Total 87 job vacancies by Renesas Electronics

The Senior Product Quality Engineer (Sr. PQE) is responsible for leading Ongoing Reliability Testing (ORT) programs and ensuring long-term quality and reliability performance of our products across design, manufacturing, and field deployment. This role drives best-in-class reliability monitoring, stress testing, and continuous improvement to meet international standards and customer requirements.

The Sr. PQE works cross-functionally with Design, Test, Manufacturing, Reliability Labs, FA Labs, and Customer/Supplier Quality teams to prevent defects, proactively identify reliability risks, and drive robust product quality throughout the product lifecycle

Key Responsibilities

• Lead and optimize Ongoing Reliability Testing (ORT) strategies and programs for production products, including sample selection, test setup, acceleration models, and data analysis.
• Define, implement, and continuously improve ORT plans and suitable stress tests tailored to specific product applications and use conditions.
• Attend key milestone meetings (from design kick-off through production transfer) with a strong emphasis on long-term reliability risks and ORT requirements.
• Perform and review product qualifications (new products, second source, material/design/process changes) while ensuring seamless integration with ORT programs.
• Ensure product compliance with internal specifications, customer requirements, and applicable standards (e.g., ISO 9001, IATF 16949, IEC, JEDEC, AEC, etc.).
• Communicate ORT plans, results, and reliability data with internal stakeholders and customers (Silicon, Package, and Board Level).
• Participate in and lead risk assessments (e.g., DFMEA, PFMEA) with a focus on long-term reliability; ensure mitigation actions are implemented, validated, and monitored via ORT.
• Review qualification and ORT test results, assess risks, and provide quality approval for production release or change management.
• Generate and publish high-quality qualification and ongoing reliability reports with clear risk assessments and recommendations.
• Lead failure analysis for ORT and qualification failures using advanced electrical, mechanical, and materials analysis techniques; drive root cause identification and corrective actions.
• Define and implement reliability enhancement measures jointly with cross-functional teams to achieve high product robustness.
• Proactively highlight potential criticalities, reliability risks, and early warning signals from ORT data.
• Ensure lessons learned from reliability issues and ORT findings are systematically fed back into design, process, and manufacturing improvements.
• Support or lead continuous improvement initiatives related to reliability monitoring and ORT efficiency.

Test Strategy & Development

• Develop cost-effective and high-efficiency test solutions for GaN and Silicon device families.
• Create, debug, and release test programs on discrete testers and mixed signal ATE platforms. Lead the transition of legacy platforms to new technology nodes.

Hardware Design & Requirements

• Lead the design reviews and acceptance of high-performance test interface hardware provided by external vendors.
• Design test hardware including load boards, probe heads, and sockets.
• Define test hardware requirements based on device specifications and characterization data

Execution & Sustaining

• Support New Product Introduction (NPI) through validation, release, and yield ramp activities.
• Provide sustaining support for production products and test platforms.
• Lead platform conversions and drive efficiency improvements across multiple ATE systems.

Technical Expertise

• Apply knowledge of wide bandgap semiconductors, power devices, and analog measurement techniques.
• Perform high-voltage and high-current testing safely and efficiently.
• Use lab tools such as oscilloscopes, DMMs, spectrum analyzers, and ATE debugging utilities.

Cross-functional Collaboration

• Partner with design, product, reliability, test, and operations teams to ensure smooth project execution.
• Organize technical data and present findings for engineering and management teams

The Senior Product Quality Engineer (Sr. PQE) is responsible for leading Ongoing Reliability Testing (ORT) programs and ensuring long-term quality and reliability performance of our products across design, manufacturing, and field deployment. This role drives best-in-class reliability monitoring, stress testing, and continuous improvement to meet international standards and customer requirements.

