Signal Processing Engineer (Radio)

Responsibilities

• Waveform Design: Design modulation, coding, and equalization schemes for a robust, low-latency radio link.

• Anti-Jamming (ECCM): Build algorithms that keep the radio link alive under active jamming.

• Signal Intelligence (SIGINT): Detect and characterize other radio emitters in the operating environment.

• Mesh Networking: Optimize protocols so multiple radio units share the airwaves without collision.

• AI-Assisted Processing: Apply machine learning to jamming detection and channel prediction where it improves field robustness.

• Field Validation: Take algorithms from simulation to lab bench to real flight test.

• Radio System Integration: Work daily with RF hardware and FPGA engineers to bring designs into a fielded radio.

Candidate Requirements

• Master's or PhD in Electrical Engineering, Signal Processing, or Applied Mathematics.

• 8-12 years designing radio or communication systems, from algorithms to deployed products.

• Hands-on experience with modem or waveform design: modulation, coding, synchronization, equalization.

• Solid grounding in probability, DSP, and information theory; comfortable deriving solutions from first principles.

• Practical awareness of RF hardware and FPGA constraints (latency, precision, real-time processing).

• Exposure to ECCM, SIGINT, or mesh networking is a strong plus.

• Clear communicator across RF, FPGA, and software disciplines.

• Fluency in English required; French is a plus.

We look forward to hearing how you can help shape the future of autonomous defense systems at Harmattan AI.