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Join the Physical Design CAD & Methodology Team—a senior technical group responsible for defining, scaling, and sustaining RTL-to-GDS Physical Design implementation and signoff methodologies across complex ASIC programs.
Our team partners closely with Physical Design, STA, Power, Physical Verification, Front-End, and Silicon Architecture teams to drive predictable QoR, fast convergence, and first-pass silicon success. We are a highly collaborative, execution-focused team that values deep technical expertise, ownership, and mentorship. If you are passionate about shaping how advanced chips are implemented and signed off, this is the team for you.
As a Physical Design Flow & Methodology Technical Leader, you will provide technical leadership in defining, developing, and maintaining scalable, signoff-robust Physical Design flows from synthesis handoff through final GDS delivery.
You will work on PD methodologies, drive flow standardization, and lead complex debug efforts involving timing, power, congestion, and physical verification. You will partner with technical leads and program stakeholders to influence implementation strategy, tool usage, and signoff criteria.
In this role, you will mentor engineers, review designs and flows, and lead methodology rollouts, flow migrations, and tool evaluations. You will work on flow QA infrastructure, regression strategies, and documentation, ensuring long-term scalability and maintainability. Your leadership will directly impact tape-out predictability, QoR consistency, and engineering productivity across multiple ASIC programs.
University degree in Electrical Engineering, Computer Engineering, or a related field and 8+ years of experience in ASIC Physical Design, PD flow/methodology, or CAD engineering
Deep hands-on experience with Physical Design and signoff tools, such as: Fusion Compiler or Innovus; PrimeTime (MCMM STA); PrimePower or equivalent power analysis tools; Calibre or ICV for physical verification
Expert-level understanding of RTL-to-GDS Physical Design and signoff flow, including synthesis handoff, ECOs, and tape-out requirements
Strong proficiency in timing, power, and physical verification signoff methodologies
Advanced proficiency in scripting and automation (Tcl, Python, Shell)
Proven ability to lead complex cross-tool and cross-domain debug efforts
Demonstrated experience owning and evolving enterprise-scale PD flows
Strong understanding of MCMM timing, power signoff, and SI-aware implementation
Experience with power integrity signoff (static/dynamic IR drop, EM/EMIR)
Familiarity with advanced process nodes and design rule complexity
Experience leading methodology reviews, best-practice definitions, and technical training
Excellent documentation skills and the ability to communicate complex methodology concepts clearly
Track record of mentoring engineers and influencing technical direction across teams
High attention to detail with a strong focus on quality, reproducibility, and long-term maintainability
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