Job Overview:
As a Software Engineer – Linux Driver and Kernel Developer at Apple, you will play a pivotal role in developing Linux device drivers and user-land tests for sophisticated SoCs, working closely with designers and architects to understand functional IP blocks. Your responsibilities will include implementing BSP, performing software bringup on pre and post-silicon platforms, and debugging hardware and software issues. The role requires a deep understanding of embedded Linux kernel development, kernel internals, and device driver support, along with strong debugging skills and familiarity with ARM architecture. You will contribute to the delivery of high-quality functional products to millions of customers, leveraging your expertise in C programming and user space validation.
>> View full job details on Apple’s official website.
Resume and Interview Tips:
When tailoring your resume for this position, focus on highlighting your experience in embedded Linux kernel and device driver development. Emphasize specific projects where you worked on Linux kernel internals, such as process scheduling, memory management, or file systems. Detail your contributions to device driver development for subsystems like USB, graphics, or power management, and showcase your debugging skills in kernel context. Mention any experience with ARM architecture and SoC subsystems, as these are highly relevant to the role. Quantify your achievements where possible, such as performance improvements or successful debugging of complex issues. Your resume should also reflect your proficiency in C programming and any experience with user space API validation. Tailoring your resume to match these key areas will demonstrate your alignment with Apple’s requirements and increase your chances of standing out.
During the interview, expect technical questions focused on your experience with Linux kernel development and device drivers. Be prepared to discuss specific projects where you debugged kernel-level issues or developed drivers for subsystems like USB or graphics. The interviewer may ask you to explain your approach to solving complex problems in kernel context, so practice articulating your thought process clearly. Familiarize yourself with ARM architecture and be ready to discuss its relevance to SoC development. You might also encounter coding exercises in C, so review fundamental concepts and practice writing efficient, clean code. Additionally, be prepared to discuss your experience with user space validation and how you ensured the reliability of your solutions. Demonstrating a deep understanding of kernel internals and your ability to collaborate with hardware designers will be crucial. Stay calm, think aloud, and showcase your problem-solving skills and passion for innovation.