Linux Kernel Developer

As an Embedded Software Engineer, your role will involve developing, testing, and debugging software in an embedded platform. Your key responsibilities will include: - Very good programming skills in C language or C++ language - Possessing skills in one or more of the following areas: - Microcontroller based firmware development - Implementing software based on hardware, software, or protocol reference manuals - Understanding concepts of RTOS, microprocessors, interrupts, assembly instructions, startup code, memory map, etc. - Linux Porting / Device Driver development - Setting up Linux kernel or BSP build environments - Writing Linux kernel space code - Understanding Kernel build environment, Linux Device Driver development, and common Kernel functions - Linux user space development - Developing complex software with multiple processes, synchronization, and inter-process communication - Knowledge of APIs related to file I/O, memory management, process management, signal handling - Silicon Validation - Deriving test cases from hardware specifications - Developing validation software - Debugging hardware in lab bench, FPGA, or simulation In your projects, you may be involved in: - Designing, developing, testing, and debugging driver or application software for a microcontroller or Linux platform - Defining, developing, testing, and debugging applications to validate the functionality of hardware or existing embedded software. As an Embedded Software Engineer, your role will involve developing, testing, and debugging software in an embedded platform. Your key responsibilities will include: - Very good programming skills in C language or C++ language - Possessing skills in one or more of the following areas: - Microcontroller based firmware development - Implementing software based on hardware, software, or protocol reference manuals - Understanding concepts of RTOS, microprocessors, interrupts, assembly instructions, startup code, memory map, etc. - Linux Porting / Device Driver development - Setting up Linux kernel or BSP build environments - Writing Linux kernel space code - Understanding Kernel build environment, Linux Device Driver development, and common Kernel functions - Linux user space development - Developing complex software with multiple processes, synchronization, and inter-process communication - Knowledge of APIs related to file I/O, memory management, process management, signal handling - Silicon Validation - Deriving test cases from hardware specifications - Developing validation software - Debugging hardware in lab bench, FPGA, or simulation In your projects, you may be involved in: - Designing, developing, testing, and debugging driver or application software for a microcontroller or Linux platform - Defining, developing, testing, and debugging applications to validate the functionality of hardware or existing embedded software.