Date posted 03/22/2026
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 an accomplished engineering professional with a deep passion for digital design and processor architecture. With over nine years of experience in ASIC digital design, you thrive in complex environments where innovation, precision, and collaboration are paramount. Your expertise in RISC architectures and microprocessor IP design sets you apart, and you are comfortable programming at both the assembly and C/C++ levels. You possess a strong foundation in digital signal processing (DSP) and multi-core architecture concepts, allowing you to optimize designs for performance, speed, area, and power. You are highly detail-oriented and enjoy solving intricate technical challenges, whether it’s developing architectural specifications or debugging design issues alongside verification teams. Your communication skills enable you to work seamlessly with global, multi-site teams, bridging gaps across time zones and cultures. You value continuous learning and are eager to contribute to the evolution of cutting-edge processor products, ensuring they meet the highest standards of quality and efficiency. You are proactive, adaptable, and ready to take ownership of your work, collaborating with program managers and cross-functional teams to drive projects to successful completion. If you are looking for a role where your contributions directly influence the technology powering tomorrow’s intelligent systems, Synopsys offers the perfect environment for your growth and impact.
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Architecting and designing embedded RISC microprocessor IP at both architectural and RTL levels.
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Writing comprehensive high-level architecture and micro-architecture specifications for processor designs.
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Optimizing designs for performance, speed, area, and power, generating hardware benchmarks, and analyzing results.
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Developing standalone Verilog testbenches to verify modules and ensure robust functionality.
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Debugging design issues and collaborating closely with verification teams to resolve bugs and improve quality.
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Maintaining existing processor product lines and derivative products, ensuring ongoing reliability and innovation.
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Developing and managing project plans, working closely with program managers to align deliverables and timelines.
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Collaborating with multi-site, multi-time zone, and multi-cultural teams on aspects like design, implementation, physical design, and verification.
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Advance the design of next-generation ARC processors, contributing to industry-leading performance and innovation.
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Enhance the efficiency and reliability of Synopsys microprocessor IP, supporting a wide range of applications from automotive to AI.
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Drive improvements in design methodology and verification processes, raising the bar for quality and speed of delivery.
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Facilitate seamless collaboration across global teams, fostering a culture of
