Job Description :

- Algorithm Design & Development : Design radar waveforms (e.g., FMCW, PMCW) and signal processing chains (Range/Doppler FFT, CFAR, AoA estimation, Clustering) based on functional needs and sensor specifications.

- System Modeling : Develop high-fidelity simulations using MATLAB or Python to predict radar performance and validate algorithm theoretical limits.

- Requirement Analysis : Define and document technical specifications for the signal processing chain, ensuring alignment with customer requirements and Valeo internal standards.

- Implementation Support : Collaborate with the Software and Hardware teams to port and optimize algorithms onto embedded platforms (DSP, FPGA, or SoC).

- Performance Validation : Analyze raw radar data from test benches and vehicle fleet tests to troubleshoot issues and refine detection performance in real-world scenarios.

- Continuous Improvement : Participate in design reviews and contribute to the standardization of signal processing modules across different radar product lines.

Tech Stack & Expertise :

- Technical Expertise : Strong foundation in Digital Signal Processing (DSP) and Radar Physics (Radar equation, RCS, interference).

- Software Skills : Proficiency in MATLAB or Python for algorithm modeling and data analysis.

- Waveform Design : Proven experience in designing radar waveforms to meet specific range, velocity, and angular resolution requirements.