Signal Processing Engineer, Radar Systems

Job Description

Job Description

Array Labs is launching a constellation of formation-flying radar satellites, enabling higher resolution, wider area imaging and instant 3D data capture which will power the first highly accurate, real-time, 3D model of the Earth.

Our next-generation sensing technology will directly enable breakthroughs in climate science, autonomy, defense, and disaster response.

We are seeking a Signal Processing Engineer to join our team and build the core algorithms that make this transformation possible. This is a unique opportunity to have a foundational impact on a first-of-its-kind system.

Responsibilities :

• Design, model, and implement novel digital signal processing (DSP) algorithms for our next-generation radar systems.
• Focus on critical areas such as pulse compression, Doppler processing, interference mitigation, and advanced filtering techniques to maximize signal quality.
• Collaborate closely with RF, FPGA, and software engineers to ensure algorithms are robust, efficient, and implementable in a real-time environment.
• Develop high-fidelity simulations in MATLAB or Python to validate algorithm performance against theoretical limits and system requirements.
• Analyze and characterize system performance using both simulated and real-world data, paying close attention to metrics like Signal-to-Noise Ratio (SNR), resolution, and ambiguity functions.
• Stay current with the latest advancements in signal processing and radar technology to continuously innovate and improve our capabilities.

Basic Qualifications :

Preferred Skills and Experience :

ITAR Requirements :

Equal Opportunity Employer

Citizenship Requirement

Interview Process

Candidates can expect 2–4 weeks of interviews including Zoom and on-site technical discussions.

Why you should join Array Labs

We're solving one of the hardest sensing problems in the world—from space. Our team is mission-driven, highly technical, and deeply collaborative. If you're excited by building technology that can reshape how humanity understands our planet, we’d love to hear from you.