The Sr. PQE works cross-functionally with Design, Test, Manufacturing, Reliability Labs, FA Labs, and Customer/Supplier Quality teams to prevent defects, proactively identify reliability risks, and drive robust product quality throughout the product lifecycle

Key Responsibilities

• Lead and optimize Ongoing Reliability Testing (ORT) strategies and programs for production products, including sample selection, test setup, acceleration models, and data analysis.
• Define, implement, and continuously improve ORT plans and suitable stress tests tailored to specific product applications and use conditions.
• Attend key milestone meetings (from design kick-off through production transfer) with a strong emphasis on long-term reliability risks and ORT requirements.
• Perform and review product qualifications (new products, second source, material/design/process changes) while ensuring seamless integration with ORT programs.
• Ensure product compliance with internal specifications, customer requirements, and applicable standards (e.g., ISO 9001, IATF 16949, IEC, JEDEC, AEC, etc.).
• Communicate ORT plans, results, and reliability data with internal stakeholders and customers (Silicon, Package, and Board Level).
• Participate in and lead risk assessments (e.g., DFMEA, PFMEA) with a focus on long-term reliability; ensure mitigation actions are implemented, validated, and monitored via ORT.
• Review qualification and ORT test results, assess risks, and provide quality approval for production release or change management.
• Generate and publish high-quality qualification and ongoing reliability reports with clear risk assessments and recommendations.
• Lead failure analysis for ORT and qualification failures using advanced electrical, mechanical, and materials analysis techniques; drive root cause identification and corrective actions.
• Define and implement reliability enhancement measures jointly with cross-functional teams to achieve high product robustness.
• Proactively highlight potential criticalities, reliability risks, and early warning signals from ORT data.
• Ensure lessons learned from reliability issues and ORT findings are systematically fed back into design, process, and manufacturing improvements.
• Support or lead continuous improvement initiatives related to reliability monitoring and ORT efficiency.

The Senior Product Quality Engineer (Sr. PQE) is responsible for leading Ongoing Reliability Testing (ORT) programs and ensuring long-term quality and reliability performance of our products across design, manufacturing, and field deployment. This role drives best-in-class reliability monitoring, stress testing, and continuous improvement to meet international standards and customer requirements.

The Sr. PQE works cross-functionally with Design, Test, Manufacturing, Reliability Labs, FA Labs, and Customer/Supplier Quality teams to prevent defects, proactively identify reliability risks, and drive robust product quality throughout the product lifecycle

Key Responsibilities

• Lead and optimize Ongoing Reliability Testing (ORT) strategies and programs for production products, including sample selection, test setup, acceleration models, and data analysis.
• Define, implement, and continuously improve ORT plans and suitable stress tests tailored to specific product applications and use conditions.
• Attend key milestone meetings (from design kick-off through production transfer) with a strong emphasis on long-term reliability risks and ORT requirements.
• Perform and review product qualifications (new products, second source, material/design/process changes) while ensuring seamless integration with ORT programs.
• Ensure product compliance with internal specifications, customer requirements, and applicable standards (e.g., ISO 9001, IATF 16949, IEC, JEDEC, AEC, etc.).
• Communicate ORT plans, results, and reliability data with internal stakeholders and customers (Silicon, Package, and Board Level).
• Participate in and lead risk assessments (e.g., DFMEA, PFMEA) with a focus on long-term reliability; ensure mitigation actions are implemented, validated, and monitored via ORT.
• Review qualification and ORT test results, assess risks, and provide quality approval for production release or change management.
• Generate and publish high-quality qualification and ongoing reliability reports with clear risk assessments and recommendations.
• Lead failure analysis for ORT and qualification failures using advanced electrical, mechanical, and materials analysis techniques; drive root cause identification and corrective actions.
• Define and implement reliability enhancement measures jointly with cross-functional teams to achieve high product robustness.
• Proactively highlight potential criticalities, reliability risks, and early warning signals from ORT data.
• Ensure lessons learned from reliability issues and ORT findings are systematically fed back into design, process, and manufacturing improvements.
• Support or lead continuous improvement initiatives related to reliability monitoring and ORT efficiency.

• Develop and maintain test programs for characterization, wafer sort, and production using the Advantest V93000 (93K) platform.
• Design and validate test hardware solutions for high-speed I/O (HSIO) applications.
• Lead projects across all development phases, from bring-up to production ramp.
• Collaborate with DFT and DFM teams to improve testability, optimize yield, and enhance overall test methodologies.
• Establish and implement robust test practices, including GR&R, HTOL, and characterization procedures.
• Drive continuous improvement of test coverage, efficiency, and quality.
• Provide technical leadership and mentorship as needed across cross-functional teams.

