13 Fmeda Jobs

Educational Qualification : M Tech/ BE- Electrical/Electronics Relevant Industries: Automotive Responsibility: The candidate would need to interact and align with global group companies and external partners for development areas. Planning, coordinating and implementing functional safety in company products/system Development, review and maintain work products as per the safety standards e.g. Safety Plan, safety cases, Safety strategy etc. Review of Safety work products like DIA, HARA, FSC and TSC at system level. Create quantitative Fault tree analysis and review other brands FTA. Understanding of analysis techniques like FMEDA, Hardware Metrics and FIT calculations. Able to analyze safety anomaly, provide effective safety solutions and communicate to organizational safety expert forums. Organize verification and confirmation reviews for safety work products. Plan and lead functional safety assessment for project with vehicle safety team Verify all verification and validation results are in compliance with the functional safety aspects and address the open gaps with effective solutions. Collaborate with different brand companies for functional safety of projects. Must Have: - Alignment of Functional Safety Development activities concerning the Electric Vehicle Charging Control Unit within an international and cross-brand agile component development team - Interface concerning FuSa development between system development team and the Electric Vehicle Charging Control Unit development team - Alignment of FuSa component development, incl. alignment between product owner, ECU architect, SW architect, HW responsible, SW development teams - Support of TSC creation on system level - Creation / Update of Component TSC - Responsible for Safety Plan, Safety Case and DIA for the Electric Vehicle Charging Control Unit component level - Coordination of regular FuSa Sync among affected experts (product owner, FuSa manager system, function architect, HW responsible, test engineers, SW development teams, etc.) - 5 -7 years experience in ISO 26262 functional safety management in automotive sector - Focus on ISO 26262 experience on ECU, HW and SW level preferred (especially parts 5 and 6 of ISO 26262 Ed2) - Experience in eMobility field preferred Software Skills: MS Office, JIRA, Reliability Workbench Language skills: Must be fluent in English

Graduate Functional Safety Engineer (System Level) Role Overview : As a Graduate Functional Safety Engineer at the system level, you will ensure the safety of electrical and electronic systems in vehicles, adhering to standards like ISO 26262. Your focus will be on identifying and mitigating potential hazards in system designs, conducting safety assessments, ensuring regulatory compliance, and implementing safety measures.expertia.ai Core Responsibilities Functional Safety Engineering : Apply ISO 26262 standards to design and assess safety mechanisms for Advanced Driver Assistance Systems (ADAS) and Autonomous Driving (AD) systems. Safety Analysis : Conduct Hazard Analysis and Risk Assessment (HARA), Failure Modes and Effects Analysis (FMEA), Fault Tree Analysis (FTA), and Failure Modes, Effects, and Diagnostic Analysis (FMEDA) to identify and mitigate risks. Safety Concept Development : Develop and maintain Functional Safety Concepts (FSC) and System Safety Requirements (SSR) to ensure compliance with safety objectives. Collaboration : Work with cross-functional teams, including hardware and software engineers, to integrate safety requirements into system designs. Validation and Verification : Support the creation and review of test cases and validation strategies to ensure safety requirements are met. Documentation : Prepare and maintain safety documentation, including Safety Plans and Safety Case reports, to demonstrate compliance with safety standards.

