Nicole Tokash

Nicole Tokash serves as a key procurement professional within the W0ML USA Deputy Tobyhanna, a critical component of the Department of the Army’s sustainment enterprise at Tobyhanna Army Depot. She manages acquisitions focused on modernizing and maintaining U.S. Army electronic warfare, communications, and instrumentation systems, ensuring operational readiness through the procurement of specialized fabricated metal components, radio and broadcast equipment, audio/video systems, and mission-critical electrical components. Her role is central to executing the depot’s mission of sustaining advanced military electronics through responsive, technically rigorous contracting practices that align with Army modernization priorities. Tokash maintains a consistent working relationship with MCKENZIE CONSTRUCTION & SITE DEVELOPMENT LLC, a primary contractor supporting infrastructure and site development needs essential to depot operations. Her contracting approach emphasizes long-term vendor partnerships grounded in technical reliability and compliance with federal acquisition regulations, particularly for specialized industrial and electronic manufacturing services. She engages contractors who demonstrate proven capability in delivering high-reliability components under stringent military specifications. Her procurement strategy is uniformly dedicated to small business participation, with 100% of her acquisitions structured as total small business set-asides under FAR 19.5. This reflects a deliberate and sustained commitment to fostering economic opportunity among small businesses, ensuring that qualified firms—regardless of size—have equitable access to mission-critical defense contracts. Tokash’s primary technical focus lies in NAICS categories 332999, 335999, 334310, and 334220, encompassing the procurement of custom-fabricated metal parts, specialized electrical components, audio/video systems, and radio/communications equipment. Her expertise spans the integration of ruggedized electronics for field-deployed systems, demonstrating deep familiarity with military-grade standards and the lifecycle sustainment of mission-critical electronic systems.