System Integration Engineer – Automotive RADAR

Role Summary
The System Integration Engineer is part of the Radar System & Application (S&A) organization and is responsible for ensuring system-level quality of radar solutions across hardware and embedded software domains. The role focuses on integration, validation, and delivery readiness of automotive radar products in a multi-disciplinary environment.

Key Responsibilities

• Perform system integration of radar solutions including RF front-end, validation boards, and embedded software
• Ensure system-level validation across hardware and software releases using reference applications
• Execute regression testing and customer use-case validation
• Support silicon bring-up and early validation phases
• Conduct RF and mmWave measurements in laboratory environments (anechoic 
• chamber, RF benches)
• Develop automation tools for test execution, data acquisition, and analysis (Python, 
• MATLAB, Java)
• Analyze system issues, identify root causes, and support debugging activities
• Generate technical reports and communicate results to stakeholders
• Collaborate with cross-functional teams (Software, Hardware, Validation, Safety, 
• Architects)

Required Qualifications

• Master’s degree or PhD in Electronics, RF Engineering, Embedded Systems, or equivalent
• 2 to 5 years of experience
• Strong knowledge of RF / mmWave systems, ideally automotive radar (76–81 GHz)
• Experience with radar systems (FMCW principles, signal processing is a plus)
• Understanding of embedded software architectures and HW/SW interaction
• Experience in system integration and debugging of complex systems
• Familiarity with RF laboratory equipment and test benches
• Programming skills in Python and/or MATLAB

Behavioral Competencies

• Strong teamwork and collaboration mindset across global teams
• Analytical thinking and structured problem-solving approach
• Proactive attitude and ability to work autonomously
• Effective communication skills in a multicultural environment
   

Work Environment
Advanced radar laboratory environment (RF / mmWave)
Automated validation test benches and measurement systems
Cross-site and international collaboration
High-innovation automotive radar development programs
 

Additional Information

• Experience with Functional Safety (ISO 26262) is a plus
• Experience in silicon bring-up or post-silicon validation is desirable
• Exposure to automation frameworks and large data analysis is beneficia

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