Technical Lead

Experienced embedded Linux engineer with strong expertise in software architecture design, xPON ONT system development, and L2/L3 forwarding software. Skilled in ARM/MIPS architecture, device driver development, and debugging in embedded systems. Proficient in C, scripting languages, and Linux kernel programming, with hands-on experience in board bring-up and peripheral integration. Focused on delivering high-quality, customer-oriented features and maintaining effective cross-team collaboration.

You Have:

• Graduate or Postgraduate in Engineering stream with 2 to 5 years of experience in embedded Linux development and L2, L3 forwarding.
• Strong coding knowledge in C, C++
• Hands-on experience on any one of BCM, RealTek, Cortina, Qualcomm or MTK Soc.
• Proficiency in debugging tools such as GDB, Valgrind, Coverity.
• Cross-team interaction skills, collaborating with architects, PLMs, and test engineers to deliver features and resolve issues effectively.
• Experience working with configuration management tools such as Git, SVN, and ClearCase.

It would be nice if you also add:

• Knowledge in xPON ONT system development, specifically in the context of Ethernet PHY, USB, SPI-NOR flash, and CAN protocol.
• Familiarity with OpenWRT and Yocto Build systems, enabling efficient system packages and integration.
• Knowledge in low-level driver development for peripherals like SLIC audio chips, NAND flash, and power management for USB devices.

• Using your experience, you will analyze customer use cases, network topology, and service requirements, ensuring that solutions align with expectations.
• Engage with cross-functional teams, including product architects, PLMs, and test engineers, to ensure smooth project execution and feature delivery.
• You will be responsible for designing and documenting feature architectures and specifications, contributing to the development of robust solutions.
• Develop and integrate the xPON ONT E2E environment, helping refine processes and systems for better product functionality.
• Use your skills in troubleshooting embedded development environments to solve complex issues and improve system performance.
• Deepen your knowledge in new protocols and technologies, including ARM/MIPS architecture, embedded Linux development, and advanced debugging tools.
• Gain more experience in quality process management, working closely with teams to deliver stable, reliable features while understanding and applying industry best practices.