MES SIMULATION & TRAINING, LLC

MES SIMULATION & TRAINING, LLC specializes in engineering services supporting military maintenance and logistics systems, with a focus on parts repair, lifecycle support, and technical integration for naval and aviation platforms. Their work includes the design and implementation of repair protocols for complex defense components such as PLDR and NAS Fallon systems, indicating deep expertise in mechanical and electro-mechanical system sustainment, technical documentation, and field-deployable engineering solutions. The contractor also delivers computer systems design services, particularly in trainer development, suggesting proficiency in simulation-based training systems, human-machine interface design, and curriculum integration under Federal Acquisition Regulation frameworks. Their technical differentiation lies in bridging physical hardware sustainment with digital training environments, enabling seamless transition from field repair to operator proficiency. The company maintains a consistent relationship with the Department of Defense, delivering engineering support for naval and aviation maintenance programs, while also supporting the General Services Administration in developing advanced training systems. Their engagement with DoD centers on direct operational sustainment, often tied to shipboard and shore-based logistics chains, indicating a pattern of mission-critical, low-latency technical response. Their primary industry focus is engineering services (NAICS 541330), where they apply systems engineering principles to defense equipment repair and modernization, complemented by computer systems design (NAICS 541512) for simulation and training applications. This dual focus positions them as a niche provider at the intersection of physical maintenance and digital readiness systems within the defense sector. MES SIMULATION & TRAINING, LLC is a small business entity headquartered in Christmas, Florida, with no federal certifications on record. Their geographic presence is limited to a single location, but their contract performance is aligned with national defense logistics networks, suggesting a model of remote engineering support delivered to distributed military installations.