Job Description
This position will be responsible for board qualification and power measurement of NVIDIA products. Successful candidate will be in a dynamic engineering environment, with the opportunity to participate in a wide variety of exciting and challenging projects.
What you'll be doing:
Conduct bring up, electrical performance testing, efficiency optimization...
DC-DC Power solutions testing and debugging
Analysis of analog DC/DC power designs
High speed/Low speed signal measurement, such as PCIe, USB; I2C, GPIO.
What we need to see:
Familiar SMPS knowledge, familiar with power topology, such as LLC, BUCK, BUCK/BOOST...
Familiar with signal integrity theory.
Pursuing Bachelors degree, major in EE, or related field. MS is preferred
Experience with Server and PC architecture
System knowledge of AI server, Embedded system, Graphics.
Good English speaking and listening
Ways to stand out from the crowd:
Experience in measuring/designing DC/DC power solution
Experience in designing experiments and evaluating results are preferred
Categories
Frequently asked questions
Is the System Design Validation Intern - 2027 position at NVIDIA remote?
The System Design Validation Intern - 2027 role at NVIDIA is an on-site or hybrid position.
What type of employment is the System Design Validation Intern - 2027 role?
NVIDIA is hiring for a full-time System Design Validation Intern - 2027 position.
How do I apply for the System Design Validation Intern - 2027 position at NVIDIA?
You can apply for the System Design Validation Intern - 2027 role directly through NVIDIA's official application link provided on this page.
Similar AI jobs
Vice President, Regulatory Affairs
Insitro · fulltime
Staff NPI Global Supply Planner
Tenstorrent · fulltime
Senior Electrical Integration Engineer, Air Dominance and Strike
Anduril · fulltime
Electrical Design Engineer, Air Dominance and Strike
Anduril · fulltime
Senior Electrical Design Engineer, Air Dominance and Strike
Anduril · fulltime
Lead Engineer (Transmission & Distribution)
xAI · fulltime