NVIDIA

The complexity of the chip has greatly increased over the years. We are now packing hundreds of billions of transistors in a chip to meet the growing computing demand in a footprint that is responsible to our environment. The NVIDIA System-On-Chip Design (SOCD) group is looking for a top ASIC Design Engineer. You should have real passion for RTL design methodologies and implementation that enable high quality system-level IP design and robust QA checks at multiple environment levels (e.g., unit, sub-system, and SOC).

What you’ll be doing:

• Be an integral part of the team defining and developing system-level RTL and methodologies to measure performance on the industry's leading GPUs
• Design and implement RTL features (microarchitecture and RTL)
• Run and debug RTL checks to ensure design quality (e.g., cross clock domains (CDC), clocks, reset, latency, and more)
• Define, develop, and automate flows and methodologies to efficiently build and support a system-level IP
• Co-work with verification engineers to sign off the design
• Work with architects, designers, and SW engineers to accomplish your tasks

What we need to see:

• MS in Electrical or Computer Engineering with 3 years of relevant industry experience
• Have super scale project design experience. Experience in RTL design (Verilog), verification (SystemVerilog), System-On-Chip design/implementation flow, and design automation
• Good understanding of SOC architecture (e.g., CDC, multiple-power domains, performance analysis, latency, and data flow)
• Have good understanding/management on task dependency and experienced in working at complex tree.
• Strong coding skills in Perl or other industry-standard scripting languages
• Excellent debugging and analytical skills
• Exposure to design and verification tools (dc_shell or equivalent synthesis tools, VCS or equivalent simulation tools, debug tools like Verdi, GDB)
• Great communication and collaboration skills to interact within the team and with cross functional teams

Ways to stand out from the crowd:

• Performance Monitor background