We are seeking an experienced and strategic Director of Semiconductor IC Packaging Assembly Engineering to lead assembly sustaining engineering and high-volume manufacturing operations for advanced semiconductor packaging technologies. This role supports AI/data center infrastructure power packaging applications, especially Smart Power Stages, Vertical Power Stages, Power Modules, and Discrete FET packages, with additional scope spanning wide-bandgap (WBG) technologies including SiC and GaN, DBC and AMB substrates, and advanced interconnect technologies. This leader will oversee yield performance, process stability, quality control, process change management, and manufacturing readiness while partnering closely with Package Engineering, R&D, Product Engineering, Quality, Supply Chain, and external OSAT partners to successfully transition New Product Introduction (NPI) programs into scalable high-volume manufacturing (HVM).

The ideal candidate combines deep semiconductor packaging assembly expertise with strong operational leadership, data-driven decision-making, and cross-functional collaboration skills to drive manufacturing excellence, product quality, and continuous improvement across global operations. This role also serves as a critical interface to Director, Package Engineering by ensuring package development intent, qualification requirements, process windows, and ramp readiness are translated effectively into stable, cost-competitive, high-volume manufacturing execution.

Key Responsibilities

Manufacturing & Sustaining Engineering Leadership

• Lead sustaining engineering across semiconductor package assembly technologies and product lines.
• Drive high-volume manufacturing performance in yield, cycle time, quality, throughput, and cost.
• Establish strong engineering systems for process control, defect reduction, and continuous improvement.
• Align assembly engineering roadmaps with business growth and package technology strategies.
• Partner with Package Engineering and OSAT teams to ensure manufacturable designs and robust production controls.

Yield Monitoring & Continuous Improvement

• Own assembly yield monitoring, trend analysis, and corrective action processes.
• Lead data-driven yield improvement initiatives using statistical and problem-solving methodologies.
• Resolve process, reliability, and customer quality issues through disciplined root-cause analysis.
• Define KPIs and dashboards to track manufacturing performance and engineering effectiveness.

Quality & Reliability Management

• Partner with Quality and Reliability teams to meet internal, industry, and customer standards.
• Drive containment, corrective, and preventive actions for manufacturing and field quality issues.
• Ensure process controls and qualification requirements are maintained across OSAT sites.
• Support customer, supplier, and internal quality audits and reviews.
• Work with manufacturing partners to resolve issues early and ensure shipment of qualified products.

Process Change Management

• Lead process change management for materials, equipment, tooling, flows, and sites.
• Assess engineering changes for technical, quality, reliability, supply, and operational impact.
• Lead qualification plans for transfers, second sourcing, equipment changes, and cost reductions.
• Maintain disciplined documentation, change control, and manufacturing readiness processes.

NPI to High Volume Manufacturing Ramp

• Serve as the key manufacturing engineering interface for NPI-to-production transfers.
• Drive manufacturability reviews and package-process integration during product development.
• Lead manufacturing readiness, process optimization, and structured ramp execution for new products.
• Ensure process, qualification, material, site, and capacity readiness for high-volume ramp.
• Coordinate ramp execution with cross-functional engineering, supply chain, and quality teams.

OSAT Partner Management

• Manage global OSAT and contract manufacturing relationships supporting development and production.
• Drive partner accountability for yield, quality, cycle time, reliability, and capacity.
• Lead technical reviews, audits, benchmarking, and qualification assessments for manufacturing partners.
• Collaborate with suppliers and OSAT partners on transfers, optimization, scaling, and cost improvement.

Team Leadership & Organizational Development

• Build and develop a high-performing global assembly engineering team.
• Foster a culture of accountability, collaboration, technical excellence, and continuous improvement.
• Support organizational scaling to meet evolving business and technology needs.
• Drive talent development, succession planning, and technical capability growth.
• Strengthen organizational expertise in packaging innovation to support business growth and customer adoption.

