ACQ Workforce - Space & Missile Systems

The ACQ Workforce - Space & Missile Systems program, managed by the Space Systems Command (SSC), supports the United States and allied forces by equipping them with advanced space and missile systems. This initiative involves developing and managing launch systems and command and control infrastructure crucial for global military and national security operations. The SSC employs over 6,300 personnel, including approximately 1,897 civilian acquisition professionals, to oversee various acquisition programs. These programs cover activities such as material solution analysis, technology development, engineering and manufacturing development, production and deployment, as well as operations and support.

A key objective of this program is to provide flexibility in hiring civilian personnel through the Research, Development, Test & Evaluation (RDT&E) appropriation. This approach allows program managers to utilize funds for civilian payroll rather than relying on additional contractors. This strategy aligns with initiatives under the Defense Acquisition Workforce Improvement Act, emphasizing the importance of a skilled government civilian acquisition workforce.

The SSC has adopted an enterprise approach to space acquisition to enhance innovation and resiliency in response to emerging adversary threats. By leveraging international, commercial, and mission partnerships, SSC aims to manage priorities effectively through an integrated unclassified/classified enterprise space architecture. The program focuses on expanding acquisition authorities and contract mechanisms to deliver capabilities more swiftly. Efforts include experimentation, prototyping, risk reduction, and developing new or repurposing existing capabilities.

In fiscal year 2025, adjustments due to repricing and manpower realignment efforts are planned to maintain system resiliency and situational awareness in contested space domains. Planned activities include program office support, studies, technical analysis, prototyping, among others. These efforts are designed to ensure that the SSC can continue providing critical support across all its programs while adapting to evolving challenges in space operations.