7 Primesim Jobs

Alternate Job Titles: Senior R&D Engineer 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. You Are: You are a passionate and driven engineering professional with a strong foundation in VLSI concepts, CMOS circuit design, and EDA tools. With2-3 years of hands-on experience in the semiconductor industry, you thrive in dynamic environments where innovation, collaboration, and continuous learning are valued. Your curiosity drives you to explore emerging technologies such as AI/ML, and you have developed proficiency in scripting languages like TCL and Python to solve complex engineering challenges. You have a keen eye for detail and a solid grasp of timing, power, and noise analysis, enabling you to deliver robust and reliable design solutions. Your exposure to industry-standard tools such as VCS, Design Compiler, Primetime, and HSPICE/Primesim has honed your technical expertise, and you are comfortable navigating various stages of the design flow, from synthesis to signoff. As a team player, you communicate effectively, share knowledge openly, and support your peers in achieving shared goals. You value diversity, equity, and inclusion, and are eager to contribute to a culture that fosters creativity and personal growth. If you are ready to challenge yourself, make an impact, and be part of a world-class engineering team, Synopsys is the place for you. What Youll Be Doing: Developing and maintaining scripts and automation flows using TCL, Python, and Make to streamline EDA tool operations and design processes. Performing advanced timing, power, and noise analysis on CMOS circuits, leveraging your understanding of setup/hold constraints and leakage concepts. Contributing to the characterization of standard cell libraries, including NLDM/CCSN and LVF methodologies, and ensuring accurate modeling for signoff. Collaborating with design, verification, and methodology teams to optimize PPA (Power, Performance, Area) and address STA (Static Timing Analysis) challenges. Utilizing tools such as VCS, Design Compiler, Primetime, and HSPICE/Primesim to support verification, synthesis, and signoff activities. Participating in root cause analysis of timing and power issues, implementing innovative solutions, and documenting best practices for future projects. Staying abreast of the latest trends in AI/ML and exploring their application in EDA tool flows and design optimization. The Impact You Will Have: Accelerate the delivery and quality of Synopsys' IP and design solutions through automation and process innovation. Enhance product reliability by ensuring precise timing and power characterization, directly influencing customer satisfaction. Drive cross-functional collaboration, sharing insights and solutions that elevate team performance and project outcomes. Contribute to the adoption of cutting-edge AI/ML techniques, positioning Synopsys as a leader in intelligent EDA workflows. Reduce design cycle times and resource bottlenecks through effective scripting and workflow optimization. Mentor and support junior engineers, fostering a culture of knowledge sharing and continuous improvement. What Youll Need: 2-3 years of experience in VLSI design, EDA tool flows, or related semiconductor engineering roles. Proficiency in TCL, Python, and Make for scripting and automation. Strong understanding of CMOS circuit fundamentals, including timing (setup/hold), power (leakage/dynamic), and noise analysis. Experience with cell library characterization methodologies (NLDM/CCSN, LVF) and familiarity with library constructs and syntax. Working knowledge of STA analysis, PPA trends, and basic understanding of PNR (Place & Route). Hands-on experience with EDA tools: VCS, Design Compiler, Primetime, HSPICE/Primesim. Who You Are: Analytical thinker with strong problem-solving skills and a passion for innovation. Effective communicator, able to collaborate across disciplines and share complex ideas clearly. Self-motivated and adaptable, eager to learn new technologies and methods. Detail-oriented with a commitment to delivering high-quality results under tight deadlines. Team player who values diversity, equity, and inclusion in the workplace. The Team Youll Be A Part Of: You will join a vibrant team of R&D engineers focused on advancing the state of the art in chip characterization, timing, and power analysis. Our team collaborates closely with cross-functional partners in design, verification, and methodology to deliver next-generation semiconductor solutions. We foster a culture of innovation, mentorship, and continuous improvement, ensuring every member has an opportunity to grow and make a meaningful impact. 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. Show more Show less

