Lead STA Engineer
Коротко
Leads full chip and block-level STA and timing signoff on advanced nodes, defines timing methodology, owns SI/noise analysis and OCV/AOCV/POCV strategy, drives · Needs: 10+ years physical design experience; expert-level PrimeTime and/or Tempus including PTSI; multiple successful tapeouts as timing owner.
Описание от работодателя
Envision Employment Solutions is currently looking for a Lead STA Engineer for one of our partners, an IT Services and IT Consulting company.
THE ROLE
Timing signoff is the final word on whether a chip is ready, and you'll be the one giving it. As the lead STA specialist, you'll set the timing methodology, guide the team through closure, and make the call on what's truly clean. You'll be the reference point for anyone who needs to understand why a path is failing and what it will take to fix it.
WHAT YOU'LL DO
Lead full chip and block level STA and timing signoff on advanced nodes (10nm and below)
Define timing methodology, signoff criteria, corners and modes
Own SI and noise analysis, OCV/AOCV/POCV strategy, and signoff closure
Drive ECO generation and implementation for timing and functional fixes
Review and guide constraint quality across RTL, synthesis and PnR teams
Mentor and lead a team of timing engineers
Build and improve timing automation and reporting flows
WHAT WE'RE LOOKING FOR
10+ years of physical design experience, with a strong focus on STA and timing signoff
Proven experience leading timing closure on complex SoCs at 10nm or below
Expert level knowledge of PrimeTime and/or Tempus, including PTSI
Deep understanding of SDC, multimode multicorner analysis and variation modelling
Strong scripting in Tcl, Perl and Python
Experience leading or mentoring engineers
Multiple successful tapeouts as timing owner
YOU'LL THRIVE HERE IF YOU
You're the one people call when nobody can explain a timing report
You set the standard rather than follow someone else's
You enjoy growing engineers as much as closing paths
You can hold a firm line on signoff quality under schedule pressure
You think in corners, modes and margins without having to try