Design and deliver complex digital SoCs for automotive communication systems, covering microarchitecture, RTL, verification, synthesis, lint, CDC, LEC, and static timing analysis. Collaborate with architects, software, hardware, and verification teams to define specifications, data flows, algorithms, interfaces, and resource management while meeting power, performance, and area targets. The role requires advanced ASIC design expertise, strong digital fundamentals, and experience with networking protocols or related semiconductor technologies.

Owns digital SoC verification for advanced automotive communication semiconductors, collaborating with architects, designers, and software engineers from specification through coverage analysis and gate-level simulation. Responsibilities include developing reusable testbench architectures, automating tests and regressions, debugging simulation failures, validating networking and other semiconductor technologies, and supporting pre- and post-silicon verification infrastructure.

The role involves developing and testing software stacks for networking devices, including embedded firmware and device drivers, for automotive applications.