Principal Radar Engineer

EVONA; Seattle (WA); On-site; USD 195,000 - 250,000; Full time

Benefits offered by this job

Equity

Job summary

EVONA is seeking a senior radar systems engineer to define architectures for spaceborne MTI/GMTI and to develop Doppler-processing algorithms for SAR-based moving targets. You will model performance across orbital geometries, lead trade studies, and collaborate with RF, FPGA, software and systems teams to implement algorithms in hardware.

The role requires eight or more years in radar or signal processing, strong MATLAB/Python skills and the ability to translate mission needs into verifiable

Qualifications

• Eight or more years of radar systems or signal-processing experience.
• Hands-on MTI/GMTI detection and target-tracking experience.
• Strong understanding of SAR-based moving-target processing.
• Expertise in Doppler processing, detection theory, clutter and radar-performance analysis.
• Strong MATLAB and/or Python modelling skills.
• Knowledge of estimation theory, probability, statistics and Fourier analysis.
• Ability to translate mission needs into architectures, requirements, trade studies and verification plans.
• A practical, independent working style suited to an early-stage startup.

Responsibilities

• Define requirements and architectures for spaceborne MTI/GMTI.
• Develop algorithms for Doppler processing, clutter suppression, detection, association and tracking.
• Model radar and tracker performance across orbital geometries and target scenarios.
• Lead waveform, detection-threshold, processing and tracker trade studies.
• Analyse simulated and measured radar data.
• Define performance metrics, test cases and verification methods.
• Partner with RF, antenna, FPGA, software and systems engineers to implement algorithms on hardware.
• Serve as the company's MTI radar specialist.
• Mentor engineers and represent the technical team during customer reviews.

Skills

Radar systems

MTI/GMTI

Doppler processing

Clutter suppression

SAR processing

MATLAB

Python

Estimation theory

Statistics

Fourier analysis

Tools

C/C++

FPGA

GPU

Embedded processors

Real-time systems

Job description

We're supporting a VC-backed, early-stage space technology company developing scalable, electronically steered radar payloads for advanced geospatial intelligence missions.

The technology will operate from low Earth orbit, using synthetic aperture radar to observe the Earth and detect, track and understand moving targets—including vehicles, ships and aircraft.

What you'll do:

• Define requirements and architectures for spaceborne MTI/GMTI.
• Develop algorithms for Doppler processing, clutter suppression, detection, association and tracking.
• Model radar and tracker performance across orbital geometries and target scenarios.
• Lead waveform, detection-threshold, processing and tracker trade studies.
• Analyse simulated and measured radar data.
• Define performance metrics, test cases and verification methods.
• Partner with RF, antenna, FPGA, software and systems engineers to implement algorithms on hardware.
• Serve as the company's MTI radar specialist.
• Mentor engineers and represent the technical team during customer reviews.

What we're looking for:

• Eight or more years of radar systems or signal-processing experience.
• Hands-on MTI/GMTI detection and target-tracking experience.
• Strong understanding of SAR-based moving-target processing.
• Expertise in Doppler processing, detection theory, clutter and radar-performance analysis.
• Strong MATLAB and/or Python modelling skills.
• Knowledge of estimation theory, probability, statistics and Fourier analysis.
• Ability to translate mission needs into architectures, requirements, trade studies and verification plans.
• A practical, independent working style suited to an early-stage startup.

Particularly valuable experience includes:

• Spaceborne radar or SAR.
• CFAR, DPCA, STAP or multichannel clutter suppression.
• Kalman, EKF, UKF, IMM, MHT or track-before-detect methods.
• STANAG 4607/4676, OMS/UCI or related radar-data standards.
• Phased arrays, digital beamforming and radar calibration.
• Real-time implementation using C/C++, FPGA, GPU or embedded processors.
• Hardware-in-the-loop testing and radar integration.
• Briefing DoD or Intelligence Community customers.
• An active clearance or the ability to obtain Top Secret/SCI.

Why consider it?

You'll join a small, highly technical team working on a radar capability that does not exist at this scale today. This is not a narrow support position—you’ll have the freedom and responsibility to shape the MTI architecture, develop the algorithms and help turn them into operational space hardware.

The role offers a base salary of $195,000-250,000, meaningful equity and significant technical ownership.

This is a full-time, on-site position in Redmond, Washington. Candidates outside Washington must be genuinely willing to relocate.

U.S. citizenship, lawful permanent residency, refugee/asylee status or other applicable U.S. export authorisation is required due to ITAR-controlled technology.

#RadarEngineering #GMTI #MTI #SAR #SignalProcessing #TargetTracking #SpaceTechnology #AerospaceJobs #DefenseTechnology #RadarJobs #RedmondJobs