Job Overview The Global Reliability & Testing (R&T) COE Leader will have global responsibility for developing and driving standardized Design for Reliability Engineering (DfRE) and Robustness Validation (RV) Methodologies for all DDN Product Lines. He/she will also have responsibility for developing custom Test System & Software as required to support the unique testing requirements for each DDN Product Line. In addition, he/she will also lead a Test Planning team that will coordinate all Reliability Testing as well as Test & Validation for DDN Programs. The Global R&T COE will collaborate very closely with customers, DDN Product Line R&T Leaders and best-in-class Product Development Engineering (PDE) teams to drive adherence to methodologies and alignment on all Reliability Testing and Test & Validation plans for each of the assigned DDN Programs. The Global R&T COE will co-develop T&V Plans w/ PDE, determine sample sizes and will have Test Plan Finalization Authority for all associated Reliability Testing as well as T&V Plans aligned with TEs LeanPD stage gate approach to product development. Responsibilities Global responsibility for developing and driving standardized Design for Reliability Engineering (DfRE) and Robustness Validation (RV) Methodologies for all DDN Product Lines. Create a DDN DfRE/RV Training Program and roll out globally to all functions involved in product development: Product Design Engineering (PDE); Manufacturing Process Development Engineering (MPDE); PMO/Project Management; Advanced Quality + Customer Quality + OPS/MFG Quality; Field Application Engineering (FAE). This program will drive what good looks like and will be expected mandatory requirement implemented on all DDN Programs. Drive a DFSS culture, one of innovation, constant learning, and continuous improvement that aspires to deliver "First Time Right"; provide product development and DFSS training, coaching, and mentoring to product design teams to create a world class product development organization. Drive excellence in Design for Reliability ensuring comprehensive utilization of modeling and simulation, structured DOE approaches, robust product validation including HALT/HAST and Test to Failure (TTF) methodologies. Oversee integrating reliability considerations during technology & product evaluation, NPI product development from receipt of Customer Spec (Mission Profile) through Product Release into mass production; will have T&V Plan + Reliability Test Plan Finalization Authority for each DDN Program. Lead development of Test Equipment & Testing Specifications: Architecture, development and maintenance of standardized and optimized (custom if necessary) global platform test systems, data acquisition, software and test fixtures for specific needs of each DDN Product Line. Develop test specifications for TE in-house testing as well as any external testing (contracted labs, suppliers, ODMs etc). Lead Global Testing Services: Work directly with PDE Teams and PMO to coordinate all Reliability Testing and T&V Plans including environmental, mechanical, electrical, electronic, EMI/EMC and software testing of the following: Components, Sub-Assemblies (including PCBAs), Finished Products, Application Testing, and Customer Specific Testing. Coordinate all TE in-house testing as well as any external testing (contracted labs, suppliers, ODMs, etc). Drive high performance organization by providing your team routine coaching and feedback, holding your team accountable to meet performance objectives, and providing meaningful development to increase individual/team capability. Manage employee well-being by prioritizing work, effectively managing resource loading, and providing flexibility to enable employees to successfully balance their work and personal lives. Drive organization effectiveness by structuring your organization in a way that best enables the BU strategy, maximizes resource efficiency and productivity, and provides role clarity and clear lines of accountability. Manage the talent in your organization to support the business now and to proactively prepare for the future by identifying organization skillset/role gaps, implementing plans to fill any skillset/role gaps, and assessing current talent fit to ensure the right talent is matched to the right roles to best meet the needs of the business. Required Skills Bachelor/ Masters degree in technical discipline (Electrical Engineering, Electronics, Mechatronics) 10+ years of Experience in all aspects of reliability engineering for electronic or mechatronics products from reliability estimation to reliability calculation and risk identification Experience managing engineering teams in cross-functional, multi-site global organizations to drive effectiveness across geographical boundaries and deliver projects with multiple dependencies and constraints. Excellent verbal and written communication skills and the ability to interact professionally with customers, leadership, stakeholders, cross functional teams and subject matter experts. Exceptional analytical, critical thinking, and problem-solving skills and ability to make decisions when presented with a series of challenges, conflicts and constraints. Ability to drive to big picture goals and milestones while valuing and maintaining strong attention to the details. Knowledge on FIT estimation methodology, statistical analysis for reliability calculation such as Weibull-analysis or 2-statistics, application of Bayes theorem, random failure principle, FMEDA, FTA Reliability Engineering training from ASQ, TUV, Reliasoft or equivalent Experience with custom product development, working closely with customers to define mission profile of the end application and optimizing reliability strategy based on customer needs. Experience in running statistical analysis for reliability calculation for mechatronic products. A high curiosity in understanding how systems/product works along with a reverse engineering mindset. Willingness to travel as required, ~20% Building Effective Teams Motivating Others Managing and Measuring Work SET : Strategy, Execution, Talent (for managers)

