Senior RF Communications Engineer

Secmation•Baltimore, MD

8d•$140,000 - $175,000•Hybrid

About The Position

This isn't another defense contractor job. Join a mission-focused engineering team developing next-generation RF communications and Electronic Warfare capabilities for national defense. This role is centered on the hands-on development of operational RF communications systems, including waveforms, signal processing, SDR implementation, system integration, and performance in challenged or contested RF environments. Work across SDR, radar, resilient networking, secure communications, and RF sensing technologies while contributing directly to systems from design through integration, testing, and field demonstration. Contribute directly to the development of advanced RF technologies that support critical defense missions. This is a highly hands-on individual-contributor role focused on communications-system design and implementation, modeling, integration, HWIL testing, field demonstration, validation, and operational deployment. A core focus is developing and evaluating RF communications capabilities that must perform in challenged or contested environments. The position does not carry technical team-lead responsibilities. You'll work across: Electronic Warfare capabilities and applications, with opportunities to support Electronic Attack, Electronic Support, Electronic Protection, and countermeasure development. Software Defined Radiosolutions, including software, embedded processing, and integration with firmware-based radio platforms and secure embedded communications systems. Tactical RF communications, SATCOM, resilient networking, radar, and RF sensing technologies. AI-enabled RF analysis, mission systems, and adaptive signal-processing capabilities as part of the broader program environment. RF algorithm development, communications-system modeling, mission simulation, and scenario development using MATLAB, Python, or comparable tools. System integration, hardware-in-the-loop testing, field testing, validation, and live customer demonstrations. Close collaboration with RF, software, hardware, cybersecurity, and systems engineers across the program.

Requirements

U.S. citizenship and an active DoD Secret security clearance are required, with the ability to obtain and maintain TS/SCI.
Bachelor's degree in Electrical Engineering or a related technical discipline.
8+ years of relevant experience in RF systems, communications engineering, SDR, radar, Electronic Warfare, or a related field.
Demonstrated hands-on experience developing RF communications systems from design through implementation, integration, test, and operational demonstration or deployment.
Experience with SDR frameworks and platforms such as GNU Radio, REDHAWK, USRP/UHD, Epiq, or comparable technologies.
Experience using MATLAB, Python, or comparable tools for RF modeling, simulation, algorithm development, or data analysis.
Experience with C/C++ for embedded or systems-level applications.
Experience supporting system integration, HWIL testing, mission simulation, field testing, validation, or customer demonstrations.
Experience with one or more of the following: tactical communications, SATCOM, resilient networking, radar, RF sensing, or Electronic Warfare systems.
Deep understanding of communications-system design, including waveforms, modulation/demodulation, coding, synchronization, link performance, RF/DSP tradeoffs, waveform performance analysis, and related signal-processing techniques.
Strong technical communication skills, including the ability to document and present findings to internal teams, program leadership, and government stakeholders.

Nice To Haves

Experience with Electronic Attack, Electronic Support, Electronic Protection, or countermeasure development.
Experience integrating software with firmware-based SDR or embedded radio platforms.
Experience supporting defense or government programs through field testing or operational deployment.
Exposure to AI-enabled RF analysis or adaptive mission systems.

Responsibilities

Hands-on development of operational RF communications systems, including waveforms, signal processing, SDR implementation, system integration, and performance in challenged or contested RF environments.
Contribute directly to systems from design through integration, testing, and field demonstration.
Develop and evaluate RF communications capabilities that must perform in challenged or contested environments.
Support Electronic Attack, Electronic Support, Electronic Protection, and countermeasure development.
Develop Software Defined Radio solutions, including software, embedded processing, and integration with firmware-based radio platforms and secure embedded communications systems.
Work with tactical RF communications, SATCOM, resilient networking, radar, and RF sensing technologies.
Develop AI-enabled RF analysis, mission systems, and adaptive signal-processing capabilities.
Perform RF algorithm development, communications-system modeling, mission simulation, and scenario development using MATLAB, Python, or comparable tools.
Conduct system integration, hardware-in-the-loop testing, field testing, validation, and live customer demonstrations.
Collaborate with RF, software, hardware, cybersecurity, and systems engineers across the program.
Independently lead analysis of communications-system behavior in challenged or contested RF environments and develop technical approaches to improve friendly-system performance, resilience, and mission effectiveness or to influence/degrade adversary RF system performance.
Independently execute complex technical tasks while collaborating effectively within a multidisciplinary engineering team.
Document and present findings to internal teams, program leadership, and government stakeholders.