Jessica Gottal

Jessica Gottal serves as a key procurement professional within the Naval Supply Systems Command Weapon Systems Support Mechanism (NAVSUP WSS Mech, N00104), where she supports the operational readiness of U.S. Navy weapon systems through the acquisition of mission-critical mechanical and electromechanical components. Her responsibilities include managing the full lifecycle of contracts for high-reliability parts essential to the maintenance, repair, and modernization of naval platforms, with a focus on precision hardware, drivetrain subsystems, and embedded control components. She ensures compliance with defense acquisition regulations while aligning procurements with fleet sustainment priorities and technical specifications for naval applications. Gottal maintains consistent working relationships with industry leaders such as Raytheon Company and AMD International Technologies LLC, as well as specialized manufacturers like The Entwistle Company LLC. These partnerships reflect a preference for established defense contractors with proven capabilities in aerospace-grade manufacturing and military-certified supply chains. Her contracting patterns emphasize long-term vendor reliability, technical certification, and adherence to MIL-SPEC standards, fostering stable, performance-based supplier engagements that prioritize quality and traceability over cost alone. Her procurement portfolio is overwhelmingly non-set-aside, with 88.9% of awards issued under full and open competition, reflecting the specialized, low-supplier-base nature of the components she procures. However, she actively supports small business participation through Total Small Business Set-Asides (11.1%), ensuring opportunities for qualified firms with expertise in precision machining and hardware production, particularly those with AS9100 or ISO 9001 certifications. Her primary NAICS focus includes 332722 for fastener and hardware manufacturing, 333612 for industrial gear and speed changer systems, and 332510 for general hardware production. These categories underscore her technical domain expertise in mechanical subsystems critical to propulsion, actuation, and weapon system interfaces, where tolerances, material integrity, and environmental resilience are paramount to naval operational success.