Serves as a technical authority responsible for integrating advanced weapon systems, sensors, and platform models into Live, Virtual, and Constructive (LVC) training and simulation environments. This role translates digital engineering artifacts into high-fidelity simulation representations, ensuring realistic physics-based behaviors, sensor performance, and system interactions that support operational training, testing, and mission rehearsal objectives.

• Analyze digital engineering products, including CAD models, SysML architectures, FPGA/HDL designs, and system specifications to develop parameterized simulation models.
• Translate engineering data into constructive simulation environments such as BSI MACE/ARMOR or equivalent modeling frameworks.
• Develop and validate kinematic models supporting aircraft, missile, space, and orbital system behaviors.
• Design and implement sensor phenomenology models, including RF, radar, and electromagnetic spectrum effects.
• Support the integration of weapon systems and platform capabilities into LVC environments.
• Develop and validate Hardware-in-the-Loop (HIL) configurations to ensure realistic interaction between physical and simulated components.
• Collaborate with engineers, simulation developers, and government stakeholders to ensure technical accuracy and operational relevance.
• Conduct model verification, validation, and accreditation activities to support training and test objectives.
• Support the development of synthetic environments that accurately represent real-world system performance and operational conditions.

• Clearance Required: None
• Demonstrated ability to analyze digital engineering outputs, including CAD, SysML, FPGA/HDL, and related engineering artifacts.
• Experience translating engineering data into parameterized models for constructive simulation platforms.
• Expertise developing kinematic models involving flight dynamics, orbital mechanics, or complex platform behaviors.
• Experience implementing sensor phenomenology models, including RF, radar, and related electromagnetic effects.
• Knowledge of Live, Virtual, and Constructive (LVC) architectures and simulation integration methodologies.
• Experience supporting Hardware-in-the-Loop (HIL) integration and testing environments.
• Strong systems engineering, modeling, and analytical skills.
• Bachelor’s degree in Aerospace Engineering, Electrical Engineering, Systems Engineering, Physics, or a closely related technical discipline.

Preferred Skills and Experience

• Experience supporting Department of Defense modeling and simulation programs.
• Knowledge of missile systems, space systems, aircraft platforms, or advanced sensor technologies.
• Familiarity with digital engineering methodologies and Model-Based Systems Engineering (MBSE).
• Experience supporting developmental test, operational test, or mission rehearsal environments.
• Advanced degree in engineering, physics, modeling and simulation, or a related technical field.

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