7 Ip Design Jobs

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.

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.

Responsible for functional verification involving coherent and non-coherent IP designs. Collaborating with market leaders in High Performance Computing, Data Centre, Mobile/Client, Automotive, and IoT segments to define and develop products that meet complex verification requirements. Architecting and building SystemVerilog UVM-based verification components, testbenches, checkers, scoreboards, and verification IPs. Developing verification plans and driving functional coverage-driven verification closure of real designs. Debugging and resolving issues in verification environments to ensure robust and reliable verification processes. The Impact You Will Have: Enhancing the reliability and performance of high-performance computing and data center systems through rigorous verification processes. Contributing to the advancement of mobile and client devices by ensuring the integrity and functionality of their verification protocols. Driving innovation in the automotive sector by developing robust verification solutions for automotive systems. Supporting the growth of IoT applications by providing reliable and efficient verification for IoT devices. Collaborating with industry leaders to shape the future of system verification and contribute to technological advancements. Ensuring the successful implementation and integration of verification IPs, thereby enhancing the overall quality of our products. What You'll Need: B.E/B.Tech in Electrical Engineering/Electronics & Communications Engineering with 5-8 years of relevant experience, OR M.E/M.Tech in VLSI Design/Microelectronics with 4-8 years of relevant experience. Hands-on experience in architecting and building SystemVerilog UVM-based verification components, testbenches, checkers, scoreboards, and verification IPs. In-depth understanding of cache coherency protocols such as Protocol experience: Should have experience in any of the protocols, UCIe / PCIe / CXL / Unipro / USB / MIPI / HDMI / Ethernet / DDR / LPDDR / HBM memory protocol. Experience in creating verification plans and achieving functional coverage-driven verification closure of real designs. Proficiency in writing scripts using Perl, Python, and Shell scripting.

As a leading technology innovator, Qualcomm pushes the boundaries of what's possible to enable next-generation experiences and drives digital transformation to help create a smarter, connected future for all. As a Qualcomm Hardware Engineer, you will plan, design, optimize, verify, and test electronic systems, bring-up yield, circuits, mechanical systems, Digital/Analog/RF/optical systems, equipment and packaging, test systems, FPGA, and/or DSP systems that launch cutting-edge, world class products. Qualcomm Hardware Engineers collaborate with cross-functional teams to develop solutions and meet performance requirements. Minimum Qualifications: Bachelor's degree in Computer Science, Electrical/Electronics Engineering, Engineering, or related field and 6+ years of Hardware Engineering or related work experience. OR Master's degree in Computer Science, Electrical/Electronics Engineering, Engineering, or related field and 5+ years of Hardware Engineering or related work experience. OR PhD in Computer Science, Electrical/Electronics Engineering, Engineering, or related field and 4+ years of Hardware Engineering or related work experience. We are seeking engineers with experience in system and SoC level automotive cybersecurity concepts and implementations and knowledge of the ISO21434 cyber security standards and process. This position will be a hands-on role in defining and contributing to the architecture for the current cyber security hardware development to meet ISO 21434 standards working with various stakeholders in the Systems/Security Architecture/IP & SoC design teams. Responsibilities shall include the following: Overall responsibility of automotive cybersecurity architecture of the Automotive SoCs. Work with Product Marketing, system/SW security architects and IP security architects to deliver the security architecture of the SoC which addresses the security use case at the System level. Overall responsibility of product auto cybersecurity technical concept, hardware security requirements, cybersecurity architecture specification, review of security requirements for applicable subsystems Perform TARA (Threat Analysis & Risk Assessment) Review and approve TARA at subsystem/IP level Review implementation and verification of cybersecurity vulnerability analysis for applicable subsystems Coordinate technical issues related to cybersecurity with all applicable subsystems, all SoC domains. Work with functional safety architect and ensure there are no conflicting requirements between safety and security. Work closely with SoC and IP design teams, 3rd party IP vendors to review the design implementations and ensure meeting the architecture goals. Maintain a strong knowledge of Automotive cybersecurity best practices. Influence internal stakeholders with actionable data to ensure gaps to expectations are closed in a timely fashion. Establish and maintain healthy relationships with influential/decision making on cyber security throughout the organization. Work in a highly matrixed environment. This role frequently requires working with others to fulfill job responsibilities without direct authority. Minimum Requirements: Bachelor's degree in Electrical or Electronics Engineering, Computer Science, or related field. 8+ years in roles on Systems Engineering / SoC Architecture / Security IP Architecture and design. Minimum 5+ years experience in architecture and design of Security IP/Cores or system level Security Architecture. Has knowledge of cyber security-based product development flow and validation. Experience with ISO 21434 Cyber security standards. Has led Cybersecurity implementation in SOC/Cores/IP. Hands-on experience with automotive Cybersecurity ISO 21434 standard spec and implementation. Structured problem-solving capability and ability to work with teams on root cause analyses. Excellent verbal/written communication, interpersonal skills, and presentation skills Preferred Qualifications 5+ years Automotive cybersecurity experience and familiarity with Security work products Familiarity with ISO 26262 Automotive Functional Safety standards is a plus Relevant Cybersecurity Certification is desired

