英伟达Senior System Validation Methodology Engineer
任职要求
NVIDIA Silicon Solutions Group is seeking a versatile engineer to be part of the HW ArchDev team. The SSG team is uniquely positioned to have an end-to-end view of the product development cycle - from early arch definition, through bringup, to product release. Our ArchDev arm is a hub for all silicon and system level feature development, cost-benefit analysis, system integration solutions, and system POR alignment. As a member of this team, you will evaluate next gen silicon and define methodology, design, SW/FW, tool requirements needed for HW validation. The work you do will directly benefit the quality of NVIDIA products.
What you'll be doing:
• Lead NVIDIA Product GPU/CPU/SOC IP/system level validation strategy, characterization and tuning methodology, platform/component interoperability, debug capability and tools/scripts, system, SLT, and manufacturing test requirement and lead cross-function teams (ASIC, SW, FW, Board, PHY, SI/PI etc) for development and implementation.
• Lead new feature silicon bring-up, validation, and debug, and coordinate product schedule to release feature with high quality at aggressive schedule.
• Deep dive into technically challenging from Pre-Si and Post-Si bugs and lead debug efforts across cross-functional teams to fix t…工作职责
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• Proactively dive into new feature and spec from Pre-Si and lead test strategies development, including functional validation methodology, characterization and tuning strategy, platform/component interoperability, test design, debug capability and tools/scripts, system, SLT, and manufacturing test requirement. • Develop bring-up, validation, tuning, and productization plans. • Build supporting tools/script/infrastructure with relevant stakeholder teams. • Continuously optimize validation and productization processes and methodologies to improve overall quality and efficiency. • Proactively drive and identify opportunities and methods for test strategies and validation methodology optimization, efficiency improvement and innovation based on project learnings and challenging.
• Build test methodology, infrastructure and flow to ensure board/tray/rack/cluster level alignment to manufacture specifications that affect yield , cost, performance, reliability&stability, thermal and power. • Craft test strategies for new features, including specifications and validation of test equipment and diagnostic software to bridge gaps between product design targets and manufacturing testability. • Create processes that improves quality/coverage key KPIs (DPPM, failure rate trends, etc) in our production screen flows. • Perform or automate test runs, analyze and visualize data to ensure a high-quality test, and guide debug for yield or escape issues. • Partner with test engineering and operations teams to implementing efficient manufacturable test solutions.