As a Senior R&D Engineer at Synopsys, you will play a crucial role in characterizing and modeling standard cells for various technologies and foundries. Your deep knowledge of MOSFET and FINFET technologies will be instrumental in conducting quality analysis of characterized liberty and Verilog models, ensuring accuracy in terms of timing, power, and functionality. By validating characterization and simulation tool versions, you will contribute to the enhancement of our standard cell models and tools" reliability. Your commitment to providing daily status updates and ensuring on-time, high-quality releases will be essential in driving innovation and continuous improvement within our engineering processes. Your collaborative nature and excellent communication skills will enable you to work effectively within and outside your team, making significant contributions to our projects. Your responsibilities will include applying your expertise in MOSFET and FINFET technologies, characterizing standard cells, conducting quality analysis of liberty and Verilog models, validating characterization and simulation tools, and providing daily status updates for project transparency. Your proactive approach, attention to detail, and commitment to meeting deadlines will be key in delivering high-quality results. You will be part of a highly skilled and motivated engineering team dedicated to ensuring the accuracy, reliability, and quality of our standard cell models and tools. Together, we will drive innovation and continuous improvement in our processes, making significant contributions to the advancement of technology applications. Join us at Synopsys to transform the future through continuous technological innovation. Explore the comprehensive range of health, wellness, and financial benefits we offer, tailored to cater to your needs. Your recruiter will provide more details about the salary range and benefits during the hiring process.,

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. You Are: You are an accomplished analog design engineer with a passion for advancing technology and enabling world-class silicon solutions. With over5 years of hands-on experience in custom analog design, you have mastered the nuances of analog circuit building blocks, including amplifiers, reference circuits, and clock generators. You thrive in collaborative environments, working seamlessly with design and CAD teams to refine simulation methodologies that elevate design verification efficiency. Your technical toolkit is robust, featuring expertise in industry-standard verification and simulation tools such as HSPICE, Primesim, and VCS, as well as proficiency in scripting and automation using Perl, Python, and TCL. Your approach is both analytical and creativeyou relish the challenge of optimizing analog circuits for performance, reliability, and scalability. You are also an effective communicator, eager to share your knowledge through peer support and training, thereby fostering a culture of innovation and continuous learning. Your adaptability ensures you stay at the forefront of evolving industry trends and methodologies, and your proactive mindset drives you to seek out opportunities for process improvement. Above all, you believe in the power of teamwork and mentorship, empowering those around you to achieve collective success. What Youll Be Doing: Designing, developing, modifying, and evaluating physical IP such as SERDES, DDR, and Memory. Collaborating with design and CAD teams to develop and deploy advanced simulation methodologies. Automating design and simulation flows/tasks using scripting languages and existing tools. Providing technical support and training to team members to enhance overall capabilities. Analyzing and optimizing analog circuit building blocks, including amplifiers, reference circuits, and clock generators, for performance and efficiency. Ensuring efficient use of verification tools to accelerate and improve the accuracy of design verification processes. The Impact You Will Have: Enhancing the efficiency and accuracy of analog design verification, leading to faster, more reliable silicon development. Contributing to the creation of cutting-edge high-performance silicon chips and software content that power next-generation technologies. Driving innovation in analog circuit design and simulation methodologies, setting industry benchmarks. Streamlining the design and development cycle, reducing time-to-market for critical IP blocks. Building team expertise through training and support, fostering a collaborative and high-performing culture. Playing a pivotal role in the continued success and technological leadership of Synopsys. What Youll Need: BE/MTech in Electronics or a related field. 5+ years of proven experience in Custom Analog Design. Proficiency with industry-standard design verification and simulation tools (HSPICE, Primesim, VCS). Strong scripting and automation skills using Perl, Python, and TCL. In-depth knowledge of analog circuit building blocks, including amplifiers, reference circuits, and clock generators. Who You Are: A collaborative team player who excels in cross-functional environments. An effective communicator with the ability to share complex technical concepts clearly. A problem-solver with keen attention to detail and a drive for innovation. A proactive learner who actively seeks out new technologies and methodologies. A mentor and coach who supports the growth and development of colleagues. An analytical thinker skilled at evaluating and addressing complex engineering challenges. The Team Youll Be A Part Of: You will join a dynamic and innovative team dedicated to analog design and verification. Our culture thrives on collaboration, creativity, and continuous improvement. We work closely with multiple departments to ensure seamless integration and optimal performance of our products, playing a significant role in Synopsys broader technology strategy and success. 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. Show more Show less

