PROGRAM DESIGN METHODS (4 Credits)

Learning Outcomes:

On successful completion of this course, student will be able to: Explain program design method; Apply the process of program developing; Design the application using program design method; Demonstrate the use of program design method; Explain the object oriented design; Design the application using the object oriented design.

Topics:

1. Program Design, Pseudocode, and Developing an Algorithm (L);
2. Selection and Repetition Control Structure, Pseudocode Algorithms Using Sequence, Selection and Repetition (L);
3. Program Design and Pseudocode (T);
4. Developing an Algorithm (T);
5. Array Processing and First Steps in Modularisation (L);
6. General Algorithms for Common Business Problems (L);
7. Selection Control Structures, Repetition Control Structures, and Pseudocode Algorithms Using : Sequence, Selection and Repetition (T);
8. Array Processing and First Steps in Modularisation (T);
9. Communication Between Modules, Cohesion, and Coupling (L);
10. General Algorithms for Common Business Problems and Communication Between Modules, Cohesion, and Coupling (T);
11. Communication Between Modules, Cohesion, and Coupling and Quiz (T);
12. Review Simple Structured Program Design (L);
13. Introduction to Object Oriented and Use Case (L);
14. Introduction to Object Oriented (T);
15. Use Case Diagram (T);
16. Activity Diagram (L);
17. Class Relationship and Class Diagram (L);
18. Identifying Functionality : CRC Cards and State Diagrams (L);
19. Use Case and Activity Diagram (T);
20. Identifying Functionality : CRC Cards and State Diagrams (T);
21. Class Diagram and State Diagram (L);
22. Interaction Diagram (L);
23. Implementation Diagram (L);
24. Class Diagram, State Diagram and Interaction Diagram (T);
25. Implementation Diagram & Quiz (T);
26. Review of Object Oriented Development (L).