Lead RF/DSP Engineer: Field Direction Finding & Detection

AeroVironment, Inc.; Leesburg (VA); Sur place; USD 154 000 - 234 000; Plein temps

Avantages offerts par ce poste

Medical, dental, vision

401K with company matching

9/80 work schedule

Holiday shutdown

Résumé du poste

AeroVironment, Inc. is seeking a hands-on Principal RF/DSP Engineer to own the most challenging RF targets end-to-end, from hypothesis generation to production-grade implementation in C++.

You will lead laboratory and field validation efforts, driving direction-finding improvements and developing reusable DSP components for the Counter-UAS program. You will analyze complex-IQ data, design experiments, and collaborate with RF, FPGA, and software teams to deliver robust, field-ready solutions

Qualifications

• Strong DSP and digital-communications fundamentals.
• Experience independently investigating an unfamiliar signal or system using measurements and controlled experiments.
• Hands-on experience implementing DSP algorithms.
• US Citizenship is required.

Responsabilités

• Take ownership of the most difficult unfamiliar RF targets with no prior framing and design the experiment plan.
• Analyze wideband complex-IQ recordings from known and unfamiliar RF systems.
• Characterize signal bandwidth, timing, modulation, synchronization and framing.
• Develop algorithms for burst detection, synchronization, demodulation, and classification.
• Design reusable signal-processing components used across the team.
• Lead field validation campaigns and document observations and confidence levels.

Connaissances

DSP fundamentals

Direction finding

C++ production code

RF signal analysis

Experiment design

Formation

Bachelor's degree in Electrical Engineering or related

Outils

Git

Linux

Software Defined Radios

Description du poste

AeroVironment, Inc. is seeking a hands-on Principal RF/DSP Engineer to own the most challenging RF targets end-to-end, from hypothesis generation to production-grade implementation in C++.

You will lead laboratory and field validation efforts, driving direction-finding improvements and developing reusable DSP components for the Counter-UAS program. You will analyze complex-IQ data, design experiments, and collaborate with RF, FPGA, and software teams to deliver robust, field-ready solutions