Roles and Responsibilities: Skillset: Good understanding of ISO 26262. Road vehicles - Functional safety and its methodologies Should have worked for minimum 2-3 years in Automotive Functional Safety Knowledge of Functional Safety life cycle as per ISO26262 Hazard analyses Risk Assessment Functional Safety requirements Technical Safety requirements Safety at Software Hardware Level Should have experience of working on safety analysis like FMEA (Failure Modes and Effect Analysis), FTA (Fault Tree Analysis), DFA (Dependent Failure Analysis) for system / software / hardware Should have experience of Hardware Architecture metrics (FMEDA) and PMHF analysis as per ISO26262 requirements. Experience with embedded software development using C, should be able to understand software codes and functional flow Good understanding of Vehicle dynamics control system behavior Ready to work on any phase of functional safety life cycle. Should have knowledge of how to operate as interface between cross functional departments for safety related activities Should prepare project safety status report for weekly review Excellent verbal and written communication skills Systematic problem solving skills Should have experience in conducting Functional Safety Audit Key Skills: Same as roles and responsibilities Mandatory Skills: Experience with embedded software development using C, should be able to understand software codes and functional flow Should have experience of working on safety analysis like FMEA (Failure Modes and Effect Analysis), FTA (Fault Tree Analysis), DFA (Dependent Failure Analysis) for system / software / hardware Should have experience of Hardware Architecture metrics (FMEDA) and PMHF analysis as per ISO26262 requirements. Preferable Skills: Preferred: Better to have knowledge of automotive safety products, especially in airbag control units, ADAS system with Vision and Radar as sensor. Knowledge of Produce development life cycle is plus. Keywords: ISO26262 + FMEA (Failure Modes and Effect Analysis) / FTA (Fault Tree Analysis) / DFA (Dependent Failure Analysis)

Key Responsibilities: Lead the full-cycle mechanical development of underwater systems from concept, prototyping, testing, to deployment. Drive mechanical architecture decisions for pressure housings, enclosures, sealing, thermal pathways, structural frames, and hydrodynamic designs. Manage multiple parallel engineering projects while ensuring adherence to timelines, cost targets, and quality benchmarks. Supervise field testing and post-deployment support of systems in underwater and offshore environments. Establish engineering documentation practices including design reports, test protocols, FMEAs, and BOMs. Design Expertise: Strong proficiency in 3D CAD tools (SolidWorks, Fusion 360, or equivalent). Deep knowledge of GD&T and tolerance analysis. Experience with underwater system design: pressure ratings, corrosion mitigation, material compatibility, sealing techniques (O-rings, epoxy, etc.). Understanding of DFMA , thermal management , and vibration/shock tolerance in mobile or field-deployed systems. Manufacturing Knowledge: Exposure to CNC machining, injection molding, sheet metal design , 3D printing, and composite fabrication. Experience creating manufacturing drawings and communicating with vendors/fabricators. Perform design reviews, DFMA (Design for Manufacturing and Assembly) analysis, and tolerance stack-up analysis. Standards & Compliance (preferred): Familiarity with IECEx , ISO 9001 , IP rating, MIL-STD standards , and marine/navy defense standards is an added advantage. Soft Skills & Leadership Strong project ownership with ability to handle multiple stakeholders. Exceptional problem-solving skills and attention to detail. Comfortable working in cross-functional teams with electronics, software, and field teams Ability to mentor junior engineers and provide structured technical guidance. Willingness to work in lab and on-site environments (including offshore/offsite trials).