We are looking for experienced Reliability Engineer to join the Global Reliability Lab team. Supporting products qualification from development through high‑volume manufacturing. In this role, you will play a key part in defining reliability strategies, leading qualification activities, investigating failures, and driving long‑term product robustness.

You will work closely with cross‑functional teams including Design, Test, Failure Analysis, Manufacturing, Quality, and Suppliers to ensure our products meet stringent reliability, customer, and industry standards.

Key Responsibilities

• Execute reliability qualification plans for electronic components, and modules.
• Develop test strategies including HTOL, HAST, THB, TC, HTSL, PTC and mechanical stress tests.
• Review test results, analyze failures, and provide clear conclusions and recommendations.
• Assess risks related to new technologies, new materials, and new manufacturing processes.
• Ensure compliance to relevant JEDEC, IEC, MIL, IPC, and customer-specific standards.

The PQE is responsible for ensuring quality and reliability performance of our products, wherever they are designed, manufactured, and assembled, by performing best in class Product Qualification in accordance with international standards and customer requirements. The PQE is also responsible for Reliability Monitoring through ORT.

The PQE works cross-functionally with Design, Test, Manufacturing, Reliability Labs, FA Labs, and Customer/Supplier Quality to prevent defects, drive robust product quality and continuous improvement initiatives.

Key Responsibilities

• Define, perform, and review Qualification (new products, second source, material changes, design changes, process changes, …)
• Define, evaluate, and implement suitable stress tests for related product applications.
• Ensure product compliance with internal specifications, customer requirements, and applicable standards (e.g., ISO 9001, IATF 16949, IEC, JEDEC, etc.).
• Communicate qualification plans and data with customer (Silicon, Package and Board Level).
• Participate in risk assessments (e.g., DFMEA) and ensure mitigation actions are implemented and validated.
• Review qualification test results, assess risks, and provide quality approval for production release or change management.

We are seeking an experienced Test Application Engineer to support and sustain Final Test (FT) operations in a high-volume semiconductor manufacturing environment. This role focuses on maintaining stable test performance, resolving production test issues, supporting equipment and hardware, and ensuring consistent product quality and manufacturing efficiency.

Key Responsibilities

• Sustain and maintain FT ATE performance for mass production
• Provide daily production test support to ensure stable test operations
• Troubleshoot and resolve test-related issues including yield drops, tester alarms, and test escapes
• Perform test correlation, limit validation, and guard band verification
• Support test hardware maintenance (load boards, sockets, cables, probe interfaces)
• Coordinate with Process, QA, and Manufacturing teams to resolve tester and handler issues
• Support engineering change implementation (ECR / ECO) related to test
• Assist in NPI FT handover from development to mass production
• Support temperature testing, re-test, and containment activities
• Participate in failure analysis and root cause investigations
• Prepare and maintain test-related documentation and reports
• Prepare and maintain Equipment/Tester OEE. 

Maintain and troubleshoot test handlers to support smooth semiconductor production, ensuring high equipment uptime, good product quality, teamwork and safe operations.

Key Responsibilities

• Maintain and troubleshoot test handlers  and AOI (vision inspection) to ensure high uptime
• Perform setup and conversion for different device packages
• Conduct calibration and optimization to improve performance(reduce jam rate, down time) and yield
• Provide production support and resolve equipment issues quickly
• Drive continuous improvement (reduce downtime, increase UPH)
• Manage spare parts and documentation

The PQE is responsible for ensuring quality and reliability performance of our products, wherever they are designed, manufactured, and assembled, by performing best in class Product Qualification in accordance with international standards and customer requirements. The PQE is also responsible for Reliability Monitoring through ORT.

The PQE works cross-functionally with Design, Test, Manufacturing, Reliability Labs, FA Labs, and Customer/Supplier Quality to prevent defects, drive robust product quality and continuous improvement initiatives.

