Join our team as a Silicon Firmware & Embedded Engineer and be instrumental in developing the software that powers and operates silicon chips. You will craft pre-silicon firmware and software with direct hardware interface, integrate and develop C tests and APIs, and manage the software build flow. This role involves performing design and code reviews, alongside rigorous testing and validation of product implementations.

As a Software Development Engineer, you will immerse yourself in a dynamic environment, analyzing, designing, coding, and testing application components for various clients. Your daily activities will include collaborating with team members to ensure seamless software solution implementation and contributing to the maintenance and enhancement of existing applications. Delivering high-quality code and ensuring all components function cohesively to meet project standards will be paramount.

Take ownership of tasks and grow into a Subject Matter Expert (SME). Actively participate and contribute to team discussions and problem-solving. Collaborate with cross-functional teams to gather requirements and translate them into detailed technical specifications. Conduct comprehensive testing and debugging of application components to ensure optimal performance and reliability. Document design specifications, code modifications, and testing procedures to maintain clarity and facilitate future maintenance. Demonstrate a strong understanding of software development lifecycle methodologies.

Minimum of 3 years of professional experience in Embedded C++ is required. A foundational understanding of C is essential. Proficiency in Embedded Linux platform/BSP development, including hands-on experience with U Boot, Linux kernel, Device Tree, and Yocto. Solid grasp of Linux internals, covering bootflow, IPC, memory management (MMU), interrupts, and SMP. Familiarity with Custom Hardware Bring-up for controllers like ARM, Power PC, and X86, with hands-on SoC/platform bring-up experience. Ability to optimize memory usage (stack/heap tuning, memory pools) and perform system-level profiling using tools such as perf, strace, ltrace, and Valgrind. Comfort in reading low-level firmware and kernel code. Strong debugging skills using GDB and at least one of OpenOCD/JTAG, Lauterbach, or similar tools. Good understanding of build systems, with working knowledge of Cmake and Makefiles. Familiarity with integrating embedded builds into CI/CD pipelines using Jenkins or GitLab CI. Working knowledge of communication protocols including PCIe, I2C, RS232, SPI, and UART.