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The job role is for an experienced Simulation (LVC) Engineer to join the C4I Battlelab team. The primary focus of the role is to configure and utilize various connected simulation tools to create military-based mission thread scenarios that address customer problem spaces across the Land, Air, and Maritime domains.
Job Responsibility
Configure and utilize various connected simulation tools to create military-based mission thread scenarios addressing customer problem spaces across Land, Air, and Maritime domains
Create multi-domain scenarios supporting fully virtual and hybrid virtual/live system demonstrations
Configure external interfaces (DIS, specific tool APIs, IP interfaces, TDL Message interfaces) to enable real-time behavioral interactions between live and virtual systems
Create scripts and apps to bridge simulation tool APIs and integrate synthetic tools
Configure simulation and live mission applications (like C2 tools) to access maps and imagery data, set up central map servers, and configure simulated gimbal sensors
Stream simulated sensor payload outputs (e.g., EO/IR, SAR) into live systems
Create highly realistic digital simulation environments to plan space, air, and terrestrial assets and perform RF modeling and simulation data analysis
Analyze systems using parametric studies, carpet plots, Design of Experiments (DOE) tests, and Monte Carlo-based probabilistic analysis
Requirements
Experienced in configuring and utilizing connected simulation tools
Creating multi-domain scenarios supporting virtual and hybrid virtual/live system demonstrations
Generating scenarios and synthetic environments to model virtual entities, battlespace environments, network simulations (like Tactical WAN and BLOS), and basic air or ground platform simulations
Configuring external interfaces such as DIS, specific tool APIs, IP interfaces, and TDL Message interfaces to enable real-time behavioral interactions between live and virtual systems
Creating scripts and apps to bridge simulation tool APIs and integrate synthetic tools
Configuring simulation and live mission applications (like C2 tools) to access maps and imagery data
Setting up central map servers and configuring simulated gimbal sensors
Streaming simulated sensor payload outputs (e.g., EO/IR, SAR) into live systems
Creating highly realistic digital simulation environments to plan space, air, and terrestrial assets and perform RF modeling and simulation data analysis
End-to-end communication systems design, high-fidelity wireless channel modeling, waveform implementation, and optimizing communication infrastructure placements
Analyzing systems using parametric studies, carpet plots, Design of Experiments (DOE) tests, and Monte Carlo-based probabilistic analysis
Proficient with MAK-ONE (VR-Forces & VR-Vantage) and EMANE-based network simulators