Key Responsibilities

• Define, perform, and review Qualification (new products, second source, material changes, design changes, process changes, …)
• Define, evaluate, and implement suitable stress tests for related product applications.
• Ensure product compliance with internal specifications, customer requirements, and applicable standards (e.g., ISO 9001, IATF 16949, IEC, JEDEC, etc.).
• Communicate qualification plans and data with customer (Silicon, Package and Board Level).
• Participate in risk assessments (e.g., DFMEA) and ensure mitigation actions are implemented and validated.
• Review qualification test results, assess risks, and provide quality approval for production release or change management. 

Job Description

• Lead cross-functional teams across Design, Systems, Validation, Product/Test Engineering, Firmware, Supply Chain, Procurement, and Quality to ensure seamless program execution in NPI projects.
• Lead COGS reduction programs from impact assessment through qualification, PCN, safelaunch, and production ramp – quantifying savings, evaluating ROI, and assessing the business impact of schedule slips and risk scenarios.
• Drive capacity expansion initiatives across global manufacturing sites, aligning engineering, operations, and supply chain to support production scalability.
• Build and manage detailed schedules for NPI, COGS and capacity programs; track progress, remove roadblocks, and implement data‑driven mitigation plans.
• Manage Engineering Build Request prioritization, conducting bi‑weekly reviews with PMO and Business Operations leadership to ensure alignment with organizational priorities.
• Act as a liaison between the product group, operations/supply chain teams, and key OSAT interface teams to ensure alignment, clarity, and seamless execution across all stages of the program.
• Drive sample readiness and ramp readiness, ensuring cross‑functional teams maintain schedules that support committed customer delivery timelines.
• Coordinate and conduct Project Gate reviews, ensuring cross‑functional readiness, milestone alignment, and clear communication of risks and dependencies.
• Oversee wafer fab, assembly, and test operations to ensure timeline adherence, cost efficiency, and quality standards across programs.
• Provide structured leadership updates on program status, risks, and mitigation plans, maintaining accurate schedules and qualification documentation.

Job Summary

• We are seeking a highly skilled Senior Failure Analysis Engineer to join our team and drive advanced failure investigation in cutting-edge technologies, including AI-related products. Be part of a high-impact engineering team solving real-world reliability challenges

Key Responsibilities:

• Perform failure analysis at both physical package and die levels, identifying root causes and recommending corrective actions.
• Lead electrical fault isolation using advanced techniques & tools.
• Develop and execute bench-level test applications to validate hypotheses and reproduce failure mechanisms.
• Interpret CAD layouts, schematics, and design documentation to support failure root cause determination.
• Collaborate cross-functionally with design, process, product, and reliability teams to resolve complex technical issues.
• Support analysis for advanced technologies and AI-related products.

We are seeking an experienced Test Maintenance Engineer to support and sustain Final Test (FT) operations in a high-volume semiconductor manufacturing environment. This role focuses on maintaining stable test performance, resolving production test issues, supporting equipment and hardware, and ensuring consistent product quality and manufacturing efficiency.

Key Responsibilities

• Sustain and maintain FT ATE test programs for mass production
• Provide daily production test support to ensure stable test operations
• Troubleshoot and resolve test-related issues including yield drops, tester alarms, and test escapes
• Perform test correlation, limit validation, and guard band verification
• Support test hardware maintenance (load boards, sockets, cables, probe interfaces)
• Coordinate with Equipment, Process, and Manufacturing teams to resolve tester and handler issues
• Monitor and analyze FT yield, bin distribution, and test performance metrics
• Support engineering change implementation (ECR / ECO) related to test
• Assist in NPI FT handover from development to mass production
• Support temperature testing, re-test, and containment activities
• Participate in failure analysis and root cause investigations
• Prepare and maintain test-related documentation and reports

PRINCIPAL ROLES & RESPONSIBILITIES:

• Support manufacturing, qual and engineering improvement including low yield analysis and improvement, failure analysis, test time optimization and other related activities.
• Support the test program conversion from legacy tester transfer to new tester platform.
• Support customer return evaluation (RMA).
• Dispose production low yield lots, verify rejects, and study/fix the root cause.
• Product bench test verification.
• FA support by doing ATE and bench analysis for fault isolation.
• Bench board construction and debugging.
• Test hardware development and troubleshooting