Electronic Thesis/Dissertation
 

Optimizing a Portfolio Approach to Improve Condition Index and Sustain Critical U.S. Coast Guard Facilities

Open Access

The United States Coast Guard manages and maintains a vast network of shore infrastructure assets, comprising 43,550 assets across 3,320 sites, with an estimated value of over $27 billion dollars. However, years of inadequate investments have produced a backlog of shore infrastructure projects in excess of $3 billion dollars. Based on historical funding appropriations, the Coast Guard said it would take approximately 395 years to address this backlog (GAO-19-82, 2019). One of the key issues contributing to this backlog has been not considering life cycle costing in infrastructure planning. Overall, operation and maintenance expenses comprise 60% to 80% of a facility’s overall life cycle cost. Although significant progress has been made in this area, the Coast Guard still must address the billions of dollars in deferred backlogged projects. This capability gap exacerbates facility degradation, shortens service life, and increases future repair costs. The U.S. Coast Guard lacks an optimized, data-driven approach prioritizing maintenance activities for critical shore infrastructure assets. Such an approach is crucial for combating the compounding effects of facility degradation, mitigating operational impact, and operating efficiently within resource constraints. In this environment, investments must be allocated based on need, as determined by facility key performance indicators (KPIs) like the condition index. Furthermore, due to the Coast Guard’s crucial role in national security, these investments must consider KPIs reflecting the criticality of each asset concerning mission execution and operational readiness. This intersection of mission essentiality, mission dependency, and facility needs is critical to operational readiness within a resource constrained environment.

Author Language Keyword Date created Type of Work License
  • All rights reserved
Rights statement GW Unit Degree Advisor Committee Member(s) Persistent URL

Notice to Authors

If you are the author of this work and you have any questions about the information on this page, please use the Contact form to get in touch with us.

Thumbnail Title Date Uploaded Visibility Actions
Preview of Fagan_gwu_0075A_16515.pdf Fagan_gwu_0075A_16515.pdf 2023-11-14 Open Access