Embedded Optimization Algorithm Development

The contract involves the development and integration of advanced optimization algorithms such as genetic and gradient-based methods to enhance the design of aerospike nozzles through iterative simulation feedback. The goal is to leverage computational modeling to refine nozzle geometry and performance metrics, ensuring improved efficiency, thrust, and thermal resilience under extreme conditions typical of rocket propulsion systems. This work requires close alignment with aerospace engineering principles and high-fidelity simulation tools to generate actionable design improvements. The contract is a subcontract under NASA’s Shared Services Center, specifically designated for work at Stennis Space Center, Mississippi, with a strict response deadline of July 30, 2026, and a posting date of July 28, 2026. It falls under NAICS code 541715, which categorizes research and development in the physical, engineering, and life sciences. The project demands technical expertise in algorithmic optimization, computational fluid dynamics, and aerospace system design, with an emphasis on delivering robust, validated solutions that directly inform next-generation propulsion architectures for NASA’s mission objectives.