What You ll Need: EE graduate from a reputed school, with post-graduate qualifications preferred. 15+ years of industry experience in RTL design or verification using simulation-based technologies. 5+ years of experience managing medium to large-sized teams. In-depth understanding of Assertion-based verification using formal and simulation methods. Strong knowledge of hardware design (Verilog/VHDL) and micro-architecture. Expertise in Unix/Linux automation shell (bash, csh) and scripting (Tcl, Perl, Python). Excellent oral and written communication skills. Expertise in one or more areas such as Formal Property Verification testbench development, floating point arithmetic operations, C/C++, IEEE math libraries, Security architecture, Automotive Safety (FuSa) verification, and Verification signoff with formal.

Description We are seeking a highly skilled ASIC Physical Design, Sr Staff Engineer to join our team in India. In this role, you will be responsible for the physical design and implementation of high-performance ASICs, collaborating closely with cross-functional teams to ensure successful project delivery. Responsibilities Design and implement physical layouts for ASIC designs. Conduct place and route activities to meet timing and area requirements. Perform timing analysis and optimization to ensure high-performance ASICs. Collaborate with RTL designers to ensure design feasibility and manufacturability. Utilize EDA tools for physical design tasks such as Cadence, Synopsys, or Mentor Graphics. Conduct DRC/LVS checks and ensure design compliance with specifications. Support the verification team in physical design verification activities. Participate in design reviews and provide feedback for design improvements. Skills and Qualifications Bachelor's or Master's degree in Electrical Engineering, Computer Engineering, or related field. 2-7 years of experience in ASIC physical design or related roles. Strong knowledge of ASIC design flow and methodologies. Proficiency in using EDA tools for physical design (e.g., Cadence, Synopsys, Mentor Graphics). Experience with place and route, timing closure, DRC/LVS checks, and physical verification. Familiarity with scripting languages (e.g., Perl, Tcl, Python) for automation of design tasks. Understanding of semiconductor manufacturing processes and design for manufacturability (DFM). Strong problem-solving skills and attention to detail.

You Are: As an ideal candidate for the ASIC Digital Design Engineer, Senior role, you are a highly motivated and innovative individual with a deep understanding of ASIC development flow. You possess a strong theoretical and practical background in high-speed serializer and data recovery circuits. You are someone who thrives in dynamic environments and embraces the challenges that come with constant technological changes. You are self-motivated, proactive, and able to balance good design quality with tight deadlines. Your excellent communication skills enable you to interact seamlessly with different design groups and customer support teams. You are known for your ability to resolve issues creatively and exercise independent judgment in selecting methods and techniques to obtain solutions. You are a team player who can produce excellent results both as an individual and as part of a team. What You ll Be Doing: Developing and verifying digital designs for next-generation NRZ and PAM-based SerDes products. Running lint/cdc/rdc checks and synthesis flow. Working with Verilog and VCS to ensure design accuracy. Defining synthesis design constraints and resolving STA issues. Collaborating with mixed-signal engineers to deliver high-end mixed-signal designs from specification development to functional and performance tests. Interacting with Application Engineers for customer support and resolving technical issues with Analog and P&R teams. The Impact You Will Have: Contributing to the development of cutting-edge SerDes products that lead the industry. Enhancing the performance, power, and size efficiency of our silicon IP offerings. Enabling rapid market entry for differentiated products with reduced risk. Driving innovation in high-speed digital design and data recovery circuits. Supporting the creation of high-performance silicon chips and software content. Collaborating with a world-class team to solve complex design challenges. What You ll Need: BSEE or MSEE with a minimum of 2 years of experience in digital design and front-end flows. Proficiency in running lint/cdc/rdc checks and synthesis flow. Experience with Verilog and VCS. Knowledge of digital design methodologies, DFT insertion, synthesis constraints, and flows. Scripting experience in Shell, Perl, Python, and TCL (preferred). Who You Are: Excellent communicator with the ability to interact with diverse teams. Self-motivated and proactive, with a strong attention to detail. A creative problem-solver who can think independently. Capable of working under tight deadlines while maintaining high-quality standards. A team player who can contribute effectively both individually and collaboratively.