As an ideal candidate, you are a highly motivated and experienced Analog Design Engineer with a passion for developing state-of-the-art analog sensors You have a solid background in custom analog/mixed-signal circuit design, circuit simulations, custom layout, and post-silicon characterization You thrive in a collaborative environment, guiding junior engineers, and liaising with layout teams to achieve optimal engineering solutions Your forward-thinking approach, combined with your extensive technical knowledge, enables you to tackle the unique challenges posed by various target applications You possess a b tech or M Tech degree in Electrical Engineering with 1 years of relevant industry experience or a PhD with relevant Experience Your expertise in advanced process challenges, including ESD and reliability, and your familiarity with tools like PrimeSim, FineSim, and HSPICE, set you apart as a leader in the field What Youll Be Doing: Conceptualizing, designing, and productizing state-of-the-art on-chip Process, Voltage, Temperature, Current, and Droop sensors Developing innovative solutions in the field of on-die monitoring Liaising with the layout team to achieve the best possible engineering solutions Deploying new sensors into test chips and conducting post-silicon characterization Guiding and mentoring junior engineers and tracking their work progress Collaborating with internal teams and external customers to ensure project success The Impact You Will Have: Enhancing the performance, power, area, schedule, and yield of our products Contributing to the reliability and optimization of next-generation intelligent in-chip sensors Driving innovation in on-die monitoring solutions Improving the integration process for customers, leading to faster time-to-market Providing technical leadership and mentoring to junior engineers Ensuring the successful deployment and characterization of new sensors What You'll Need: Strong technical experience in full custom analog/mixed-signal circuit design, simulations, and custom layout Tech Knowledge of custom Analog/AMS design techniques, implementation, and verification Familiarity with advanced process challenges, including ESD and reliability Experience with tools like PrimeSim, FineSim, HSPICE, and Custom Compiler or equivalent schematic layout editor tools Who You Are: A forward-thinking and design-oriented individual A team player with excellent communication, mentoring, and interpersonal skills A problem-solver who can handle moderate scope problems and analyze several factors An established professional with practical knowledge and the ability to resolve a variety of issues Someone who can work under general supervision and achieve day-to-day objectives with moderate impact

As an ideal candidate, you are a highly motivated and experienced Analog Design Engineer with a passion for developing state-of-the-art analog sensors. You have a solid background in custom analog/mixed-signal circuit design, circuit simulations, custom layout, and post-silicon characterization. You thrive in a collaborative environment, guiding junior engineers, and liaising with layout teams to achieve optimal engineering solutions. Your forward-thinking approach, combined with your extensive technical knowledge, enables you to tackle the unique challenges posed by various target applications. You possess a BTech or MTech degree in Electrical Engineering with 1+ years of relevant industry experience or a PhD with relevant experience. Your expertise in advanced process challenges, including ESD and reliability, and your familiarity with tools like PrimeSim, FineSim, and HSPICE, set you apart as a leader in the field. What You'll Be Doing: Conceptualizing, designing, and productizing state-of-the-art on-chip Process, Voltage, Temperature, Current, and Droop sensors. Developing innovative solutions in the field of on-die monitoring. Liaising with the layout team to achieve the best possible engineering solutions. Deploying new sensors into test chips and conducting post-silicon characterization. Guiding and mentoring junior engineers and tracking their work progress. Collaborating with internal teams and external customers to ensure project success. The Impact You Will Have: Enhancing the performance, power, area, schedule, and yield of our products. Contributing to the reliability and optimization of next-generation intelligent in-chip sensors. Driving innovation in on-die monitoring solutions. Improving the integration process for customers, leading to faster time-to-market. Providing technical leadership and mentoring to junior engineers. Ensuring the successful deployment and characterization of new sensors. What You'll Need: Strong technical experience in full custom analog/mixed-signal circuit design, simulations, and custom layout. Technical knowledge of custom Analog/AMS design techniques, implementation, and verification. Familiarity with advanced process challenges, including ESD and reliability. Experience with tools like PrimeSim, FineSim, HSPICE, and Custom Compiler or equivalent schematic layout editor tools.

