Simulation Engineer

AFSIM Simulation Engineer We are seeking an AFSIM Simulation Engineer to develop and execute mission-level and kill-chain simulations that consume MBSE-defined system architectures, interfaces, and mission threads to assess hardware-centric DoD platforms and integrated mission systems. Responsibilities: Develop, modify, and execute AFSIM models derived from MBSE SysML artifacts including mission threads, functional flows, system architectures, and interface definitions Analyze blue vs. red kill chains, system interactions, and mission-level effects across integrated sensor, shooter, and command elements Translate MBSE handoff artifacts (requirements allocations, activity diagrams, block definitions, internal block diagrams) into executable AFSIM entities, behaviors, and interactions Integrate sensor, RF, EW, weapon, and platform models consistent with MBSE-defined system boundaries, interfaces, and architectural assumptions Support experimentation, test events, and LVC exercises focused on validating system architectures, mission threads, and kill-chain performance Conduct verification and validation of AFSIM models against MBSE-defined assumptions, constraints, and system definitions Perform statistical and analytical assessments of mission outcomes and kill-chain performance drivers, producing analysis products that trace back to system design and architecture decisions Collaborate with MBSE, LVC, and other modeling and simulation teams to maintain digital thread continuity from SysML models through AFSIM simulations to analysis reports and T&E artifacts Required Qualifications: Bachelor's degree in Engineering, Physics, Operations Research, or related technical field Top Secret Security Clearance 5+ years of modeling and simulation experience supporting system-level or mission-level analysis Hands-on experience developing and executing AFSIM models Strong understanding of mission-level analysis, system architectures, and kill-chain dynamics Ability to interpret and analyze large simulation datasets and trace results back to system requirements and architecture drivers