Part 6 is mandatory and part 5 good to have. Knowledge of product safety norms (ISO 26262, IEC 61508, IEC 62061, ISO 13849, ISO 25119, ISO 21448, ISO 21434, e.g. Knowledge of safety analysis methods (e.g., HARA, FTA, FMEDA, DFA, CCA). Knowledge of functional and system development, from a safety perspective Knowledge of HW and SW development, from a safety perspective. Knowledge of testing and validation methods, from a safety perspective. Knowledge of requirements management, from a safety perspective. Experience from safety classified projects on software development level Attention to detail to ensure thorough safety analysis and documentation. Assertiveness to ensure safety standards are met and issues are addressed. Experience in Automotive, Aerospace and Locomotive.

At TE, you will unleash your potential working with people from diverse backgrounds and industries to create a safer, sustainable and more connected world. Job Overview TE Connectivity seeks a dynamic and experienced Mixed Signal ASIC/IC Functional Safety Engineer & Manager to join the Sensor Global Quality Engineering Center within its TE Sensors Quality Organization. This role focuses on ensuring the compliance to Functional Safety requirements of sensor products from project definition to production release for Automotive and Industrial & Transportation (ICT) markets. This role will engage with various Engineering Centers of Expertise and manufacturing plant globally. It is a strategic role to support TE Sensor Technology roadmap based in our growing Global Design Center Bangalore - India. KEY RESPONSBILITIES: Functional Safety for New Technology Development: Ensure that functional safety requirements are met from project definition to production launch according to TE stage gate procedure. Provide guidance to project stakeholders to adhere to ISO26262 standards Negotiate and mutually agree on required safety goals with customers (DAI) Contribute to the development of technical safety Concepts per ISO26262. Deliver Functional safety Work Products as per ISO26262 such as Safety Plan, HARA, FSR/C, TSR/C, FMEDA at hardware level (IP block/Gate). Review gate exits and release Functional Safety documentation ( Safety Case ) to enable production launch Customer & Leadership Engagement: Ensure efficient communication with customers and leadership team on functional safety related topics Anticipate and manage escalations effectively. Process & Continuous Improvement Management: Inspire a Zero-Defect mindset by ensuring data-driven problem-solving and improvement initiatives. Evaluate project outcomes, identify areas for improvement, and suggest enhancements to processes. YOU MUST HAVE Functional Safety Certification ExperienceMinimum of 10 Years Experience in functional safety at hardware level SoC, ASIC, IC Successful release in production of project of at least ASIL C level. Proficiency with all Functional Safety tools from safety plan to safety case, including SPFM, LFM metrics Master FDMEA and FIT calculation Knowledge of Quality StandardsFamiliarity with ISO 9001, AS 9100, IATF 16949 Strong English communication skills Willingness to travel as required, 10~25% DESIRED S YOU MUST HAVE Functional Safety Certification ExperienceMinimum of 10 Years Experience in functional safety at hardware level SoC, ASIC, IC Successful release in production of project of at least ASIL C level. Proficiency with all Functional Safety tools from safety plan to safety case, including SPFM, LFM metrics Master FDMEA and FIT calculation Knowledge of Quality StandardsFamiliarity with ISO 9001, AS 9100, IATF 16949 Strong English communication skills Willingness to travel as required, 10~25% WE VALUE Six Sigma Green Belt or Black Belt certification Experience in Cybersecurity ISO 27001 or ISO/SAE 21434 Experience participating to VDA audits, IATF audits Competencies Location

