SOFTWARE ENGINEERING (4 Credits)

Learning Outcomes:

On successful completion of this course, students will be able to: Describe the concepts of software process models and the opportunity for potential business project; Explain the software engineering practices and business environment; Demonstrate the quality assurances and the potential showcase business project; Analyze the software project management and the proposed potential business project.

Topics:

1. The Nature of Software and Software Engineering (L);
2. The Software Process (L);
3. An Introduction to Software Engineering (T);
4. Requirement Engineering and Modeling (L);
5. Customer Insight and Market Analysis (T);
6. Design Concepts and Engineering (L);
7. Understanding Requirements (T);
8. Requirements Modeling (T);
9. Business Model Environment (L);
10. Design Process (T);
11. Quality Concepts and Review Techniques (L);
12. Design Engineering and Quiz (T);
13. Software Quality Assurance and Software Testing Strategies (L);
14. New Product / Service Development (T);
15. Testing Applications and Security Engineering (L);
16. Prototyping Products or Services (L);
17. Software Quality Assurance and Software Testing Strategies (T);
18. Formal Modeling and Software Configuration Management (L);
19. Project Management Concepts, Product and Project Metrics (L);
20. Software Testing and Software Configuration Management (T);
21. Estimation for Software Projects and Project Scheduling (L);
22. Software Project Management and Software Metrics (T);
23. Risk Management , Maintenance and Reengineering (L);
24. Estimation and Software Projects Scheduling (T);
25. Evaluating Product/ Services Prototype (L);
26. Evaluating Product/ Services Prototype (T).