What You ll Need: Looking for 2+yrs experience with BTech / MTech in VLSI / Electronics/Microelectronics Knowledge or hands-onexpertise/analysis of Analog and digital CMOS circuit designs Knowledge on electrical circuit networks and analysis Knowledge or hands-on Verilog/System Verilog languages and supported methodologies like VMM, UVM Must be able write/modify testcases, checkers, scoreboards in a system Verilog based test environment AMS verification experience in high speed Serdes designs supportingmulti-protocols is an advantage. Experience with the Synopsys Analog mixed-signal design tool set is an advantage. Modelling languages Verilog-a/ams can be an advantage Programming/scripting know-how e. g. tcl, perl, python Experience with Linux Good communication skills, ability to take ownership Self-organized to ensure that project timescales are met

Able to contribute to the development of the VIP Responsible & can be relied on for review sign-off of VIP development and updates from a technical perspective including methodology and protocol functional prospective. Liaison with Architects/methodology experts to achieve resolutions on issues or driving output from an architecture/methodology perspective Locally should be to be go-to person on all technical aspects of VIP 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.Apply Now Save Relevant Jobs Senior Staff Product Engineer, R&D-7683Aschheim, GermanyEngineering Principal Analog Design EngineerMississauga, CanadaEngineering Verdi InternshipHsinchu, TaiwanInterns/Temp

Description We are seeking a skilled Staff Engineer for IP Firmware Development to join our team in India. The ideal candidate will have substantial experience in designing and developing firmware for IP-based systems, collaborating closely with hardware teams, and driving projects from conception to execution. Responsibilities Design, develop, and implement firmware solutions for IP-based systems. Collaborate with hardware engineers to define firmware specifications and requirements. Debug and troubleshoot firmware issues in a timely manner. Conduct code reviews and provide mentorship to junior engineers. Participate in the full firmware development lifecycle from concept to production. Ensure the quality and performance of firmware through rigorous testing and validation processes. Skills and Qualifications Bachelor's or Master's degree in Computer Science, Electrical Engineering, or a related field. 5-10 years of experience in firmware development, preferably in IP systems. Proficient in programming languages such as C/C++ and Python. Strong understanding of embedded systems and real-time operating systems (RTOS). Experience with hardware debugging tools (e.g., oscilloscopes, logic analyzers). Familiarity with network protocols (TCP/IP, UDP, etc.) and their implementation in firmware. Knowledge of version control systems (e.g., Git) and agile development methodologies.

What You ll Need: Bachelors, Masters, or Ph.D. in Computer Science or a related field. At least 8 years of experience in GPU optimization and implementation. Advanced knowledge of CUDA or similar technologies. Proficiency in C/C++, Python, and distributed computing environments. Strong understanding of algorithms and data structures.

Bridging and closing gaps between the available or required Emulation IP feature set and the Design IP verification of all its functions, covering both the Controller and PHY. Reporting metrics and driving improvements in Emulation IP. Using your expertise to drive requirements for the Emulation IP and ensure its correct usage and deployment in verification strategies for both Controller and PHY. Staying ahead of evolving standards, understanding future changes, specification errata, and driving this understanding into both the Emulation IP and Design IP teams. Reviewing test plans in both Emulation IP and Design IP to ensure they deliver the required function, feature, and quality to be best in class. The Impact You Will Have: Enhancing cross-functional collaboration to improve product quality and end customer satisfaction. Changing the mindset in the way we use Emulation IP in validating digital designs and architectures. Driving innovation in defining requirements for IP product development, in the context of Emulation. Evolving and integrating best-in-class methodologies within the organization. Standardizing and optimizing workflows to increase efficiency and compliance. What You'll Need: 10+ years of relevant experience. Results-driven mindset. Exposure on advanced protocols like PCIe and DDR interfaces. Experience with Zebu in the context of technology and IP verification. Proven track record in IP product development, specifically emulation. Experience in cross-functional collaborations. Excellent communication skills and a beacon for change. Adaptability and comfort in a matrixed, international environment.