Work closely with the verification team and review verification plan mapping with the specification, Work with product teams to evaluate customer requirements related to quality, functional safety, and automotive reliability, Work closely with the Functional Safety and internal development teams on projects and task planning, progress tracking and reporting, Key Qualifications Must have BSEE in EE with 5+ years of relevant experience or MSEE with 4+ years of relevant experience, Must have proven experience working on Automotive SoCs / Digital IPs, Must have proven experience working of one or more of protocols at the IP level: DDR / PCIe / UCIe, Hands on experience with architecting / micro-architecture / detailed design from functional specifications, Hands on experience with Synthesizable Verilog/ System Verilog RTL coding for ASIC designs and Simulation tools, Lint, CDC, synthesis flow and static timing flows, formal checking, etc experience, Working knowledge / experience TCL, Perl, Python is added advantage, Has a solid desire to learn and explore new technologies, Performs in project leadership role & guides more junior peers with aspects of their job, Frequently networks with senior internal and external personnel in own area of expertise, Proficient in English, Formal training in ISO 26262 is preferred, Experience in qualifying systems with embedded hardware to various ISO 26262 ASIL levels up to ASIL D Experience with various ISO 26262 work products such as DFMEA; FMEDA; DFA Inclusion and Diversity are important to us Synopsys considers all applicants for employment without regard to race, color, religion, national origin, gender, sexual orientation, gender identity, age, military veteran status, or disability,

Role & responsibilities Job Title: Mix Signal ASIC/IC Functional safety engineer/manager Job location: Bangalore Work mode: Hybrid Mode of employment: Permanent / Direct Company Payroll OVERVIEW: Seeks a dynamic and experienced Mix Signal ASIC/IC Functional Safety Engineer & Manager to join the Sensor Global Quality Engineering Center within its Sensors Quality Organization. This role focuses on ensuring the compliance to Functional Safety requirements of sensor products from project definition to production release for Automotive and Industrial & Transportation (ICT) markets. This role will engage with various Engineering Centers of Expertise and manufacturing plant globally. It is a strategic role to support Sensor Technology roadmap based in our growing Global Design Center Bangalore India. KEY RESPONSIBILITIES: Functional Safety for New Technology Development: Ensure that functional safety requirements are met from project definition to production launch according to company stage gate procedure. Provide guidance to project stakeholders to adhere to ISO26262 standards Negotiate and mutually agree on required safety goals with customers (DAI) Contribute to the development of technical safety Concepts per ISO26262. Deliver Functional safety Work Products as per ISO26262 such as Safety Plan, HARA, FSR/C, TSR/C, FMEDA at hardware level (IP block/Gate). Review gate exits and release Functional Safety documentation (Safety Case) to enable production launch. YOU MUST HAVE Functional Safety Certification Experience: Minimum of 10 Years Experience in functional safety at hardware level SoC, ASIC, IC Successful release in production of project of at least ASIL C level . Proficiency with all Functional Safety tools from safety plan to safety case, including SPFM, LFM metrics Master FDMEA and FIT calculation Knowledge of Quality Standards: Familiarity with ISO 9001, AS 9100, IATF 16949 Strong English communication skills Customer & Leadership Engagement: Ensure efficient communication with customers and leadership team on functional safety related topics Anticipate and manage escalations effectively. Process & Continuous Improvement Management: Inspire a Zero-Defect mindset by ensuring data-driven problem-solving and improvement initiatives. Evaluate project outcomes, identify areas for improvement, and suggest enhancements to processes. WE VALUE Six Sigma Green Belt or Black Belt certification Experience in Cybersecurity ISO 27001 or ISO/SAE 21434 Experience participating to VDA audits, IATF audits EDUCATION Bachelor or Master in Engineering or related discipline Interested candidate please apply here. Also share your profile to chidananda@manpower.co.in; Best Regards, HR Team, Manpower Group Preferred candidate profile

