Date posted 04/20/2026
At Synopsys, we drive the innovations that shape the way we live and connect. Our technology is central to the Era of Pervasive Intelligence, from self-driving cars to learning machines. We lead in chip design, verification, and IP integration, empowering the creation of high-performance silicon chips and software content. Join us to transform the future through continuous technological innovation.
You are a passionate and experienced analog design professional, eager to tackle challenging problems in the realm of high-speed integrated circuits. You thrive in dynamic environments where innovation and collaboration are at the forefront. Your technical expertise is matched by your commitment to continuous learning, and you take pride in producing quality designs that drive real-world impact. With a strong foundation in transistor-level circuit design and deep submicron CMOS technologies, you are adept at using industry-standard simulation and verification tools to ensure robust and reliable outcomes. You are comfortable navigating complex design challenges, whether it’s optimizing for performance, power, or area, and you value the opportunity to contribute to cutting-edge products. Your communication skills enable you to build productive relationships with colleagues across international teams, and your organizational skills help you manage multiple priorities efficiently. You are self-motivated, proactive, and always looking for ways to improve processes and outcomes. You understand that diversity and inclusivity foster innovation, and you welcome opportunities to work with colleagues from diverse backgrounds. If you are ready to make a meaningful impact on the next generation of smart technologies, Synopsys offers the perfect platform for your ambitions.
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Designing and validating analog and mixed-signal circuits, with a focus on high-speed SerDes interfaces (including drivers, receivers, clocking, PLL, DLL, and CDR).
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Conducting schematic entry, simulation, and final validation of analog blocks, from basic reference components to complex analog front-ends.
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Collaborating with layout engineers to review and optimize layout designs, minimizing the impact of parasitics on circuit performance.
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Developing and validating custom digital circuits for high-speed applications, ensuring timing closure and constraint checks using industry standard tools such as Primetime and Nanotime.
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Utilizing IC design tools and SPICE simulators for simulation, verification, and performance analysis of analog circuits.
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Engaging with international teams to
