Senior Circuit Design Engineer - Power Delivery

NVIDIA NVIDIA · Semiconductors · Santa Clara, CA +1 · Remote

Senior Circuit Design Engineer focused on power delivery solutions for deep submicron technologies, involving transistor-level and system-level design of voltage regulation circuits, physical implementation, and collaboration with multi-functional teams. Requires MS/PhD in Electrical Engineering with 5+ years of experience in analog/mixed-signal circuit design and simulation.

What you'd actually do

  1. Design innovative analog/mixed-signal circuits for power delivery solutions in deep submicron technologies.
  2. Responsible for transistor -level and system-level design of voltage regulation solutions.
  3. Drive the design and physical implementation of analog/mixed-signal circuit IPs.
  4. Perform detailed analysis to ensure good reliability and performance of the design.
  5. Collaborate with multi-functional teams to understand challenges and benefits of integrated power delivery solutions.

Skills

Required

  • MS/PhD in Electrical Engineering or equivalent experience
  • 5+ years of experience
  • Understanding of deep submicron process challenges
  • Strong background in analog/mixed signal circuit design IPs (op-amp, comparator, bandgap, DAC, ADC, LDO, etc.)
  • Proficient with circuit simulations (dc, ac, transient, loop-stability, Monte-Carlo, noise, etc.)
  • Experience with industry standard EDA tools for AMS, EMIR, self-heating, aging, SOA, floating-net, parasitic-extraction, and other such simulations
  • Proven industry experience in bringing designs from concept to high volume manufacturing

Nice to have

  • Strong understanding of switching (DC-DC) converters
  • Experience with system-level design tools like Simplis, Matlab/Simulink, etc.
  • Familiarity with design-for-test (DFT) methodology
  • Experience with scripting languages and automation methods
  • Effective verbal/written communication, and technical presentation skills

What the JD emphasized

  • 5+ years of experience
  • deep submicron process challenges
  • analog/mixed signal circuit design IPs
  • circuit simulations
  • industry standard EDA tools