1. Software Engineering Rekayasa Perangkat Lunak Kuliah 05

2. Outline of this presentation The Generic Software Process Model (SDLC- software development life cycle) – Waterfall Model – Spiral Model 2

3. Generic Software Process Model 3  Waterfall model  Spiral model  Incremental model  Prototyping model  Extreme Programming  Rational Unified Process  The Opportunistic approach

4. 4 Waterfall model Generic Software Process Model

5. 5 Waterfall model 1.The classic way of looking at Software Engineering. that accounts for the importance of  requirements,  design and  quality assurance. Generic Software Process Model

6. 6 Waterfall model 2.The model suggests that software engineers should work in a series of stages. 3.The waterfall model also recognizes, to a limited extent, that you sometimes have to step back to earlier stages. Generic Software Process Model

7. 1.It implies that you can get the requirements right by simply writing them down and reviewing them. 7 Waterfall model Problems

8. Generic Software Process Model 8 Waterfall model Problems 2.The model implies that you should attempt to complete a given stage before moving on to the next stage. This makes it difficult to respond to changing customer requirements after the process is underway

9. Generic Software Process Model 9 Waterfall model  This model is only appropriate when the requirements are well-understood

10. 10 Generic Software Process Model Spiral model

11. 11 PROJECT ENTRY POINT Generic Software Process Model Spiral model

12. 12 SECOND PASS Generic Software Process Model Spiral model

13. 13 THIRD PASS Generic Software Process Model Spiral model

14. 14 FOURTH PASS Generic Software Process Model Spiral model

15. 15 Customer Communication Establish effective communication Requirement elicitation Generic Software Process Model Spiral model

16. 16 Planning Define: Scope Resources, Alternatives Timelines etc. Generic Software Process Model Spiral model

17. 17 Assess Technical risks and Management risks Risks identification Risks handling Risk Analysis GO NO GO DECISION Generic Software Process Model Spiral model

18. 18 Engineering Development of Product First deliverable until Working product Generic Software Process Model Spiral model

19. 19 Construction & Release Construct, Test, Install, Provide User Support Generic Software Process Model Spiral model

20. 20 Obtain feedback from customer Customer Evaluation Generic Software Process Model Spiral model

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23. Terimakasih….. Untuk mahasiswa/i yang tidak ngantuk dan tetap konsentrasi Mengikuti Perkuliahan. Sampai berjumpa minggu depan …….. (Dalam perkuliahan dan dosen yang sama)