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What you will be doing:
Responsible for GPU and SoC system qualification, including feature checks, system stress at BurnIn conditions, testing of a large number of systems, and debugging issues affecting any unit of the chip or software.
Perform validation of reliability stress hardware and software infrastructures and participate in a system-level High-Temperature Operating Life (HTOL) reliability test.
Build scripts for automation and data parsing.
Deliver silicon aging results for product aging modeling.
Drive silicon aging debugs meetings and co-work with multi-function teams to root cause it.
What we need to see:
Bachelor’s or Master’s Degree or equivalent inMicroelectronics/Electrical/Electronic/Physicor equivalent experience
3 to 5 years overall experience in semiconductor reliability.
Good problem-solving, collaboration, and communication skills.
Capability of multi-tasking with priority.
Basic knowledge of frequency power thermal constraints and failure analysis techniques.
Engineering Experience in system-level debugging andPerf/Power/Speed/Reliabilityfeatures in CPUs/GPUs/SOCs.
Familiarity with scripting languages like Python and/or JavaScript.
Good knowledge of board and system design considerations and experience in silicon design/bring-up.
An understanding of PC architecture and various commonly used buses.
Must be a standout colleague and ready to work with global teams from diverse cultural backgrounds.
Ways to stand out above the crowd:
Deep understanding of technology and passion for what you do.
Familiarity with statistical methods and tools for data analysis.
Strong collaborative and communication skills, specifically the ability to effectively guide and influence within a dynamic environment.
Strive to be a standout colleague and be ready to work with global teams from diverse cultural backgrounds in a high-energy environment.
You will also be eligible for equity and .
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