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MUTU PROYEK SISTEM

MUTU PROYEK SISTEM. SESI : 13 BY ARISM,SKOM,MMSI. Tujuan dari Matriks Software. Pengukuran yang akurat dan tepat waktu Menilai kualitas proyek secara keseluruhan Sebagai dasar untuk estimasi biaya dan jadwal penyelesaian proyek secara akurat.

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MUTU PROYEK SISTEM

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  1. MUTU PROYEK SISTEM SESI : 13 BY ARISM,SKOM,MMSI. MANPRO-M13: MUTU PROYEK SISTEM

  2. Tujuan dari Matriks Software • Pengukuran yang akurat dan tepat waktu • Menilai kualitas proyek secara keseluruhan • Sebagai dasar untuk estimasi biaya dan jadwal penyelesaian proyek secara akurat MANPRO-M13: MUTU PROYEK SISTEM

  3. Sistem Perangkat Lunak SI Yang Sukses, Proses Dari Awal Sampai Proses Akhir Terdefinisi (Dibuat) Dengan Sempurna. • Tangguh • Kinerja baik • Selesai dengan sempurna MANPRO-M13: MUTU PROYEK SISTEM

  4. Pembuatan Software Secara Modern Mencakup : • Perencanaan, dapat mengakomodasi kebutuhan dan arsitektur yang terus berkembang • Penanganan manajemen resiko, dan pengukuran progres dan kualitas secara objektif • Kemampuan sistem yang terus dikembangkan melalui peningkatan fungsi-fungsi MANPRO-M13: MUTU PROYEK SISTEM

  5. Tujuh Matriks Inti Indikator Manajemen • Pekerjaan dan kemajuan (kinerja) • Biaya dan pengeluaran • Penugasan dan tim dinamik (perubahan personel) • Indikator Kualitas • Perubahan kebijakan dan stabilitas • Kerusakan dan modularity • Rework dan adabtability • Mean time between failure(MTBF) •  defect rate MANPRO-M13: MUTU PROYEK SISTEM

  6. Iterative Development: Pengelolaan Perubahan Dan Mengukur Perubahan Aspek Yang Paling Penting Dalam Matriks MANPRO-M13: MUTU PROYEK SISTEM

  7. Planning and analysis Design Assessment Implementation Gambar Iterative Process MANPRO-M13: MUTU PROYEK SISTEM

  8. The phases of the life-cycle process Engineering Stage Production Stage Inception Elaboration Construction Transition Idea Architecture Beta Release Product MANPRO-M13: MUTU PROYEK SISTEM

  9. Proses Workflow • Aktivitas-aktivitas dari proses pembuatan perangkat lunak dibagi kedalam 7 workflow utama sbb: • Management • Environment • Requirement • Design • Implementation • Assessment • Deployment MANPRO-M13: MUTU PROYEK SISTEM

  10. Tujuh Level Workflow • Management workflow: controlling the process and ensuring win condition for all stakeholder • Environment workflow: automating the process and evolving the maintenance environment • Requirement workflow: analyzing the problem space and evolving the requirements artifacts • Design workflow: modeling the solution and evolving the architecture and design artifacts • Implementation workflow: programming the components and evolving the implementation and deployment artifacts • Assessment workflow: assessing the trends in process and product quality • Deployment workflow: transition the end products to the user MANPRO-M13: MUTU PROYEK SISTEM

  11. Inception Elaboration Construction Transition Management Environment Requirements Design Implementation Assessment Deployment Actifity levels across the life-cycle phase MANPRO-M13: MUTU PROYEK SISTEM

  12. Allocated Usage scenarios Result from the previous iteration • Up-to-date risk assessment • Controlled baselines of artifacts • Demonstrable results • - Requirements understanding • - Design features/performance • - Plan credibility Management Requirements Design Implementation Assessment Deployment Result for the next iteration The workflow of an iteration MANPRO-M13: MUTU PROYEK SISTEM

  13. Iteration emphasis across the life cycle Management Requirements Design Implementation Assessment Deployment Inception and Elaboration Phase MANPRO-M13: MUTU PROYEK SISTEM

  14. Iteration emphasis across the life cycle Management Requirements Design Implementation Assessment Deployment Construction Phase MANPRO-M13: MUTU PROYEK SISTEM

  15. Iteration emphasis across the life cycle Management Requirements Design Implementation Assessment Deployment Transition Phase MANPRO-M13: MUTU PROYEK SISTEM

  16. Integrasi yang Terus-Menerus • Iterative development (design arsitektur pertama-tama dilakukan) • Verifikasi aktivitas pada phase design, sehingga dapat dideteksi dan solusi terhadap permasalahan lebih cepat • Menghindari “big-bang integration” pada akhir masa pembuatan proyek MANPRO-M13: MUTU PROYEK SISTEM

  17. PERSIAPAN PRESENTASI PROPOSAL PROYEK SISTEM TUGAS MANDIRI 1 PADA PERTEMUAN KE 14 MANPRO-M13: MUTU PROYEK SISTEM

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