gccs-j jobs in San Diego

Design and own the end-to-end orchestration architecture for a command-and-control decision-support system (ASSIST), connecting multiple services, models, and simulations into integrated tactical applications. Define service interfaces, data-flow patterns, and standards for invoking models as services; guide prototyping of tactical decision applications integrated with MTC2 and GCCS APIs.…See more Establish architecture for scalable, distributed processing across hundreds of units and set the technical roadmap for deployment to classified networks under the Risk Management Framework. Requires 10+ years of software/systems engineering with 5+ recent years in architecture on command-and-control or decision-support systems, active DoD Secret clearance with SIPRNET access, and DoD 8570/8140 IAT/IASAE Level II or III certification.

Systems Engineer supporting U.S. Navy command and control programs, integrating maritime surveillance and C2 capability for partner nations.…See more Responsibilities span LAN/WAN networking, Windows and Linux server administration, VMware virtualization, system configuration and troubleshooting, requirements definition, interface specification, and test planning. The role bridges network infrastructure and C2 applications, requiring hands-on experience standing up and defending integrated systems from requirements through installation and site acceptance. Candidates should have 3–8 years of systems and network engineering on Navy C4I or comparable DoD command-and-control programs.

Systems Engineer supporting U.S. Navy command and control programs under Naval Information Warfare Systems Command (NAVWAR), responsible for maritime surveillance and C2 capability integration for partner nations.…See more Core duties include requirements definition and traceability, system-of-systems architecture across dissimilar systems, interface definition and control, test/verification/validation planning, technical trade studies, and coordination across multiple program offices. The role demands hands-on systems engineering discipline: turning partner-nation requirements into defined interfaces, integrating capabilities never designed to interoperate, and verifying results meet specifications. Must be comfortable with computing and network environments (LAN/WAN, TCP/IP, routing, switching, Windows/Linux servers, virtualization) sufficient to troubleshoot credibly alongside network engineers.