RF, Modeling and Simulation Engineer

Overview

Model and simulate adversarial SAM systems and RF components for defense programs.

Key Responsibilities

• technical lead
• model development
• threat analysis
• client delivery
• design integration
• matlab/simulink

Tasks

-Leading technical discussions to assist in near- and long-term planning -Participating in the design, development, test, and maintenance of software models simulating and/or emulating real-world, adversarial (threat) Surface-to-Air Missile (SAM) Systems within TMAP STIMS 2.0, STIMS 3.0, and/or LIVE modeling frameworks -Working closely with the customer to understand and deliver quality products that accomplish the mission -Engineering analysis of real-life threat weapon systems supplementing all available all-source intelligence assessments informing software model lifecycle including development, maintenance, and study support -Understanding and/or developing engineering designs supplied by the customer and working with a team to develop software models that represent the weapon system at the fidelity necessary to meet customer goals -Developing software using MATLAB/SIMULINK, C/C++, and/or Python

Requirements

• c++
• python
• matlab
• agile
• devops
• secret clearance

What You Bring

-Experience designing, developing, or operating code for a distributed processing environment -Mentoring experience -Understanding, refinement, communication, and tracking of software model requirements -Strong programming skills in C++, Python, MATLAB/Simulink -Experience working in an AGILE software development team -Experience with working with environmental datasets and RF propagation -Experience with threat weapon system model modeling in TMAP, ODESSA, ESAMS, AFSIM, LIVE and/or ITASE -Software development in a DevOps or DevSecOps environment -Expertise in RF propagation, signal processing, track filtering, antenna design, communications, radar systems, missile/seeker, passive radar, electronic support, and/or electronic attack -Candidate must have an ACTIVE Secret Clearance and be willing/able to obtain and maintain a TS/SCI Clearance -Experience with STIMS 2.0 (Simulink), STIMS 3.0 (C++), and/or LIVE modeling frameworks/standards -Experience with modeling and simulation of weapons systems including Radar, Directed Energy Weapons, Surface-to-Air Missile Systems, RF Jammers, Missile Seekers, and/or Anti-Satellite weapons -Candidate must be a US Citizen -Technical expertise with air defense weapon systems specifically SAM systems -Bachelors Degree in Electrical Engineering, Computer Engineering, or related field with 5+ years of experience OR Master's Degree with 3+ years of experience OR Ph.D. with 1+ years of experience -Deep understanding of real-world threat weapon system characteristics, capabilities, and limitations and the digital twin that represents that system

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About Parsons Corporation

-Over decades it expanded into oil, petrochemical, water and infrastructure projects across the US and globally. -It leverages digital tools such as AI platforms, utility data systems, and drone integration alongside traditional design and construction. -Parsons completed high‑profile projects like major bridge, tunnel, and transit works. -Specializing in transportation, energy, environmental remediation, urban development, industrial, and cybersecurity projects. -The firm has delivered hundreds of mega‑projects worldwide, including infrastructure in the Middle East and environmental cleanup contracts.

Sector Specialisms

Security Clearance

-must have an active secret clearance and be willing to obtain/maintain ts/sci clearance.