ASIC RTL DESIGN ENGINEER (5 to 10 Years) IP/SoC Design Company: ACL Digital (Wafer space Semiconductor) Location [Bangalore/Pune/Chennai/Noida] Experience: 5 to 10 Years Openings: 4 Positions Job Description Sr RTL Design Engineer We are seeking a seasoned RTL Design Engineer with a strong background in microarchitecture and RTL coding. The ideal candidate will play a key role in designing state of the art solutions for automotive camera and display systems. Responsibilities Microarchitecture definition and RTL implementation ensuring optimal performance, power, area. Collaborate with software teams to define configuration requirements, verification collaterals etc. Work with verification teams on assertions, test plans, debug, coverage etc. Proficiency in Verilog/System Verilog Very google understanding of ASIC design methodologies Qualifications and Preferred Skills Graduate/Post Graduate/PhD in Electrical/Electronics 5-10 years hands-on experience in microarchitecture and RTL development Proficiency in developing micro-architecture from the design requirements, defining the H/W- S/W interface. In-depth understanding of MIPI CSI and DSI protocols Experience designing IP blocks for video and audio design Proficiency in Verilog, System Verilog Familiarity with industry-standard EDA tools and methodologies Experience with large high-speed, pipelined, and low power designs Excellent problem-solving skills and attention to detail Strong communication and collaboration skills Experience in designs complying to automotive functional safety will be a plus

Job Description Develops and documents SOC validation requirements and tests for verification of Si designs. Investigates and resolves complex issues with hardware/BIOS/Firmware/Operating System implementations and recommends solutions. Uses analysis to resolve electrical issues.Responsibilities and DutiesSuccessful candidate will work hands-on to drive sophisticated equipment and on-die silicon features to: Measure the electrical performance of high switching speed buck converter Bring-up, developing recipes for analog IPs such as Integrated Voltage Regulators (FIVR) and detailed PVT characterization of the same. Characterize effective resistance and static switching losses in FIVR across PVT Provide FIVR inputs to power recipe used for binning Intel SoC Run industry standard benchmarks for performance within a given power envelope Tune core to memory latencies and bandwidth Define test plan by collaborating with design, chip architects and internal workgroups Perform stress testing of SoC at platform level with multiple peripherals, IO and core operating concurrently and measuring peak power and worst-case current spikes (dI/dt). Write scripts that controls test and measurement equipment, thermal controller, silicon configuration and other test components. Candidate would have to collaborate with multiple cross-functional teams such as IP design, BIOS, board development, platform validation, high volume manufacturing and wafer fabrication teams to resolve complex issues affecting product health ensuring world-class products for our customers. Electrical validation of ADC, DACs etc in modern CPUs chipsets and SOCs. Strong written and verbal communication skills Qualifications Minimum Requirements BE degree or ME degree with 5 years+ in Electrical/Electronic Engineering or closely related field Knowledge of object-oriented programming principles Experience in writing SW content in Python Hands on experience measuring electrical performance of analog signals using oscilloscopes, source meters, server SoC validation platforms, power and performance recipe, SOC max current, min voltage and di/dt measurements Excellent hands-on silicon and platform debug skills Experience writing and debugging software to control hardware Proven experience to work well in teams and provide strong independent contributions Additional Preferred Qualifications Experience validating power delivery systems at system level Experience analysing power delivery systems Expertise in one or more of the following domains: CPU benchmarks, Power management, Reset/Fuse, PCIe, Memory sub-system validation Knowledge of Computer System Architecture Experience with Memory, network adaptors, fabric architecture, HBM, Cache Coherency Experience with debug of Intel chipsets and/or CPUs Understanding of a subsystem HW/SW stack, including the silicon, all onboard HW components and connectors and devices, drivers, and applications In depth knowledge of control loops in non-isolated buck converter topology Experience writing Python code to automate test procedures Understanding of PCB layout best practices Understanding of statistical data analysis and design of experiments

Lead the bring-up and debugging of high-speed memory interfaces(LPDDR) on advanced SoCs Optimize memory interface timings and configurations across multiple DRAM types and vendors to achieve performance and reliability Conduct comprehensive validation, IO tuning, and PVT(Process, Voltage, Temperature) testing of memory subsystems to ensure compliance with design specifications and performance targets Work closely with pre-silicon design teams to understand new features, develop validation test plans, and ensure seamless integration. Interface with Design/Software and other teams for the debugs. Work with Customers & Application Engineers & RDs to understand emerging needs requirements and create product specifications Develop and validate low-level firmware for memory subsystems using C/C++ and participate in post-silicon testing to ensure functionality Validate new product features & ensure it meets the requirements and quality Compliance with design specifications and performance targets Identify, analyze, and resolve complex issues related to memory subsystems. Job Requirement: Bachelor's/Master's degree in Electrical/Electronics/Computer science Engineering. 2-5 years of experience in related domain Good communication, English speaking/writing and team work skills Bachelor's degree in Engineering, Computer Science, Electronics/Electrical Engineering or related field Logical thinking and problem-solving ability Very Good C/C++ Skills, Python or Perl skills good to have. In-depth understanding and hands-on experience with memory protocols such as DDR Understand the IP architecture , work with IP Design/Verification teams to understand the validation requirements, develop/port/enhance the validation software content and bring up. Familiarity with lab equipment(e.g., oscilloscopes, multimeters, logic analyzers) and understanding of PCB layout, high-speed board design, and signal integrity principles Minimum Qualifications: Bachelor's degree in Computer Science, Electrical/Electronics Engineering, Engineering, or related field and 2+ years of Hardware Engineering or related work experience. ORMaster's degree in Computer Science, Electrical/Electronics Engineering, Engineering, or related field and 1+ year of Hardware Engineering or related work experience. ORPhD in Computer Science, Electrical/Electronics Engineering, Engineering, or related field.