RF, Radar Defensive Systems Modeling and Simulation Engineer I

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Job Description:

Parsons is seeking a talented Junior Engineer / Software Developer to join our Defensive Threat Systems Modeling and Simulation team supporting the warfighter and prominent acquisition and intelligence programs within the Missile and Space Intelligence Center (MSIC). The candidate will join a team performing modeling and simulation of defensive weapon systems of peer/near-peer adversaries. The principal focus will be on surface-to-air missile (SAM) systems comprising RF sensors; target acquisition and tracking; 6-DOF missile flyout, command, and seeker endgame; network-centric warfare techniques; command-and-control (C2/C4); and advanced RF techniques. The role includes analysis of fielded and emerging SAM systems; hardware and software assessments; prototyping of radar platforms, missile seekers, and datalinks; passive RF detection; electronic support and attack; and development of medium and high-fidelity production models using STIMS 2.0 TMAP, STIMS 3.0 TMAP, and LIVE modeling standards/frameworks.

The Parsons team supports a customer providing a critical role in our nation’s defense by assessing, developing, and bringing together intelligence-backed, medium- to high-fidelity threat system models from across the Defense Intelligence Enterprise into an integrated wargame simulation environment. Parsons has supported this customer for 25+ years with an established, growing team and customer relationships!

What You'll Be Doing:

• Participating in the 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

• 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, refinement, communication, and tracking of software model requirements

• Deep understanding of real-world threat weapon system characteristics, capabilities, and limitations and the digital twin that represents that system

• Developing software using MATLAB/SIMULINK, C/C++, and/or Python

• Leading technical discussions to assist in near- and long-term planning

• Working closely with the customer to understand and deliver quality products that accomplish the mission

• 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

What Required Skills You'll Bring:

• Bachelors Degree in Electrical Engineering, Computer Engineering, or related field with 2+ years of experience OR Masters Degree OR Ph.D

• Strong programming skills in C++, Python, MATLAB/Simulink

• Experience with RF propagation, signal processing, track filtering, antenna design, communications, radar systems, missile/seeker, passive radar, electronic support, and/or electronic attack

• 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

Required Clearance:

• Candidate must be a US Citizen

• Candidate must have an ACTIVE Secret Clearance

What Desired Skills You'll Bring:

• Experience with threat weapon system model modeling in TMAP, ODESSA, ESAMS, AFSIM, LIVE and/or ITASE

• Experience with STIMS 2.0 (Simulink), STIMS 3.0 (C++), and/or LIVE modeling frameworks/standards

• Software development in a DevOps or DevSecOps environment

• Experience working in an AGILE software development team

• Mentoring experience

• Experience designing, developing, or operating code for a distributed processing environment

• Experience with working with environmental datasets and RF propagation

Security Clearance Requirement:

An active Secret security clearance is required for this position.​

This position is part of our Federal Solutions team.