Automotive Functional Safety Specialist to expand our capability in the implementation of functional safety especially in conducting safety analysis (FMEDA, Quantitative FTA), training others in doing the analysis, and evaluating the results to identify risks As a Functional Safety Specialist, you will: Support development of innovative system safety approaches through preparation of safety plans, monitoring of safety activities along the development lifecycle and generate safety cases Creation of Functional Safety Concept (FSC) and Technical Safety Concept (TSC) Lead and moderate the safety analysis activities: FMEDA (SPFM, LPFM) and Quantitative FTA (PMHF evaluation) Train the team in conducting FMEDAs and Quantitative FTAs Derive the safety requirements and define the safety measures and mechansims Ensure that Methodes products are developed in accordance with system safety relevant standards including ISO 26262 and other related emerging standards Conduct reviews, confirmation reviews, functional safety assessments Recommend improvements and escalate concerns as appropriate Support cross-functional teams on functional safety subjects Support and be part of an ever expanding safety culture at Methode Electronics Required skills & competencies: Bachelors degree and/or Masters in Engineering (Electrical/Hardware design stream) Total Experience : 8+ years Minimum 5 years relevant experience in Automotive Functional Safety (certification will be considered an asset) or Reliability Engineering Experience in using ANSYS Medini Analyze to conduct FMEDA and Quantitative FTA (experience in an alternative tool will be considered) Strong knowledge of ISO 26262 (certification will be considered an asset) Strong analytical aptitude Familiar with quality management systems. Good communication skills on technical subjects and teamwork ability Excellent oral and written communication skills in English Additional Qualifications (Advantageous): Familiarity with advanced chipsets and their safety modules is highly desirable Exposure/experience in using Systems Modelling language (SysML) Software quality and processes, such as ASPICE, CMMI etc

Role & responsibilities Job Title: Mix Signal ASIC/IC Functional safety engineer/manager Job location: Bangalore Work mode: Hybrid Mode of employment: Permanent / Direct Company Payroll OVERVIEW: Seeks a dynamic and experienced Mix Signal ASIC/IC Functional Safety Engineer & Manager to join the Sensor Global Quality Engineering Center within its TE Sensors Quality Organization. This role focuses on ensuring the compliance to Functional Safety requirements of sensor products from project definition to production release for Automotive and Industrial & Transportation (ICT) markets. This role will engage with various Engineering Centers of Expertise and manufacturing plant globally. It is a strategic role to support TE Sensor Technology roadmap based in our growing Global Design Center Bangalore India. KEY RESPONSIBILITIES: Functional Safety for New Technology Development: Ensure that functional safety requirements are met from project definition to production launch according to TE stage gate procedure. Provide guidance to project stakeholders to adhere to ISO26262 standards Negotiate and mutually agree on required safety goals with customers (DAI) Contribute to the development of technical safety Concepts per ISO26262. Deliver Functional safety Work Products as per ISO26262 such as Safety Plan, HARA, FSR/C, TSR/C, FMEDA at hardware level (IP block/Gate). Review gate exits and release Functional Safety documentation (Safety Case) to enable production launch. YOU MUST HAVE Functional Safety Certification Experience: Minimum of 10 Years’ Experience in functional safety at hardware level SoC, ASIC, IC Successful release in production of project of at least ASIL C level . Proficiency with all Functional Safety tools from safety plan to safety case, including SPFM, LFM metrics Master FDMEA and FIT calculation Knowledge of Quality Standards: Familiarity with ISO 9001, AS 9100, IATF 16949 Strong English communication skills Customer & Leadership Engagement: Ensure efficient communication with customers and leadership team on functional safety related topics Anticipate and manage escalations effectively. Process & Continuous Improvement Management: Inspire a Zero-Defect mindset by ensuring data-driven problem-solving and improvement initiatives. Evaluate project outcomes, identify areas for improvement, and suggest enhancements to processes. WE VALUE Six Sigma Green Belt or Black Belt certification Experience in Cybersecurity ISO 27001 or ISO/SAE 21434 Experience participating to VDA audits, IATF audits EDUCATION Bachelor or Master in Engineering or related discipline Interested candidate please apply here. Also share your profile to chidananda@manpower.co.in; Best Regards, HR Team, Manpower Group Preferred candidate profile

