ASIC Physical Design Engineer

Key Responsibilities Take full ownership of RTL-to-GDSII execution on complex designs, driving PPA and quality-of-results metrics to closure with minimal supervision. Lead methodology and solution-focused discussions with key stakeholders across the design organization. Work with cross-functional partners—design, CAD, and program teams—to align on implementation strategy, priorities, and schedules. Champion and roll out new tools and techniques, driving their adoption across the engineering team. Devise creative, non-obvious solutions to tough implementation challenges, whether through native tool capabilities or custom scripting. Bring machine-learning-based approaches into the flow to lift productivity and improve PPA. Trace complex issues down to precise tool or flow root causes and drive them to resolution with EDA vendor R&D teams. Partner with globally distributed teams and mentor junior engineers as they ramp.   Tools & EDA Expertise Hands-on fluency with the digital implementation toolchain is a core requirement—strong tool expertise keeps the learning curve short and lets you contribute to tapeouts quickly. We expect working command of the following (or their equivalents): Cadence Genus for RTL synthesis and design-for-test insertion and Innovus for PnR. Cadence Tempus for signoff static timing analysis (STA). Quantus for parasitic extraction (RC/RCc). Voltus / Voltus-Fi for power, EM, and IR-drop signoff. Pegasus (or Siemens Calibre) for physical verification — DRC, LVS, and ERC. Cadence Conformal for logic equivalence checking (LEC). Scripting in Tcl, Python, or Perl for flow automation and custom utilities. Familiarity with the equivalent Synopsys flow (Design Compiler / Fusion Compiler, IC Compiler II, PrimeTime, StarRC, Formality) is a welcome plus.