Senior Android BSP Engineer

Job Requirements BSP Engineer has to work closely with the client’s engineering team to develop an innovative automotive Cockpit platform for the client. The main responsibility is to support the development of an Instrument Cluster and Android-based multimedia system, middleware, and applications on the latest Android OS versions, etc. C/C++ language programming Android HAL development Kernel programming Support in the development of a Type 1 hypervisor-based cockpit domain controller project with Android In vehicle infotainment Board bring-up Linux device tree configuration, Linux device drivers development Virtualization experience, virtio based device drivers development, hypervisor integration Work closely with customer and take part in the system requirements and customer requests analysis Support regular meeting and communication with customer. Cooperate with other teams worldwide and follow up on product development and integrating with other solutions Continue to learn, grow, and help us tackle brand new challenges Work Experience Bachelor's degree in Computer/Electronics/Electrical Engineering or related 5+ years of experience in software development Strong programming skills in C/C++, Java Good hands on experience in Serial Peripherals (I2C, SPI, UART) Good experience with Device Driver Authoring, Android HAL Strong experience in Linux Kernel Development, Linux Device Tree Configuration Good knowledge Virtualization, Virt I/O Experience with Linux, Hypervisor Good at reading and understanding hardware reference manuals and board schematics. Experience with debugging tools like JTAG, DSO, Multimeter, FG etc. Android framework customization Knowledge in CTS/VTS test suites. Knowledge in GAS Preferences : Yocto, Hypervisor, I2C, SPI, UART, RTOS, OpenGL Experience in troubleshooting and debugging of complex issues, good analytical skills Good understanding of concepts: scheduling, inter-process communication, interrupts, etc. Good analytical and communication skills Show more Show less