As an ideal candidate, you are a highly motivated and experienced Analog Design Engineer with a passion for developing state-of-the-art analog sensors. You have a solid background in custom analog/mixed-signal circuit design, circuit simulations, custom layout, and post-silicon characterization. You thrive in a collaborative environment, guiding junior engineers, and liaising with layout teams to achieve optimal engineering solutions. Your forward-thinking approach, combined with your extensive technical knowledge, enables you to tackle the unique challenges posed by various target applications. You possess a BTech or MTech degree in Electrical Engineering with 1+ years of relevant industry experience or a PhD with relevant experience. Your expertise in advanced process challenges, including ESD and reliability, and your familiarity with tools like PrimeSim, FineSim, and HSPICE, set you apart as a leader in the field. What You'll Be Doing: Conceptualizing, designing, and productizing state-of-the-art on-chip Process, Voltage, Temperature, Current, and Droop sensors. Developing innovative solutions in the field of on-die monitoring. Liaising with the layout team to achieve the best possible engineering solutions. Deploying new sensors into test chips and conducting post-silicon characterization. Guiding and mentoring junior engineers and tracking their work progress. Collaborating with internal teams and external customers to ensure project success. The Impact You Will Have: Enhancing the performance, power, area, schedule, and yield of our products. Contributing to the reliability and optimization of next-generation intelligent in-chip sensors. Driving innovation in on-die monitoring solutions. Improving the integration process for customers, leading to faster time-to-market. Providing technical leadership and mentoring to junior engineers. Ensuring the successful deployment and characterization of new sensors. What You'll Need: Strong technical experience in full custom analog/mixed-signal circuit design, simulations, and custom layout. Technical knowledge of custom Analog/AMS design techniques, implementation, and verification. Familiarity with advanced process challenges, including ESD and reliability. Experience with tools like PrimeSim, FineSim, HSPICE, and Custom Compiler or equivalent schematic layout editor tools.

Looking forward towork on conceptualizing, designing and productizing state of the art Monitor IP to be used in SLM monitors realized though ASIC design flow. Work on Architecting sensing elements for on-chip Process, Voltage, Temperature, glitch and Droop monitors for monitoring silicon biometrics. You will be the part of SLM team. Individual should have strong technical experience in full custom mixed-signal circuit design, circuit simulations, working knowledge of custom layout, and pre-post-silicon characterization. Additional responsibilities include: Development of statistical simulation methodologies. Liaising with layout team to achieve best possible design solution. End to end ownership of the designed custom cells. Deployment of new circuits into test chips and post-silicon characterization Architecting new sensors and enhancing existing ones through collaboration with other architects and stakeholders. Building and refining design flows to enhance efficiency and effectiveness. Conducting pre and post-layout simulations and characterization across various design corners. Ensuring designs meet advanced finfet / GAA reliability and aging, reliability and Automotive grade requirements Working closely with the RTL, Verification and Physical Design teams for ensuing integration and Quality. Owning the product from Spec to Silicon report. Preferred skills: Strong custom design experience - specification, circuit design description and schematics. Strong understanding of device Physics and Can work independently and debug and provide circuit solutions. Hands on experience with circuit design & simulation tools, IC design CAD packages - from any EDA vendor Strong understanding of SPICE simulator concepts and simulation methods Familiar with circuit simulation tools like PrimeSim, FineSim, HSPICE or similar Must have prior experience with Custom Compiler or equivalent schematic & Layout editor tools Experience with statistical design methodology like generating and analyzing Monte-Carlo results Awareness of post-layout extraction & simulation, testing in conjunction with silicon validation Demonstrated technical expertise in the productization of advanced technologies.