Software Architect- Radar Signal processing

Valeo; Chennai District, Bengaluru; Hybrid; INR 1,200,000 - 1,800,000; Full time

Job summary

Valeo in Chennai is seeking an algorithm-focused engineer to design radar waveforms (FMCW/PMCW) and build robust DSP chains for range, Doppler, and AoA estimation. You will model performance with MATLAB or Python and guide specifications aligned with customer needs and Valeo standards.

You will collaborate with Software and Hardware teams to port and optimize algorithms on DSP, FPGA, or SoC, and validate results using real-world test data for continuous improvement across radar products.

Qualifications

• Strong foundation in Digital Signal Processing and Radar concepts.
• Experience with MATLAB or Python for simulation and analysis.
• Knowledge of radar waveforms (FMCW, PMCW) and DSP chains.
• Experience porting algorithms to embedded platforms (DSP/FPGA/SoC).

Responsibilities

• Design radar waveforms to meet range, velocity and angular resolution requirements.
• Develop DSP algorithms and validate against test data.
• Model radar performance using MATLAB/Python.
• Collaborate with software and hardware teams during porting and optimization.
• Participate in design reviews and quality improvements.

Skills

DSP

Radar Physics

MATLAB

Python

Embedded Systems

FFT

CFAR

AoA Estimation

DSP/Signal Processing

Tools

MATLAB

Python

FPGA

SoC

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.

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.