Carly C. Goede

Carly C. Goede serves as a Contract Specialist within the W4MM USA Joint Munitions Command, where she plays a pivotal role in executing the acquisition lifecycle for conventional ammunition and explosives systems critical to U.S. Army readiness. Responsible for soliciting, evaluating, and awarding contracts in support of national defense objectives, she ensures compliance with federal acquisition regulations while aligning procurements with the Command’s mission to sustain, modernize, and safely manage the munitions supply chain. Her portfolio primarily consists of engineering services contracts that support the design, testing, and lifecycle management of warfighting munitions systems across land, air, and naval domains. While specific contractor names are not publicly enumerated, Goede engages with a broad spectrum of defense-industrial base vendors specializing in technical engineering support, systems analysis, and munitions lifecycle services. Her working relationships are characterized by a focus on technical proficiency, regulatory compliance, and mission-critical delivery timelines, often requiring close coordination with defense contractors possessing security clearances and specialized expertise in explosives engineering, ballistics, and ordnance systems integration. Goede’s contracting activity reflects a uniform preference for non-set-aside procurements, with 100% of her awards issued under full and open competition. This pattern underscores a mission-driven emphasis on technical capability and operational urgency over socioeconomic set-asides, though she remains committed to fair and transparent competition in accordance with DoD acquisition policy. Her primary procurement focus is on NAICS 541330 (Engineering Services), indicating deep specialization in technical support for munitions development, safety certification, and systems engineering. She routinely procures services related to ammunition design validation, explosive hazard analysis, storage facility engineering, and demilitarization process optimization—domains requiring advanced knowledge of military specifications, DOT/DoD safety standards, and defense manufacturing protocols.