Design and optimize analog mixed-signal layouts such as high-speed ADCs, PLLs, bandgap voltage references, LDOs, high-speed I/O circuits, general I/Os, and ESD structures in deep sub-micron CMOS technologies using Cadence or Synopsys tools
Collaborate closely with circuit designers and other teams to meet project specifications and timelines
Responsible for floor planning, custom layout, and verifying compliance with design rules and schematics, including DRC, LVS, ANT, LUP, ESD, and PERC
Maintain detailed documentation of layout methodologies, design decisions, and verification results
Bachelor’s degree in Computer Science, Electrical Engineering, or related fields with 3-5+ years of relevant professional experience.
Master’s degree and/or PhD in Computer Science, Electrical Engineering, or related fields with 2-3+ years of experience is preferred.
Experience in analog/mixed-signal layout design for deep sub-micron CMOS circuits.
Familiarity with advanced process technologies and FinFET is a plus.
Proficient in block level floor planning and capable of driving the project through tape-out. Proficiency in chip level floor planning a plus.
Experience implementing analog layouts to achieve tight matching, low noise, and low power consumption. Layouts may include analog blocks, such as high-speed digital, high-speed ADCs, PLLs, bandgap voltage references, LDOs, I/O circuits, general I/Os, and ESD structures.
Understanding techniques to manage IR drop, RC delay, electro-migration, self-heating, and crosstalk
Experience with full chip layout and verification
Proficiency with CAD tools such as Cadence "Virtuoso," Mentor Graphics "Calibre," or Synopsys "Custom Compiler."
Strong proficiency in interpreting DRC, ERC, LVS, LUP, and PERC reports
Ability to work independently with strong analytical skills, creative thinking, and self-motivation
Ability to work across teams
Strong communication skills
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