Application of System Operational Effectiveness to Launch Vehicle Development and Operations

Abstract

The Department of Defense (DoD) defined System Operational Effectiveness (SOE) methodology provides an exceptional framework for an affordable approach to the development and operation of space launch vehicles and their supporting infrastructure. The SOE methodology provides a focal point from which to direct and measure technical effectiveness and process efficiencies of space launch vehicles and support infrastructure. The application of the SOE methodology to a space launch vehicle’s development and operation effort leads to very specific processes and measures requiring consideration during the design phase. This paper provides a mapping of the SOE methodology to the development of space launch vehicles for human exploration by addressing the key points of measurement including System Performance, System Availability, Design Effectiveness, Process Efficiency, System Effectiveness, Total Ownership Cost (TOC), and Affordable Operational Effectiveness. Additionally, the application of the SOE methodology to the launch vehicle development process is defined providing the unique aspects of space launch vehicle production and operations in lieu of the traditional broader SOE context that examines large quantities of fielded systems. The tailoring and application of the SOE methodology to space launch vehicles provides some key insights into the operational design drivers, capability phasing, and operational support systems.