Develop Multiport SRAM/Register file architectures and circuit implementation techniques. Schematic entry, simulation of major blocks, layout planning, layout supervision and interface with CAD team for full verification and model generation. Designing and implementing optimum low-power and area-efficient embedded memory (SRAM, register files, etc.) circuits and architectures. Learn and apply skills in memory compilers having Transistor level circuit Design. Resolves a wide range of issues in creative ways Inter-team interaction customer focus Frequently networks with senior internal and external personnel in own area of expertise Experience of FinFet Technology for Memory Design Can coordinate, facilitate and monitor the daily activities of a small to large group of support resources within their section or project team While holding a leadership role is able to control to the memory development at a prominent level With minimal supervision, prioritizes workload to successfully manage multiple tasks and responsibilities Proactively addresses and communicates issues impacting productivity In this role, the Staff Engineer will be part of team contributing to Different type of Architectures of embedded SRAM, Register files and ROM. As Staff Engineer, the individual will be involved in challenging projects and drive it to completion in record time. You will quickly ramp on the existing flow, understand the challenges, and produce the work plan. Your expertise in deep submicron technology and Finfet, SRAM design , processor design , Digital design flow and teamwork skills will be highly leveraged to guide activity across the entire cross-discipline, multi-site team. You will work with others to identify the issues, get buy-in on proposed solutions, and implement the solutions in time for the team to execute to schedule. Skills/Experience: BE/B.Tech/ME/M.Tech/MS in Electrical & Electronics Engineering from premium institute/university with minimum of 4 years of experience in VLSI Design Deep understanding of SRAM/Register File architectures and advanced custom circuit implementations. Exposure to full embedded memory design flow: Architecture, circuit design, physical implementation, compiler automation, characterization, timing and model generation. Direct experience with the most advanced technology nodes. Familiarity with variation-aware design in nanometre technology nodes Wmastery in scripting using Perl, python for automation Deep understanding of SRAM single port and multi-port design Fundamentals: Understanding of RC circuit of 1 st and 2 nd order. Basics of Digital design (realizationof Boolean function using Gates, Mux etc) Fundamentals of Transfer function and its analysis for stability etc. Strong CMOS fundamentals Knowledge of CMOS fabrication Good digital design knowledge

You are a highly experienced and motivated professional with a solid background in SoC RTL Design . With over 12 years of experience , you have honed your skills in RTL Design, Lint, CDC, RDC, Synthesis, and Constraints Development . You possess a deep understanding of design concepts, ASIC flows, and stakeholder management . Your technical expertise allows you to debug and diagnose violations and errors, set up flows and methodologies for RTL Signoff tools, and develop timing constraints . You are an effective leader, capable of managing and growing a team, providing continuous feedback, and improving the quality of deliverables . Your excellent communication skills help you interact with customers, peers, and management to understand needs, report status, and resolve issues efficiently. What You'll Be Doing: Manage and lead a team of 7-8 SoC/Subsystem RTL Design Engineers for various customer engagements. Work with Synopsys customers to understand their needs and define RTL Signoff and design scope and activities . Lead the team to perform various RTL Design and Signoff activities for SoC Subsystems such as SoC u-Architecture and Integration, RTL Design (Verilog/SystemVerilog), Lint, CDC, RDC, Synthesis, Constraints Development. Assist and mentor the team in day-to-day activities and grow the capabilities of the RTL Design team for future assignments. Review various results and reports to provide continuous feedback to the team and improve the quality of deliverables. Report status to management and provide suggestions to resolve any issues that may impact execution. Understand the complexity and requirements of RTL Quality Signoff and propose resource requirements to complete the activities. Work with peers to improve methodology and improve execution efficiency. Collaborate with other Synopsys teams including BU AEs and Sales to develop, broaden, and deploy Tools. Train the team in design concepts and root-cause analysis. The Impact You Will Have: Drive the successful delivery of SoC Subsystems by leading a skilled team of RTL Design Engineers. Enhance the quality and efficiency of RTL Design and Signoff processes through continuous feedback and methodology improvements. Ensure customer satisfaction by understanding their needs and delivering high-quality solutions. Contribute to the growth and development of the RTL Design team, expanding their capabilities for future projects. Support Synopsys reputation as a leader in chip design and verification through successful project execution. Foster collaboration and innovation within the team and across different Synopsys departments. What You'll Need: B.E/B.Tech/M.E/M.Tech in electronics with a minimum of 12+ years of experience in SoC RTL Design . Technical expertise in various aspects of RTL Design and Signoff: LINT, CDC, RDC. Technical expertise on setting up flows and methodologies for quick deployment of RTL Signoff tools. Technical expertise in debugging and diagnosing violations and errors. Technical expertise in developing timing constraints and running preliminary synthesis for timing constraints check and area estimation. Ability to lead and manage a team to perform RTL Signoff on complex SoC/Subsystem. Experience with planning and managing various activities related to RTL Signoff and Design. Strong understanding of design concepts, ASIC flows, and stakeholders. Good communication skills.

