What This Document Is
This report, originating from the University of Southern California’s Center for Systems and Software Engineering (CSSE), presents research focused on improving systems engineering and acquisition processes. Specifically, it delves into methodologies for better managing development risks through a model centered around early feasibility assessments. It appears to be a detailed exploration of a framework designed to synchronize engineering activities and provide stakeholders with a clearer understanding of project viability before significant resource commitment. The work was initially presented at the Annual Conference on Systems Engineering Research in 2009.
Why This Document Matters
Students and professionals involved in systems engineering, software development, project management, and acquisition will find this report valuable. It’s particularly relevant for those seeking to understand risk management strategies within complex projects, or those interested in concurrent engineering approaches. Individuals facing challenges in aligning development efforts and securing stakeholder buy-in will benefit from the concepts discussed. This resource is most useful during the planning and early stages of a project lifecycle, when defining processes and establishing risk mitigation strategies.
Common Limitations or Challenges
This report focuses on a specific model – the Incremental Commitment Model – and its application. It does not offer a universal solution to all project management problems. The report details a research-based approach and doesn’t provide a step-by-step guide for immediate implementation. It also assumes a foundational understanding of systems engineering principles and risk assessment techniques. The specific tools or technologies used in the examples discussed are not fully detailed.
What This Document Provides
* An in-depth examination of the Incremental Commitment Model (ICM).
* A detailed discussion of “feasibility evidence” and its role in key decision points.
* Exploration of how to synchronize concurrent engineering activities.
* Insights into risk and opportunity assessment throughout the development cycle.
* Discussion of “anchor point milestones” and their function in stabilizing projects.
* Considerations for stakeholder resource commitment based on assessed risks.
