Alexander Siangpipop

Alexander Siangpipop serves as a key procurement professional within the FA8810 Space Sensing Squadron, supporting the Department of the Air Force’s mission to develop and field next-generation space-based sensing systems for missile warning, space situational awareness, and overhead persistent infrared (OPIR) battlespace awareness. Responsible for managing complex research and development acquisitions, he specializes in securing advanced technical capabilities for Medium Earth Orbit (MEO) sensor architectures and resilient space sensing platforms. His work directly enables the modernization of critical national defense infrastructure in contested orbital domains, ensuring timely, accurate, and survivable space-based data for strategic decision-making. Alexander maintains collaborative relationships with a broad spectrum of defense contractors, including systems integrators, aerospace engineering firms, and specialized R&D providers focused on electro-optical/infrared sensor development, signal processing, and space-qualified hardware. His contracting approach emphasizes technical innovation and mission-critical performance, often engaging vendors with proven expertise in space sensor payload integration, ground segment modernization, and real-time data fusion architectures. He fosters long-term partnerships with firms capable of delivering rapid prototyping, agile development, and rigorous systems engineering support under tight operational timelines. Alexander’s procurement portfolio reflects a strong preference for unrestricted competitions, with 100% of acquisitions conducted under open, non-set-aside solicitations. While he does not prioritize 8(a), HUBZone, or SDVOSB set-asides, his focus remains on securing the highest technical capability to meet urgent national security requirements in the space domain. His primary procurement activity centers on NAICS 541715, encompassing advanced research and development in physical and engineering sciences. He routinely procures cutting-edge technologies including OPIR sensor suites, MEO tracking payloads, space-based surveillance algorithms, and mission-critical ground processing systems, demonstrating deep expertise in space sensing, orbital mechanics, and defense systems integration.