MANPRO-M13: MUTU PROYEK SISTEM

Presentasi berjudul: "MANPRO-M13: MUTU PROYEK SISTEM"— Transcript presentasi:

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

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

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

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

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

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

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