You are a highly motivated and experienced ASIC Digital Design Engineer with a strong background in digital design for high-speed serial interfaces . You have a deep understanding of USB, PCIe, Ethernet, Display, and HDMI protocol standards , and you thrive in a collaborative environment. Your expertise in Verilog RTL design, microarchitecture, and timing constraints development makes you a valuable asset to any team. You are adept at using tools like Spyglass for CDC/RDC/Lint and have excellent debugging skills. Your ability to propose and implement design updates based on various requirements, coupled with your experience in test coverage and physical design timing closure , sets you apart as a leader in your field. With a passion for innovation and a keen eye for detail, you are ready to take on new challenges and contribute to the success of Synopsys. What You'll Be Doing: Driving and working on digital design for high-speed serial interface PHY IPs for USBx, PCIex, Ethernet, Display, and HDMI protocol standards. Proposing micro-architecture of design/design updates based on customer requirements, analog requirements, system performance improvements, Link layer interface changes, or overall robustness of design. Implementing RTL in Verilog and running Spyglass CDC/RDC/Lint. Collaborating with verification teams to test desired functionality and corner cases. Developing timing constraints, DFT insertion, and test coverage , and closing timing with physical design teams. Well versed in Micro-Architecture and Block Ownership, Design from scratch. The Impact You Will Have: Enhancing the performance and reliability of high-speed serial interface PHY IPs. Contributing to the development of cutting-edge technologies that power modern electronics. Driving innovation in digital design and influencing the future of semiconductor technology. Collaborating with cross-functional teams to deliver robust and high-quality designs. Ensuring that Synopsys remains a leader in the semiconductor industry through continuous improvement and excellence. Supporting customers by providing high-performance and reliable IP solutions that meet their needs. What You'll Need: 5-8 years of relevant experience in digital design for ASICs. Strong knowledge of Verilog RTL design and microarchitecture. Experience with timing constraints development and synthesis flow. Proficiency in using Spyglass or similar tools for Lint/CDC/RDC. Proficiency in scripting and automation using TCL, PERL, or Python. Excellent debugging skills and attention to detail. Who You Are: A collaborative team player with strong communication skills. A problem solver with a proactive approach to challenges. A detail-oriented professional with a passion for innovation. A self-motivated individual who thrives in a fast-paced environment. An adaptable engineer who can handle multiple tasks and priorities.

An experienced and visionary ASIC Verification Engineer, Architect who is passionate about driving the future of semiconductor technology. You possess deep functional knowledge and expertise in verification methodologies, and you thrive in an environment where you can influence and implement strategic goals. Your background includes a comprehensive understanding of serial protocols such as PCIe/CXL, UCIe etc. You can define and execute Testbench architecture for protocols such as PCIe/CXL. You are a proactive problem solver, capable of working with minimal oversight, and you excel in communicating complex technical concepts to a diverse audience. Your leadership skills enable you to guide and mentor teams, fostering innovation and excellence in all your projects. What You ll Be Doing: Defining and developing ASIC RTL verification at both chip and block levels. Creating and executing verification plans for complex digital designs, particularly focusing on PCIe/CXL protocols. Collaborating with cross-functional teams to ensure seamless integration and functionality of designs. Utilizing advanced verification methodologies and tools to achieve high-quality results. Mentoring and guiding junior engineers, promoting best practices, and fostering a culture of continuous improvement. Communicating with internal and external stakeholders to align on project goals and deliverables. The Impact You Will Have: Enhancing the reliability and performance of Synopsys digital verification processes. Improving time-to-market for robust Synopsys Interface IP controller through efficient verification methodologies. Mentoring and nurturing a highly skilled verification team, elevating overall project quality. Influencing strategic decisions that shape the future of Synopsys capabilities. Ensuring that Synopsys remains a leader in the semiconductor industry through continuous technological advancements. What You ll Need: Extensive experience in ASIC RTL verification. In-depth knowledge of PCIe, CXL , UCIe and similar IO protocols. Proficiency in advanced digital design verification tools and methodologies. Strong problem-solving skills and the ability to work independently. Excellent communication skills for effective collaboration with diverse teams. Experience of 15+ years in relevant domain.

