Job Summary:

• Responsible for design and implementation of C/C++ embedded software - for device drivers and use-cases for various Ethernet networking features and performance.

• Contribute to design and implementation of breakthrough Ethernet/networking IP to be integrated into next-generation SoCs for automotive, industrial and edge computing markets.

• Perform thorough trade-off analysis on performance/complexity.

• Working closely with IP design and verification teams on planning and execution, to ensure the IP is delivered on time and with highest quality.

• Proactively drive continuous improvement in design methodology.

Key Challenges:

• The IP itself is challenging and of significant scope as it requires implementing challenging algorithms in hardware/silicon. It incorporates latest Ethernet technology such as IEEE Time Sensitive Networking (TSN) that extends Ethernet for safety-critical and real-time applications.

• Design of software use-cases require a scalable architecture which enables continuous evolution of code as new IP functionality is added or expanded.

• Software developed in the team needs to be of high quality and portable to multiple platforms, requiring strong interactions with the hardware design and architecture team.

Job Qualifications:

• Bachelors in Electrical/Computer/Software Engineering, Computer Science, or related education.

• 5+ years work experience in software design & implementation.

• Thorough knowledge and expertise in C/C++ design and implementation.

• Understanding of software development methodology and proficiency in software development tools.

• Solid understanding of embedded software development.

• Algorithm development experience.

• Excellent problem solving skills.

• Must work well in a team environment.

• Strong interpersonal, communication

• Ability to parse and write technical documentation.

• Understanding of computer architecture and digital logic design is desirable.

• Knowledge of networking technologies including TCP/IP protocols is desirable.

• Experience with networking products such as routers, bridges and switches is desirable.

• Security/cryptography experience would be an asset.

• Familiar with hardware and software implementation trade-offs is an asset.

• FPGA experience is desirable