Description :

We are seeking a highly skilled RADAR Algorithm Development Engineer to design, implement, and optimize real-time signal processing algorithms for TI mmWave RADAR SoCs.

The role involves end-to-end ownership of RADAR algorithms, platform integration, system-level software development, and validation for automotive, industrial, and robotics applications.

Roles & Responsibilities :

Algorithm Development :

- Design, develop, and optimize signal processing algorithms for RADAR applications, including :

- FFT and spectral analysis

- Beamforming and angle estimation

- Object detection and classification

- Target tracking and multi-object tracking

- Optimize algorithms for real-time performance on TI DSPs and ARM-based MCUs.

- Balance trade-offs between latency, accuracy, and power efficiency.

Platform Integration :

- Develop, port, and integrate software on TI mmWave RADAR SoCs (AWR series).

- Utilize TI mmWave SDK, RTOS, and hardware accelerators (HWA, EDMA) for efficient execution.

- Work closely with hardware and firmware teams to bring up and tune RADAR pipelines.

System-Level Development :

- Integrate RADAR processing software with sensor fusion frameworks involving camera, LiDAR, and IMU.

- Support automotive, industrial, and robotics applications requiring high reliability and functional safety.

- Contribute to system architecture, data pipelines, and performance optimization.

Testing & Validation :

- Perform lab and field testing to validate RADAR performance under diverse environmental conditions.

- Debug and optimize software for real-time constraints, detection accuracy, and robustness.

- Develop test scenarios, logs, and analysis tools to evaluate algorithm performance.

Technical Skills :

- Strong background in signal processing and RADAR fundamentals.

- Hands-on experience with FFT, beamforming, detection, and tracking algorithms.

- Experience programming in C/C++ for embedded systems.

- Familiarity with TI mmWave RADAR platforms (AWR series) and mmWave SDK.

- Experience with DSPs, ARM cores, and real-time embedded software.

- Knowledge of RTOS concepts, task scheduling, and inter-process communication