Analog Design, Sr Staff Engineer

Synopsys · Noida, Uttar Pradesh · onsite Our Hardware Engineers at Synopsys are responsible for designing and developing cutting-edge semiconductor solutions. They work on intricate tasks such as chip architecture, circuit design, and verification to ensure the efficiency and reliability of semiconductor products. These engineers play a crucial role in advancing technology and enabling innovations in various industries. You have spent years designing circuits that have to work at speeds most people cannot even measure, and you have learned that the difference between a SerDes that ships and one that does not is usually buried in a layout decision or a mismatch calculation someone else would have glossed over. You think in tradeoffs, power versus area versus performance, and you know how to make those calls without waiting for perfect data. You are the person who can look at a standards document, translate it into block specs, and then actually build the circuit that meets them. You have taped out silicon that works, not just simulations that look good, and you understand what it takes to get from schematic to validated hardware. Layout parasitics, ESD, aging, IR drop, these are not footnotes to you, they are part of the design from day one. You are comfortable leading a handful of designers through a macro-level build, reviewing their work, catching issues early, and mentoring without micromanaging. Lately, you have been exploring how AI and automation can make your design flow faster and smarter, and you are ready to push that further in a team that takes it seriously. At Synopsys, you will work on multi-Gbps SerDes IP in the latest FinFET nodes, and what you design will end up in products that move data across the world. What You'll Be Doing Own analog macro-level design for multi-Gbps NRZ and PAM4 SerDes IP, driving architecture, specifications, and circuit implementation from standards to silicon Track and review the work of sub-block designers, ensuring power, performance, and area targets are met across TX, RX, and clock path circuits Develop and refine circuit implementations for SerDes building blocks including equalizers, samplers, drivers, serializers, deserializers, VCOs, phase interpolators, PLLs, DLLs, bandgap references, ADCs, and DACs Oversee physical layout in FinFET CMOS to minimize parasitics, device mismatch, proximity effects, and ensure compliance with ESD and reliability requirements Collaborate with digital RTL engineers to develop calibration, adaptation, and control algorithms that integrate with your analog circuits Drive the adoption of AI-assisted design methods by developing AI agents and Python-based automation that integrate with EDA tools, simulation flows, and design data pipelines to optimize circuit sizing, biasing, and tradeoffs Use AI-enabled workflows to reduce manual effort in schematic design, verification, layout review, regression analysis, and silicon correlation, ensuring all AI-generated recommendations are traceable and validated The Impact You Will Have Your macro-level designs will directly enable high-speed connectivity in AI, automotive, and data center products used globally The circuit architectures and design strategies you define will set the foundation for future SerDes IP generations across Synopsys portfolios Your leadership and mentorship will accelerate the growth and output of junior analog designers on the team The AI workflows and automation you build will reduce design cycle time and improve quality across the analog and mixed-signal R&D organization Your layout optimization and reliability-focused design practices will result in higher yield and longer product lifespans in the field The simulation strategies and verification methods you propose will catch issues earlier and reduce costly silicon respins Your collaboration with digital, verification, and CAD teams will improve cross-functional integration and product delivery timelines What You'll Need Master's or