Design and develop kernel subsystem modules for an intelligent driving operating system.Responsible for developing and maintaining kernel scheduling subsystem, network subsystem (socket and polling), IPC subsystem and driver module loading subsystem under multi-core environment. Experience in architecture design and performance enhancement.Design and development of the driver layer interface used to support various driver devices programming, NIC protocol stacks, etc., and implemented support for multiple hardware devices; Implemente a highly reliable operating system security isolation feature to ensure the product meets functional safety standards;Extensive experiences in intelligent driving related fields, familiar with the architecture, design, and develope of embedded systems and real-time operating systems that meet vehicle-grade requirements.Interfaced with various teams throughout the company to support with software related production and customer facing performance issues.

Responsible for the embedded development of Remote Radio Unit, implemented an alarming system with refactoring design; Responsible for the development of a Remote Radio Unit module's board equipment, completed Remote Radio Unit equipment testing work, and achieved commercial production requirements.