Nick Clarke

Nick Clarke supports the Naval Health Research Center’s mission to enhance the health and operational readiness of Navy and Marine Corps personnel through strategic procurement of advanced biomedical technologies. While his formal title is not publicly listed, his procurement activities center on acquiring diagnostic systems, wearable biosensors, and analytical laboratory equipment critical to infectious disease surveillance and physiological stress monitoring in operational environments. He plays a pivotal role in translating scientific requirements into compliant, mission-driven contracts that accelerate the deployment of cutting-edge medical innovations to the fleet. Clarke’s contracting patterns reflect collaboration with a diverse ecosystem of specialized vendors, particularly those with expertise in in-vitro diagnostics, precision instrumentation, and biomedical device maintenance. He routinely engages with small and mid-sized firms capable of rapid prototyping and field-deployable solutions, fostering partnerships grounded in technical agility and regulatory compliance. While no single contractor dominates his portfolio, his work consistently involves vendors with FDA-cleared or CE-marked products and experience in military-grade ruggedization and data integration standards. His acquisition strategy prioritizes small business participation, with over 25% of contracts set aside for total small business concerns under FAR 19.5, reflecting a strong commitment to fostering innovation from non-traditional defense suppliers. Though no specific socioeconomic set-asides like 8(a) or SDVOSB are dominant, his pattern indicates a deliberate effort to broaden vendor diversity and encourage emerging capabilities in the biomedical space. Clarke’s primary procurement focus lies in NAICS 325413 (in-vitro diagnostic manufacturing), 334519 (measuring and controlling devices), and 334516 (analytical laboratory instruments), underscoring his technical expertise in diagnostic analytics, biosensing platforms, and field-deployable medical instrumentation. He consistently acquires systems that enable real-time health monitoring, pathogen detection, and environmental threat assessment—critical capabilities for expeditionary medical operations.