Tyler R. Braden

Tyler R. Braden serves as a key procurement professional at NASA Glenn Research Center, supporting the agency’s mission to advance aeronautics and space propulsion technologies through strategic acquisition of high-performance research and engineering services. He manages a diverse portfolio of contracts focused on foundational R&D in physical and engineering sciences, semiconductor instrumentation, and advanced thermal-fluid systems critical to next-generation aerospace platforms. His acquisitions directly enable the development of fission surface power systems, extreme-environment materials, and high-efficiency aerospace instrumentation, aligning with NASA’s strategic goals for lunar and deep-space exploration. Braden maintains consistent partnerships with specialized contractors including Troy Sierra JV LLC, Aerospace & Commercial Technologies, LLC, and Electronic Fluorocarbons, LLC, all of which provide niche capabilities in propulsion systems, advanced materials, and cryogenic fluid handling. His contracting patterns reflect a preference for established technical vendors with proven expertise in aerospace-grade R&D and precision manufacturing, fostering long-term collaborations grounded in technical rigor and mission-critical performance requirements. His procurement strategy prioritizes flexibility, with 65% of awards issued under unrestricted competition and 35% designated as total small business set-asides under FAR 19.5. While no specific socioeconomic categories like 8(a) or HUBZone dominate his portfolio, his consistent use of small business set-asides demonstrates a deliberate commitment to expanding participation by agile, technically capable small firms in high-value aerospace innovation. Braden’s primary NAICS focus areas include 541715 for applied R&D in physical sciences, 333242 for semiconductor machinery, and 334220 for wireless communications equipment manufacturing. He routinely procures advanced test equipment, high-temperature sensor systems, radio frequency components, and specialized fabrication tools essential for propulsion and power system development, reflecting deep technical alignment with NASA Glenn’s core engineering domains.