Develop, maintain, and improve CAD flows and automation scripts for NanoTime and ESP Support design teams in setting up timing and verification runs, interpreting results, and resolving tool and methodology issues Drive timing and formal verification closure in collaboration with circuit designers Contribute to methodology documentation and guidelines adopted across programs and design organizations Engage with EDA vendors to report issues, evaluate new features, and drive tool improvements Build automation to improve flow efficiency, reduce runtime, and scale support across concurrent programsMinimum of BS degree in Electrical Engineering, Computer Engineering, Computer Science, or related field + 10 years relevant industry experience Strong programming or scripting experience in Perl, Python, TCL, or similar language Solid understanding of digital or custom IC design and static timing analysis through coursework or internship experienceHands-on experience with transistor-level timing and formal verification tools such as NanoTime, ESP, PrimeTime, or HSPICE, including flow ownership and methodology development In-depth knowledge of dynamic logic, memory arrays, or mixed-signal circuit techniques, and ability to debug complex timing and verification issues independently Experience with SPICE netlists, device models, and parasitic extraction formats such as DSPF or SPF in the context of timing sign-off Experience with formal verification methodologies and SystemVerilog RTL, including RTL-to-schematic equivalence checking Track record of driving cross-functional collaboration with design, layout, and EDA vendor teams to resolve tool and methodology issues Experience developing or contributing to organization-wide CAD methodology documentation and best practices Familiarity with AI/ML-driven CAD workflows and interest in applying GenAI techniques to flow automation and timing analysis Strong communicator with the ability to present technical work clearly to both peers and management, and drive issues to resolution across teams. You will partner closely with analog and digital designers across multiple programs and technology nodes, helping them set up flows, debug issues, and achieve clean sign-off.