RF Sensing Engineer

Wardstone is looking for an RF Seeker Engineer to own our entire radar sensing system, from RF front-end integration and signal processing to real-time target tracking. You will work at the intersection of radar hardware, digital signal processing, embedded systems, and interceptor guidance. This role is central to Wardstone’s mission: your system determines whether our interceptor knows exactly where to strike. You will work directly with founders, build RF test rigs, run high-speed experiments, and ship seeker systems into hardware that performs real intercepts.

• RF & Radar System Integration: Own radar sensor selection, antenna integration, Tx/Rx chain analysis, and high-speed data interfaces (e.g., PCIe, high-speed ADCs/DACs) within the avionics architecture.
• Real-Time Signal Processing: Build low-latency processing pipelines capable of tracking high-speed objects, including Doppler processing, CFAR algorithms, range-Doppler mapping, and clutter/ECM rejection.
• Sensor Fusion & Estimation: Fuse radar track data with IMU, GPS, and onboard state estimators using EKF/UKF filters to build highly accurate perception-to-guidance interfaces for closed-loop control.
• Verification & Validation: Design RF test rigs and conduct hardware-in-the-loop tests using anechoic chambers, radar scene generators, RCS reference targets, and flight dynamics models.
  

• Education & Core Knowledge: B.S. in EE, Physics, Aerospace, or similar, with deep proficiency in radar physics, electromagnetics, and noise modeling.
• Algorithms & Software: Strong background in digital signal processing (DSP), filtering, and programming (C++/Python), with experience implementing real-time radar detection and tracking.
• Hardware & Testing: Hands-on experience testing radar architectures (FMCW, Pulsed Doppler, AESA) using RF lab equipment like Spectrum Analyzers, VNAs, and Oscilloscopes.
• Working with Suppliers: Experience sourcing components and performing make vs buy analysis.
• US Person or Lawful Permanent Resident status required.
  

• Domain Expertise: Background in missile seekers, high-speed air-to-air systems, counter-ballistic radar tracking, or electronic warfare (EW) resilience.
• Compute Acceleration: Experience with FPGA-based signal processing (VHDL/Verilog) or GPU acceleration for heavy radar pipelines.
• Electromagnetics: Familiarity with antenna array design, beamforming, radome EM integration, or atmospheric RF attenuation.
• Simulation: Knowledge of radar cross-section (RCS) modeling, synthetic target generation, and MIL-STD high-G testing environments.
  

The base pay range for this role is $100,000 – $160,000 per year.

This role is eligible for equity based compensation.