Terrestrial Electronic Warfare M&S Engineer

CACI; Maryland; Presencial; USD 90.000 - 130.000; Jornada completa

Ventajas ofrecidas por este puesto de trabajo

Flexible time off

Learning resources

Autonomy

Descripción de la vacante

CACI is seeking an Intermediate Modeling & Simulation Engineer to support defense programs at Aberdeen Proving Ground, MD. The role focuses on modeling terrestrial RF signals and systems, including ground-based radar, tactical networks, and electronic attack (jamming).

You will develop high-fidelity emitter and signal simulations for HWIL and SWIL testing, translating technical data into robust software models and validating system behavior within simulated environments.

Formación

• Bachelor's degree in a STEM field (Electrical Engineering, Physics, Mathematics, Computer Science, or closely related discipline).
• 2+ years of professional experience in an engineering, modeling, or software development role.
• Strong command of programming fundamentals (variables, functions, Booleans, arrays).
• Knowledge of algorithm design and object-oriented programming (OOP).

Responsabilidades

• Terrestrial EW signal representation by modeling ground-based RF emitters and jamming systems.
• Develop and integrate algorithms that simulate terrestrial signals (FHSS, DSSS, various modulation schemes).
• Create RF environment models accounting for terrain, multipath, atmospheric loss, and foliage.
• Translate threat system logic and antenna patterns into software models.
• Support HWIL/SWIL testing by integrating threat models into simulations.

Conocimientos

Programming fundamentals

OOP concepts

Algorithm design

Educación

Bachelor's degree in STEM field

Herramientas

MATLAB

Python

C++

Git/GitLab

GNU Radio

Descripción del empleo

CACI is seeking an Intermediate Modeling & Simulation Engineer to support defense programs at Aberdeen Proving Ground, MD. The role focuses on modeling terrestrial RF signals and systems, including ground-based radar, tactical networks, and electronic attack (jamming).

You will develop high-fidelity emitter and signal simulations for HWIL and SWIL testing, translating technical data into robust software models and validating system behavior within simulated environments.