Analog Mixed-Signal Circuit Design Engineer (Remote) - New York, NY, United States

About the role

This role involves building integrated voltage regulators leveraging Ferric’s on-chip inductor technology, with applications in high-power SoCs and ultra-low power Mobile platforms.

What you'll do

• Design analog and mixed-signal circuits meeting architectural requirements and technical specifications in various CMOS nodes
• Contribute to the architectural definition of the design and chip integration and define specifications for upcoming ICs
• Research and investigate new circuit techniques to improve Ferric ICs
• Perform analysis, design, and verification simulations for building blocks at the schematic level and after post-layout extraction
• Document assigned blocks and hold design review meetings
• Work cross-functionally with Characterization, Test, and Application Engineers to verify, characterize, and debug owned circuit blocks

What you'll need

• PhD or MSEE with 2+ years of experience in full-custom CMOS design
• Design skills in areas such as bandgaps, ADCs/DACs, PLLs, DLLs, LDOs, temperature sensors, switched-capacitor circuits, op-amps, comparators, and biasing circuits
• CAD Software: Cadence Virtuoso Schematic and Layout, Spectre, APS, Calibre DRC/LVS/PEX, CppSim

Nice to have

• Experience designing high switching frequency integrated voltage regulators in standard CMOS technologies
• Experience designing analog and mixed-signal circuits in standard CMOS technologies with an emphasis on low-power consumption
• Track record for bringing mixed-signal designs into high volume production
• Understanding of process and device physics concepts
• Familiarity with mixed signal verification methodologies
• Ability to layout critical analog and mixed-signal circuits
• Experience with backend verification tools including EMIR, static/dynamic MOSFET voltage checks
• Experience with Monte Carlo analysis
• Languages: Verilog, Verilog-AMS, Python, Perl, Tcl, Cadence Skill, MATLAB

Skills: analog mixed-signal circuits, CMOS design, bandgaps, ADCs/DACs, LDOs