Analog and Mixed Signal IC Designer

We Are:

At Synopsys, we drive innovations that shape how we live and connect. Our technology is at the heart of the Era of Pervasive Intelligence, powering advances from self-driving cars to next-gen communications. Join us to help deliver high-performance silicon chips and software content that transform the future.

You’re a skilled analog and mixed-signal designer with strong CMOS fundamentals and experience in high-speed Ser Des. You excel in collaborative environments, enjoy mentoring, and are passionate about innovation. You’re detail-oriented, communicate clearly, and thrive on solving tough technical challenges that make an impact.

• Reviewing Ser Des standards and developing analog sub-block specs
• Designing and optimizing high-speed analog circuits
• Proposing and executing verification strategies
• Collaborating with layout and digital teams
• Presenting simulation results to peers and customers
• Mentoring junior engineers and documenting designs

• Advance Synopsys’ silicon IP portfolio
• Enable faster, lower-risk product launches for customers
• Push performance boundaries in datacenter, automotive, and comms
• Promote best practices in design and mentoring
• Strengthen cross-functional collaboration
• Enhance overall product quality and reliability

• 3+ years’ CMOS analog/mixed-signal design experience (MASc/PhD/Bachelor’s + exp.)
• Expertise in transistor-level design and Ser Des circuits
• Hands-on with FinFET layout optimization
• Proficiency with SPICE simulators, EDA tools, and scripting (Python, TCL, etc.)
• Knowledge of reliability and ESD design techniques

• Collaborative, detail-oriented, and proactive
• Strong communicator and team mentor
• Quality-driven and continuously learning

A diverse and innovative R&D team developing high-speed analog and mixed-signal IP for leading SoCs across industries.

We offer a comprehensive range of health, wellness, and financial benefits. Your recruiter will share more about salary and benefits during the process.