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