Nvidia Lead Speed Reliability Engineer - DFP 

United States, California 

367744690

What you will be doing:

• Driving methodology and design for NVIDIA testing and deploying new HW features. Crafting related tools and methods to ensure SOL, efficient testing meeting quality benchmarks. Scope spans from datacenter to chip level.

• Creating productization processes and methodologies to guide SSG teams on templates to characterize, test and release state-of-art products. Specify critical metrics to meet across process and improve these based on findings.

• Prototype and fine-tune these on pre-production silicon (including test chips) fabricated using innovative processes for speed, performance, power, yield and quality.

• Provide guidance to silicon facing teams on how to take the feature to productization, including hands-on bringup for feature validation.

• Collate takeaways from silicon and correlate to design. Provide feedback to improve the feature in future, thus being responsible for the feature roadmap for all NVIDIA products.

• Collaborating with the best minds in NVIDIA across various teams (System Architecture, PDE, Application Engineering, Product Manager, Sales, Operations) in a dynamic, creative work environment to bring industry-defining products to market.

What we need to see:

• MS in EE, CE, Systems Engineering (or equivalent experience) and 8+ years of experience in a related hardware engineering position.

• Previous engineering experience in CPU/GPU/SOC NPI bringup, with focus on driving methodologies and testplans. Familiarity with silicon bringup and tuning a plus, related to timing, speed, reliability and power.

• Familiarity with STA timing closure, circuit design, noise characterization, product binning methods and/or performance/power optimization techniques.

Ways to stand out from the crowd:

• Familiarity with statistical methods and tools for data analysis

• Background with substrate and power supply noise analysis and mitigation

• A "go-getter, can get it done" attitude and independent 'out-of-box' thinking.