| Research Project: Modeling PPM with Detection Theory | ||||||||||||
| Introduction | Implement Strategy | Evaluate & Select Projects | Improve Proposals & Pipeline | Download Papers | ||||||||
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Improve Proposal & Pipeline Management Unless project selection is random, the physics of pipelines presents you with a terrible dilemma. Pushing more projects thought your pipeline increases output, but it increases downstream attrition as well. As pipeline throughput increases, portfolio ROI decreases. Meanwhile, in Phase-Gate systems, current PPM practices assume that the gates' attrition rates are independent of each other. Unless project selection is random, this assumption is wrong. Project selection upstream strongly affects downstream attrition and results. The false assumption is harmful. Many PPM plans push projects into the front of the pipeline only to create problems downstream. Star DS's new model and metrics will help you manage these problems. They will help you:
The metrics described above will help you manage the trade-off between throughput and ROI, but you will want to relax the trade-off. Three strategies can relax the trade-off: (1) improving project evaluation and selection, (2) improving proposal processes and (3) improving project management. Star DS is developing metrics to improve project evaluation and selection. Additionally, the new PPM model can improve proposal processes the following ways:
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