6.  Demonstrate how operators work with different data types.

 7.  Identify how data is represented in a computer system.

 8.  Use logical expressions in a program.

 9.  Describe scope and lifetime rules.

 10. Create programs with multiple decisions and loops.

 11. Explain the concept of program flow.

 12. Use system and programmer-defined functions and methods with value parameters and/or reference parame-ters in a program.

 13. Describe recursive functions.

 14. Differentiate data types in a structure and class.

 15. Use pointers and references in a program.

 16. Write a program with arrays.

 17. Explain object-oriented methodology in program design.

 18. Define the object-oriented principles.

 Required Topical Outline:

 I.    Program development process and algorithm development

 II.   Software Development Life Cycle (SDLC)

        A.  Analysis

        B.  Design

        C.  Testing

        D.  Coding standards

        E.  Documentation

 III.  Number conversions

        A.  Decimal

        B.  Binary

        C.  Hexadecimal

 IV.   Programming language syntax

 V.    Data types and operators

 VI.   Data representation

 VII.  Input/Output from a keyboard

 VIII. Logical expressions

 IX.   Scope and lifetime rules

 X.    Decisions and iterations

 XI.   Functions and methods

 XII.  Arrays

 XIII. Input/Output from a file

 XIV.  Pointers and references

 XV.   Object-oriented methodology

        A.  Unified Modeling Language (UML)

        B.  Object-Oriented Analysis and Design (OOAD)

 XVI.  Object-oriented principles

        A.  Polymorphism

        B.  Inheritance

        C.  Encapsulation

        D.  Abstraction