- With 10 + years of experience in automotive network and diagnostic tool development, focusing on in-vehicle Ethernet protocol and AUTOSAR architecture design.
- Led the team to create diagnostic tools and OTA solutions for electric vehicle projects such as HiPhi Z/Y, improving communication efficiency by 20%.
- Implement Java/C++/Python programming combined with cloud native architecture to optimize embedded system design and reduce development cycle by 15%.
- Promote agile methods, improve team collaboration efficiency, and ensure that project on-time delivery rates increase to 98%.
- Continuously innovate intelligent mobile and real-time distributed system technologies to contribute to product competitiveness.
Shanghai Qifangge Technology Co., Ltd.
Senior software engineer
Mar. 2024 2024.03
- Based on S32G hardware platform, develop SOC-side communication middleware project, integrate SOME/IP, DDS, DoIP communication protocols, design middleware architecture, and improve system communication performance.
- Based on DoIP protocol, develop OTA software module, support A/B backup upgrade of SOC and MCU, enhance software update reliability, and reduce upgrade failure rate to less than 1%.
- Independent development of Excel Ethernet matrix to IDL automatic generation tool, improving development efficiency by 30% and shortening project cycle by 2 weeks.
- Lead the in-vehicle Ethernet TC8 mass production test project to ensure communication stability, test coverage of 100%, and ensure high-quality product delivery. Optimize the test process, reduce test time by 15%, improve test efficiency, and lay a solid foundation for the smooth progress of mass production projects.
Technology Co., Ltd
Diagnostic Design Chief Engineer
Oct. 2021 - Mar. 2024 2021.10 - 2024.03
- Design a new - generation electronic and electrical architecture. Develop in - vehicle diagnostic application projects based on RTI DDS communication middleware on the SOC side of the S32G hardware platform, aiming to achieve technological innovation.
- Developed an automatic generation tool for Ethernet Arxml database, built a diagnostic data management system and an engineering diagnostic instrument, and improved development efficiency by 30%.
- Design the scheme architecture of the automatic test system for diagnostic data, complete the function development, and ensure that the accuracy of diagnostic data reaches 99%.
- Write remote diagnosis scripts for Hiphi Z models, participate in self-developed OTA projects, design diagnostic engine solutions, and improve remote diagnosis capabilities through functional verification.
- Organize the Hiphi Z and Hiphi Y EOL offline inspection specifications, complete demand release and verification, solve key problems, and ensure the quality of the vehicle offline.
New Energy Automobile Co., Ltd
Electrical inspection engineer
Apr. 2021 - Sept. 2021 2021.04 - 2021.09
- Execute the vehicle electrical inspection and debugging process to ensure that the vehicle functions normally and improve the inspection efficiency by 20%.
- Participate in the introduction of the Siemens electrical inspection system, optimize the system configuration, and reduce the failure rate by 15%.
- Leading the implementation of the final assembly MES business, coordinating the team to complete 3 rounds of verification to ensure the stable operation of the system and improve production efficiency by 10%.
- Lead the functional debugging of safety equipment, strictly control verification standards, ensure equipment compliance, and achieve zero safety accident records. Organize verification reports, summarize implementation details and results, and provide data support and experience for follow-up projects.
automobile company
General assembly electrical inspection engineer
Aug. 2014 - Apr. 2021 2014.08 - 2021.04
- Participate in the electrical inspection projects of 6 models, and complete the requirements confirmation, scheme design, task statement preparation and equipment development verification to improve the efficiency of electrical inspection.
- Solve 8 design problems such as ODX data errors, and optimize the algorithm and calibration process to ensure that the model matching accuracy is increased to 98% and the rework rate is reduced by 30%.
- Leading the solution to 8 equipment failures such as low self-learning pass rate of TMPS equipment. Through hardware upgrades and software debugging, the equipment failure rate was reduced by 60% and the stability of the production line was improved.
- Optimize ECU swiping and sensor initialization processes, implement standardized operation training, reduce operation time by 20%, and improve production efficiency.
- In response to problems such as unqualified VCU signal reading, a rapid response mechanism is established, and the problem resolution time is shortened by an average of 30% to ensure that the production progress is not affected.
North Central University
Vehicle Engineering
Vehicle Engineering
Sept. 2011-Jul. 2014 2011.09-2014.07
North Central University
Vehicle Engineering
Vehicle Engineering
Sept. 2007-Jul. 2011 2007.09-2011.07
- Honors/Awards: National Inspirational Scholarship
- Certificate: CET-6
- Protocols: SOME/IP, DDS (RTI Connext), DoIP, TCP/UDP, CAN/CAN FD, ISO 14229 (UDS), ISO 15765
- Tools: Vector CANoe, Wireshark, ODX Studio, Spring Boot, Vue.js, MySQL, Tomcat
- Languages: Java, C++, Python, Lua, Shell Scripting
- Platforms: Embedded Linux, AUTOSAR CP/AP, S32G/S32K MCUs, Windows/Linux
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