Category Engineering Hire Type Employee Job ID 12346 Remote Eligible No Date Posted 22/07/2025 We Are: 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.
Our Silicon Design & Verification business leads the industry in enabling customers to design and verify advanced silicon chips faster and with more reliability. We develop the next-generation processes and models that optimize chips for power, cost, and performance, shaving months off project schedules for our global clientele. We believe in fostering an inclusive and diverse environment where every voice is valued and innovation thrives.
You Are: You are a passionate and experienced Analog/Mixed-Signal (A&MS) Circuit Design Engineer with a track record of excellence in high-speed physical interface development. With a deep foundation in CMOS circuit design, device physics, and nanometer technologies, you thrive on solving complex challenges at the intersection of analog and digital domains.
You are energized by working on industry-leading projects and are adept at architecting, designing, and validating advanced circuits such as transmitters, receivers, clocking circuits, equalizers, serializers, de-serializers, and analog front ends. Your expertise allows you to optimize for performance, area, and power, and you are comfortable with layout considerations and parasitic optimizations.
You value diversity and inclusion, recognizing the strength that comes from varied perspectives and backgrounds. You are ready to contribute to a culture of innovation, respect, and excellence helping Synopsys remain at the forefront of the smart everything revolution.
What You ll Be Doing: - Designing and developing high-speed analog and mixed-signal full-custom circuit macros, including transmitters, receivers, clocking circuits, equalizers, serializers, de-serializers, and analog front ends for PHY IPs in advanced CMOS technologies (planar and finFET).
- Analyzing and implementing various analog circuit techniques to optimize dynamic/static power, enhance performance, and reduce silicon area.
- Collaborating with global teams to define micro-architectures from specifications and create robust simulation environments for design verification.
- Performing transistor-level circuit design, simulation, and troubleshooting in nanometer processes, with a focus on reliability and manufacturability.
- Working closely with layout engineers to optimize parasitics, ensure design closure, and address layout-dependent effects.
- Participating in design reviews, providing technical guidance, and mentoring junior engineers within a high-performing, diverse team.
- Adopting and developing automation and scripting to streamline design and verification flows, leveraging languages such as Verilog-A and others as needed.
The Impact You Will Have: - Advance the state-of-the-art in high-speed PHY IP development, contributing directly to next-generation technology in AI, IoT, 5G, and automotive industries.
- Enable Synopsys customers to achieve faster time-to-market with optimized, reliable, and high-performance silicon solutions.
- Drive innovation in low-power and high-speed circuit design, helping customers meet stringent power and area targets.
- Enhance Synopsys reputation as a global leader in silicon design and verification through technical excellence and customer success.
- Mentor and elevate the skills of team members, fostering a collaborative and growth-oriented culture.
- Contribute to a diverse and inclusive workplace, ensuring a wide range of perspectives and ideas inform our solutions.
What You ll Need: - BE + 5 years or MTech + 4 years of relevant experience in Electrical/Electronics/VLSI Engineering or closely related field.
- Strong fundamentals in CMOS circuit design, device physics, and sub-micron/nanometer methodologies.
- Hands-on experience in analog transistor-level circuit design for high-speed applications (Multi-Gbps, PAM4 SERDES architectures).
- Proficiency in SPICE simulations, reliability analysis, and optimizing for layout parasitics.
- Ability to micro-architect circuits from specifications, set up verification environments, and debug complex analog/mixed-signal circuits.
- Basic proficiency with automation/scripting languages and familiarity with Verilog-A is a plus.
- Experience collaborating with cross-site, multicultural teams and strong documentation skills.
Who You Are: - Innovative thinker with a problem-solving mindset and a passion for continuous learning.
- Collaborative team player who values diversity, inclusion, and open communication.
- Detail-oriented, quality-focused, and committed to delivering results on time.
- Strong interpersonal and mentoring skills, able to guide and support less experienced team members.
- Adaptable and resilient, comfortable working in a fast-paced, dynamic environment.
The Team You ll Be A Part Of: You will join a dynamic, high-performing team dedicated to the design and development of high-speed physical interfaces for advanced semiconductor products. Our team is composed of talented engineers with deep expertise in analog and mixed-signal design, working collaboratively across multiple sites worldwide. We value innovation, knowledge-sharing, and a culture of mutual respect, enabling every team member to grow and contribute to industry-leading solutions.
Rewards and Benefits: We offer a comprehensive range of health, wellness, and financial benefits to cater to your needs. Our total rewards include both monetary and non-monetary offerings. Your recruiter will provide more details about the salary range and benefits during the hiring process.
At Synopsys, we want talented people of every background to feel valued and supported to do their best work. Synopsys considers all applicants for employment without regard to race, color, religion, national origin, gender, sexual orientation, age, military veteran status, or disability.