You are a skilled Layout Engineer with 3-6 years of experience, specializing in Analog and Mixed-Signal IP layout. You have a background in Electronics or Electrical Engineering, holding a B.Tech or M.Tech degree. You possess a strong understanding of high-speed analog layout and have a solid grasp of CMOS and FinFET layouts. Your expertise extends to using CAD tools such as Custom Designer/Cadence Virtuoso, Calibre, ICV, and STAR-RCXT. You are adapt at working independently, determining and developing solutions with minimal supervision. You frequently collaborate with senior personnel and are proactive in learning new technologies, demonstrating excellent analytical and problem-solving skills. Your strong communication skills enable effective interaction with internal development teams. What You'll Be Doing: Developing physical layout of high-speed Analog Integrated Circuits for the Analog and Mixed Signal IP group. Collaborating with a team of Analog/Mixed Signal Custom Layout Design Engineers on SerDes and Analog Mixed Signal IP blocks. Using advanced floor-planning techniques to optimize layout designs. Performing verification flows and ensuring compliance with DRC/LVS, LPE standards. Debugging and troubleshooting layout issues, utilizing your analytical skills. Providing regular updates to the manager on project status and networking with internal and external personnel. The Impact You Will Have: Contributing to the development of high-performance silicon chips that drive modern technology. Enhancing the reliability and efficiency of Analog and Mixed-Signal IP blocks. Ensuring the successful integration of high-speed signal layouts in cutting-edge applications. Improving the verification and validation processes through meticulous layout designs. Supporting the continuous innovation of Synopsys product offerings. Playing a key role in the development of next-generation electronic devices. What You'll Need: Experience in Analog Mixed-signal IP layout and verification of high-speed analog layout. Advanced understanding of Deep submicron effects and mitigation techniques. Expertise in CMOS and FinFET layouts and process technology. Familiarity with ESD and latchup layout design considerations. Proficiency in CAD tool usage, including Custom Designer/Cadence Virtuoso, Calibre, ICV, and STAR-RCXT.

You are an experienced and highly motivated professional with a strong background in analog and mixed-signal (A&MS) layout design . You thrive in a collaborative environment and possess a keen eye for detail and design integrity. Your technical expertise in using industry-standard EDA tools , coupled with your problem-solving abilities, makes you a valuable asset to any team. You have a deep understanding of semiconductor process technologies and their impact on layout design, and you are always eager to stay updated with the latest industry trends and advancements. With exceptional communication and interpersonal skills, you work effectively in team-oriented environments and contribute positively to the collective success. What You'll Be Doing: Collaborate with cross-functional teams to develop and implement layout designs for analog and mixed-signal (A&MS) integrated circuits. Create and optimize layout designs using industry-standard EDA tools. Perform physical verification and design rule checks to ensure design integrity and manufacturability. Participate in design reviews and provide feedback to improve design quality. Work closely with circuit designers to understand design specifications and constraints. Contribute to the development and enhancement of layout design methodologies and best practices. Stay updated with the latest industry trends and advancements in A&MS layout design. The Impact You Will Have: Enhance the reliability and performance of our PVT sensor IPs through meticulous layout design. Ensure manufacturability and integrity of designs, avoiding costly errors in production. Contribute to the development of cutting-edge technologies in the semiconductor industry. Support the continuous improvement of design methodologies and best practices. Facilitate the integration of our IPs into SOC subsystems, aiding in the creation of high-performance silicon chips. Drive the technological innovations that keep Synopsys at the forefront of the industry. What You'll Need: Bachelor's or master's degree in electrical engineering or a related field. 3+ years of experience in A&MS layout design for integrated circuits. Proficiency in industry-standard EDA tools, such as Cadence Virtuoso or Synopsys Custom Compiler. Exceptional knowledge of layout design methods, techniques, and methodologies. Experience with physical verification tools, such as Calibre or Assura.

Skills/Experience: Experience in Analog Mixed-signal DDR/HBM IP layout and verification of high-speed digital layout and solid understanding of high speed signal Experience in managing the technical aspects of project execution, ensuring timely delivery maintaining high quality standards, Advanced understanding of Deep submicron effects and mitigation, Advanced tool usage, Advanced floorplanning techniques, understand digital flow, Advanced strategies, Solid understanding of CMOS and FinFET layouts and process technology in 28nm and smaller, Good understanding of ESD and latchup layout design considerations, Familiarity with ASIC physical design flow: LEF generation, Place & Route & understanding of top level verification flow, DRC/LVS, LPE, Good understanding of IO frame and pitch requirements, power rail routings, IO abutment rules and requirements, bondpad layout, EM and IR considerations, DFM, etc Scripting skills for layout automation is a plus Responsibilities: High Speed DDR/HBM Layout design Lead the layout design, development and implement technical solutions, Provide subject matter expertise & technical leadership in High Speed design such as DDR/HBM, Work with DDR PHY team, package engineers and system engineers to meet design specs, Perform scheduling duties, Remote site interaction etc Work with local team to support critical layout and floorplanning requirements Coordination duties with other layout teams both in Bangalore and globally, to detail out layout activities and obtain layout deliverables This includes reviewing and quality checking from remote Layout teams, Strict flow adherence and policing of internal policies to secure schedules,

