Christopher Justice

Nikolaos Georgakopoulos serves as a key procurement lead within the W6QK Acc-apg Durham office under the Department of the Army’s W911NF code, driving acquisitions that advance the Army’s scientific and technical modernization priorities. He manages complex research and development contracts focused on disruptive technologies, including autonomy, quantum systems, and intelligence horizon scanning, ensuring alignment with national defense innovation goals. His role centers on executing full lifecycle procurements for high-risk, high-reward R&D efforts, engaging with industry partners to translate emerging scientific capabilities into operational Army advantages. He works closely with technical stakeholders to define requirements, structure performance-based solicitations, and evaluate technical proposals under FAR and DFARS guidelines. Georgakopoulos collaborates with a diverse ecosystem of research institutions, defense contractors, and academic laboratories specializing in physical, engineering, and life sciences. While no single contractor dominates his portfolio, he consistently engages with firms possessing advanced capabilities in systems integration, computational modeling, and experimental prototyping. His contracting approach emphasizes performance outcomes over prescriptive specifications, fostering agile partnerships that support rapid iteration and field validation of next-generation technologies. His procurement activity is exclusively non-set-aside, reflecting a mission-critical focus on technical excellence and speed over socioeconomic preferences. This 100% open competition strategy ensures access to the broadest pool of qualified innovators, prioritizing capability and readiness over certification-based set-asides. While small businesses are not excluded, his awards are driven by technical merit and capacity to deliver on demanding R&D milestones. His primary focus is NAICS 541715—Research and Development in the Physical, Engineering, and Life Sciences—where he procures advanced sensor systems, autonomous control algorithms, quantum computing prototypes, and intelligence analysis platforms. His domain expertise spans experimental physics, systems engineering, and mission-critical data analytics, making him a pivotal link between Army R&D objectives and industrial innovation capacity.