GOEPPERT LLC

Goepert LLC specializes in advanced research and development for space and extreme-environment applications, with a focused expertise in materials science, nanoscale sensing, and microgravity-enabled manufacturing. The company designs and tests novel semiconductor processing systems, including vacuum furnaces for 2D material annealing under reduced gravity, and develops solid-state nanopore sensors for real-time water quality monitoring in spacecraft. Their work spans the synthesis and integration of advanced nanocomposites—such as Au-TiO₂-Al₂O₃—for multi-analyte detection and plant health diagnostics, demonstrating deep proficiency in materials characterization, flight-ready instrumentation, and space-qualified system prototyping. Goepert LLC differentiates itself through its ability to transition lab-scale innovations into operational space systems, particularly in silicon back-end-of-line (BEOL) integration and in-space material production, bridging the gap between fundamental science and mission-critical applications. The contractor maintains a consistent and deep relationship with NASA, delivering end-to-end R&D solutions for human spaceflight, life support systems, and in-situ resource utilization. Their projects consistently align with NASA’s strategic priorities in spacecraft sustainability, environmental monitoring, and advanced materials for extraterrestrial environments, indicating a trusted partnership built on technical rigor and mission alignment. Goepert LLC operates primarily within NAICS 541715, focusing on physical and engineering sciences R&D with an emphasis on aerospace materials and nanoscale device development. Their market positioning centers on high-risk, high-reward innovation for space systems, serving as a specialized vendor for NASA’s SBIR and STTR programs, where they translate early-stage concepts into flight-certifiable technologies. As a small business structured as a 2L entity based in Philadelphia, Pennsylvania, Goepert LLC operates without formal government certifications but maintains a focused, agile profile optimized for rapid prototyping and NASA-focused innovation cycles. Their geographic presence supports collaboration with regional academic and aerospace research institutions, reinforcing their niche as a technical innovator in space materials engineering.