The document introduces IEEE 12207, a standard aimed at improving software lifecycle processes and project management in IT, highlighting the poor success rates of many software projects due to inadequate practices. It discusses the complexities of software engineering, reasons for project failures, and outlines necessary processes for acquiring and managing software-intensive systems effectively. Ultimately, it advocates for robust project planning, execution, and continuous improvement methodologies to enhance success rates in software development.

1. Introduction to IEEE 12207 Information technology - Software life cycle processes

2. Scope: Management of Software Development Projects IT project management ISO/IEC 12207

3. IT software projects have a poor success record YET ! The problems can be solved with this standard.

4. Concepts from the ISO/IEC/IEEE 12207 standard can help the software director and the business in general to achieve greater success with their employees

5. Knowledge from Standards & books: IEEE Standard 12207:2008, Information Technology - Software Life Cycle Processes

6. IEEE Standard 1062, Recommended practice for software acquisition

7. IEEE Standard 1058, Standard for software project management plans Books Software engineering project management, Edited by R. Thayer, IEEE Computer Society, 1997.

8. Software Engineering by IAN Sommerville

9. Professionalism and Economics SW requirements

10. SW design

11. SW construction

12. SW testing

13. SW maintenance

14. IT and software Just about every modern product or service depends on software Software intensive products/services include: As local as embedded software

15. As wide as the World Wide Web

16. transportation of all kinds

17. financial markets

18. Software competence Companies dependent on IT projects need to master the software technology to stay competitive

19. Produce quality products that satisfies user needs

20. Meet committed costs

21. Meet the planned schedules

22. Known Disadvantage 70 - 80 % of companies do not have a process able to support the demands of project control

23. What is software engineering? Software engineering is concerned with applying scientific principles and management skills to develop software intensive systems and products for use by society within the constraints of: Time,

24. money,

25. technology,

26. quality,

27. business.

28. Software Engineering Business

29. Money

30. Technology

31. Quality

32. Time Profit Budget Platform & Domain Reliability Schedule

33. Why are software projects difficult ? Invisible product

34. Lack of physical constraints

35. Inadequate systems engineering