You are a meticulous and results-driven professional with a passion for technology and innovation. With a solid background in electrical signal characterization and validation, you possess the expertise to perform complex testing on high-speed analog integrated circuits. Your analytical skills and problem-solving abilities enable you to debug and optimize silicon performance efficiently. You thrive in a collaborative environment, working alongside talented engineers to achieve common goals. Your proactive approach and strong communication skills make you a valuable asset to any team. What You'll Be Doing: Performing testing on silicon implementations of high-speed analog integrated circuits. Reviewing and debugging silicon under test, as well as supporting hardware. Running characterization tests and creating detailed test reports. Applying theoretical knowledge to investigate and explain circuit behavior and limitations in a testing environment. Developing test specifications, setup preparations, and board designs. Documenting and evaluating prototype performance. The Impact You Will Have:Ensuring the reliability and performance of high-speed analog integrated circuits. Contributing to the development of cutting-edge technology in the semiconductor industry. Enhancing the efficiency and accuracy of testing and validation processes. Supporting the continuous improvement of product quality and performance. Collaborating with cross-functional teams to drive innovation and excellence. Providing valuable insights and recommendations for design and process improvements. What You'll Need: 3-5 years of experience in electrical signal characterization and validation. A degree in Electronic Engineering or a related field. Basic knowledge of analog IC circuits. Strong analytical and debugging skills with a positive approach to hardware and automation software. Understanding of SERDES test concepts. Exposure to software programming (Matlab, Python). Basic knowledge of FPGA programming. Good understanding of high-speed interface protocols such as PCIe, Ethernet, SATA, USB. Knowledge of signal integrity is an advantage.

What You ll Need: 5+ years of practical application and experience in managing SRE lifecycle practices for a mid-to-large organization. 10+ years of experience working on various infrastructure technologies, including Linux platforms, storage platforms, networking protocols, DNS/LDAP, and databases. 5+ years of direct experience troubleshooting and solving infrastructure problems. Proven process-oriented approach to solving problems and improving reliability. Proven experience with Automation, focusing on developing custom monitors and automated testing processes.

What You ll Need: Bachelor s or Master s degree in Engineering/Technology (Electronics/Electrical or related field). 1-2 years of experience in custom design verification. Understanding of circuits at SPICE netlist level and design description in Verilog/System Verilog. Knowledge of transistor-level design and simulation in MOSFET technology. Excellent written and oral English communication skills.

What You ll Need: Bachelor s or Master s degree in Engineering/Technology (Electronics/Electrical or related field). 1-2 years of experience in custom design verification. Understanding of circuits at SPICE netlist level and design description in Verilog/System Verilog. Knowledge of transistor-level design and simulation in MOSFET technology. Excellent written and oral English communication skills.

You have a keen eye for detail and can identify design/architecture pitfalls across clock/reset domain crossings . Your ability to synthesize designs and ensure RTL and gate equivalence through formality checks is unmatched. You are a collaborative team player, ready to integrate IPs in SoCs/Subsystems and create RTL designs that meet customer needs. If you are ready to leverage your expertise in a role that shapes the future of semiconductor design, Synopsys is the place for you. What You'll Be Doing: Perform RTL Quality Signoff Checks such as LINT, CDC, and RDC. Understand design/architecture and develop timing constraints for synthesis and timing . Run preliminary synthesis to ensure design can be synthesized as intended. Run formality to ensure equivalence of RTL and gates . Integrate IPs in SoCs/Subsystems and create RTL design as per customer needs. Collaborate with cross-functional teams to deliver high-quality RTL designs. The Impact You Will Have: Ensure high-quality RTL Signoff for semiconductor designs. Contribute to the development of cutting-edge semiconductor technologies. Improve design efficiency and performance through effective timing constraints. Enhance the reliability and functionality of SoCs and subsystems. Support customer success by delivering tailored RTL designs. Drive innovation in RTL Design and Verification methodologies.