雷达工具链与调试工程师_XC

About the Position

We are seeking a Radar Toolchain and Debugging Engineer for XC to join our global team in Suzhou, Jiangsu, China, for debugging and verification of radar systems.

Responsibilities

• Collaborate with the global team to debug radar systems, perform local verification, and set up the environment.
• Debugging and toolchain construction: Proficient in using debugging tools such as Lauterbach Trace32, collaborating with hardware and software teams to complete online debugging, trace tracking, performance analysis, and issue localization of target boards (MCU/SoC).
• Multi-protocol interface development and debugging: Responsible for parsing, packet capturing, and debugging of bus/interface protocols such as Ethernet (TCP/UDP/Socket), CAN, MIPI, etc., ensuring data link establishment and stability verification between the upper computer and embedded devices.
• Development of visualization tools: Develop upper computer tools for debugging and data analysis based on Qt (C++) on the Linux platform, achieving real-time display of protocol data, waveform drawing, message decoding, etc., and continuously iterating the internal toolchain.
• Packet capturing and data analysis: Use network/bus analysis tools such as Wireshark to capture, decode, and trace Ethernet and CAN messages, output analysis reports, and drive issue closure.
• Document and process output: Write tool user manuals, interface protocol documents, test cases, and debugging guides, promoting the standardization and reuse of the toolchain within the team.
• Other tasks as required by the team.

Requirements

• Bachelor's degree or above in computer science, electronic information, communication engineering, automation, or related fields.
• 3+ years of experience in embedded/upper computer tool development, with preference given to those with toolchain construction experience in radar, optoelectronics, automotive electronics, or industrial control fields.
• Proficiency in Lauterbach Trace32 (PowerDebug/PowerTrace), with skills in step debugging, breakpoints, variable observation, trace analysis, and CMM script writing, capable of independently locating real-vehicle/installation issues.
• Protocol development: Familiar with the underlying principles and message formats of Ethernet, CAN, MIPI, and other communication protocols, with practical project experience in custom protocol parsing, protocol conversion, and synchronization mechanism design; preference given to those who understand the engineering challenges of timing alignment and data synchronization in rotary-radar systems.
• Visualization tool development: Proficient in C/C++ and Qt framework (signal-slot mechanism, multithreading, custom controls, QCustomPlot/QWT, etc.), able to independently complete the architecture design and functional implementation of debugging-type upper computer tools.
• Linux capabilities: Familiar with Linux development environments (Shell, cross-compilation, socket programming, multi-process/multi-threading), with experience in tool deployment and adaptation on embedded Linux platforms.
• Packet capturing and analysis: Proficient in using Wireshark for Ethernet message capturing, protocol decoding, and issue localization, familiarity with CANoe/CANalyzer and other bus analysis tools is a plus.
• Clear logic, strong cross-team communication skills, able to efficiently collaborate with hardware, algorithm, and test engineers.
• Enthusiasm for tooling and automation, able to proactively convert repetitive debugging tasks into general tools.
• Good English technical document reading skills.

Nice to Have

• Experience in rotary and radar tool development.
• Familiarity with advanced protocols such as CANopen, SOME/IP, AVB/TSN, or in-vehicle Ethernet.
• English proficiency as a working language is a plus.

About the Company

[Company description if present]