• Definition of the PDN architecture and design solution space for systems across a wide range of power and noise specifications.
• Power delivery modeling, simulation, and characterization for die, package, module, board, and Voltage Regulator (VR)
• Definition of the PDN architecture and design solution space for the target system
• Broad responsibility on all SoC PI related topics, including on-die inrush, off-die droop budget, PDN signoffs, digital to analog/RF noise coupling analysis, voltage guard band, active droop mitigation etc.
BS and 10 +years of relevant industry experience
M.S. or Ph.D. with academic background in Power/Signal Integrity, Power Electronics, Electromagnetics, Microwave, and/or Analog/RF Circuit Design.
Understanding of power supply architecture covering multi-stage voltage regulator technologies, PCB and package design trends and trade-offs, and chip supply design including low-power and high-power design methodologies.
Experience in PI/SI methodology development, PDN modeling from system to die, and lab correlation/validation in time-/frequency-domain.
Proficiency in Python coding, AI/ML assisted automation experience.
Experience in design and analysis of product power supply solution.
Deep understanding of Voltage Regulator design principles and electrical performance in the system environment.
Good knowledge in 3D/2D EM simulation tools, electromagnetic and transmission line theory.
Preferably working knowledge on analog/RF/wireless noise coupling and sensitivity
Familiar with lab equipment including but not limited to VNA, real-time scope, spectrum analyzer.
Ability to work and communicate efficiently in cross-functional teams.