Join Our Team as a VLSI Functional Safety Lead! Job Overview: Are you passionate about functional safety in the world of cutting-edge technology? At ACL Digital, we're looking for a dynamic VLSI Functional Safety Lead to play a crucial role in shaping the future of high-quality automotive products! In this position, youll have the opportunity to lead functional safety activities in compliance with ISO-26262 for silicon hardware design, guiding our teams toward success in creating safe and reliable systems. You will collaborate closely with multiple teams, including SoC and IP development, to conduct functional safety analysis, audits, and provide mentorship on best practices. Your leadership will be key in developing verification methodologies, evaluating commercial tools, and ensuring the highest standards of safety quality across the board. If you thrive in a collaborative, innovative environment and want to make an impact on the next generation of automotive systems, we want to hear from you! Key Responsibilities: Lead and manage functional safety activities, ensuring compliance with ISO-26262 for VLSI hardware design. Work across teams to drive design functional safety analysis, safety audits, and safety process improvements. Develop and deploy design verification methodologies, including test plans, test benches, and safety assurance processes. Evaluate commercial tools for safety analysis, and drive pilot deployments, ensuring high-quality execution and certification. Serve as the gatekeeper for functional safety quality across both IP and SoC development teams, ensuring our products meet the highest safety standards. Minimum Qualifications: Bachelor's degree in Science, Engineering, or a related field. 7+ years of experience in ASIC design, verification, or related areas. Preferred Qualifications: At least 5 years of experience working with ISO 26262 / IEC 61508, including hands-on experience with FMEA, FTA, and FMEDA. Strong experience in the development of automotive SoCs, including VLSI design practices. A solid understanding of the ASIC design process, digital design concepts, design verification tools, SoC architecture, and more. Experience in ADAS or self-driving systems is a significant plus! Knowledge of SoC architecture, ARM processors, AMBA bus, DDR, and related peripherals is highly preferred. Why Join ACL Digital? At ACL Digital , we believe in empowering our team to create extraordinary innovations that make a real-world impact. You'll be part of an energetic and forward-thinking company where your expertise will shape the future of high-quality automotive solutions. Take the next step in your career and join us today to be a part of an exciting journey in the fast-paced world of automotive technology. Discover more about us at ACL Digital .

An experienced and passionate ASIC Digital Verification Engineer with a deep understanding of RTL-based IP cores and complex protocols. You have over 12 years of experience in functional verification and are adept at making architectural decisions for test bench designs. You are proficient in SystemVerilog (SV) and Universal Verification Methodology (UVM), and you have a proven track record of implementing coverage-driven methodologies. You bring a wealth of knowledge in protocols such as DDR, PCIe, AMBA, and more. Your technical expertise is matched by your strong communication skills, ability to work independently, and your innovative problem-solving capabilities. Your experience may also include familiarity with functional safety standards such as ISO26262 and FMEDA. What You ll Be Doing: Making architectural decisions on test bench design. Writing verification plans and specifications. Implementing test bench infrastructure and writing test cases. Implementing a coverage-driven methodology. Leading technical aspects of verification projects. Collaborating with international teams of architects, designers, and verification engineers. The Impact You Will Have: Enhancing the robustness and reliability of IP cores used in critical applications. Driving innovation in verification methodologies and tools. Ensuring high-quality deliverables through rigorous verification processes. Improving productivity, performance, and throughput of verification solutions. Contributing to the success of Synopsys customers in industries such as AI, automotive, and server farms. Mentoring and guiding junior engineers in the verification domain. What You ll Need: Knowledge of protocols such as DDR, PCIe, AMBA (AXI, CHI), SD/eMMC, Ethernet, USB, MIPI. Hands-on experience with UVM/VMM/OVM, test planning, and coverage closure. Proficiency in SystemVerilog and UVM, object-oriented coding, and verification. Experience with scripting languages like C/C++, TCL, Perl, Python. Experience with functional safety standards such as ISO26262 and FMEDA (preferred). Who You Are: Independent and precise in your work. Innovative and proactive in problem-solving. Excellent communicator and team player. Detail-oriented with a strong analytical mindset. Eager to learn and grow within a technical role