Victoria Kennedy

Victoria Kennedy serves as a key procurement professional within the Office of the Chief Procurement Officer at the Bureau of Engraving and Printing, supporting the secure and precise acquisition of specialized engineering, research, and manufacturing services critical to U.S. currency production. She manages complex contracts for high-integrity printing systems, anti-counterfeiting material development, and precision machinery maintenance, ensuring alignment with federal security standards. Her work directly enables the Bureau’s mission to safeguard the nation’s currency through advanced technical procurement, requiring deep expertise in industrial engineering, forensic materials science, and controlled manufacturing environments. Kennedy maintains consistent partnerships with a select group of specialized vendors, including SICPA SECURINK CORP, NAKUPUNA SERVICES LLC, RUCHMAN AND ASSOCIATES, INC., SUNTIFF, LLC, and RIO TECHNICAL SERVICES, LLC. These contractors are recognized for their niche capabilities in security ink formulation, precision engraving systems, and forensic document analysis technologies. Her procurement approach emphasizes long-term vendor collaboration, technical vetting, and performance-based contracting to ensure reliability and innovation in mission-critical applications. Kennedy’s contracting activity reflects a strict focus on full and open competition, with 100% of awards issued under no set-aside preferences. This underscores a strategic prioritization of technical capability and mission readiness over socioeconomic classifications, ensuring that procurement decisions are driven solely by the need for highest-tier expertise in currency security infrastructure. Her procurement portfolio is exclusively aligned with NAICS 541715—Research and Development in the Physical, Engineering, and Life Sciences—focusing on advanced material science, security printing R&D, and engineered solutions for anti-counterfeiting technologies. She specializes in acquiring cutting-edge R&D services that support the evolution of currency design, substrate integrity, and machine calibration systems, requiring deep domain knowledge in industrial physics, forensic engineering, and secure manufacturing processes.