Threat Air Systems Modeling Engineer

DCS Corporation; Dayton (OH); Vor Ort; USD 120.000 - 180.000; Vollzeit

Zusammenfassung

DCS Corp is seeking an Air Systems Modeling Engineer to support full lifecycle threat system model development for manned and autonomous air systems. The role involves applying NASIC processes to design, implement, validate, and maintain high‑fidelity models used in advanced multi‑vehicle simulations.

The candidate will perform intelligence-driven characterization, subsystem modeling, verification, and reporting, collaborating with NASIC SMEs to ensure fidelity and repeatable engineering

Qualifikationen

• U.S. Citizenship is required.
• Active TS/SCI clearance is required.
• Bachelor’s degree in a STEM discipline (engineering, physics, computer science, or related field).
• Minimum of 8 years of modeling & simulation experience.
• Expertise with MATLAB/Simulink/Stateflow for model development.
• Experience with physics-based or algorithmic threat models and subsystem modeling.
• Familiarity with multi-vehicle simulation frameworks (AFSIM, NGTS, ITASE, JSE, etc.).
• Strong technical writing for V&V reports and modeling documentation.

Aufgaben

• Develop, sustain, and enhance TMAP manned and unmanned air system models to standards.
• Build threat models and subsystem components from templates and data.
• Maintain Simulink libraries and tools for model generation.
• Ensure models integrate into M&S environments like AFSIM, NGTS, ITASE, and JSE.
• Analyze intelligence assessments to identify performance gaps in subsystems.
• Document algorithms, hardware characteristics, and subsystem interactions.
• Create TVVRs and technical studies documenting modeling rationale.

Kenntnisse

MATLAB/Simulink/Stateflow

Threat modeling

M&S workflows

Ausbildung

Bachelor’s degree in STEM

Tools

AFSIM

NGTS

ITASE

JSE

Jobbeschreibung

DCS Corp is seeking an Air Systems Modeling Engineer to support full lifecycle threat system model development for manned and autonomous air systems. The role involves applying NASIC processes to design, implement, validate, and maintain high‑fidelity models used in advanced multi‑vehicle simulations.

The candidate will perform intelligence-driven characterization, subsystem modeling, verification, and reporting, collaborating with NASIC SMEs to ensure fidelity and repeatable engineering