דרושים » חשמל ואלקטרוניקה » Hardware Failure Analysis Engineer - Physical Failure Analysis

We are looking for a Hardware Failure Analysis Engineer to join the Interconnect FA team. This role will be part of the Product Engineering organization supporting our advanced high-speed interconnect and optical communication products.

The ideal candidate will lead failure investigations of complex hardware systems, including electro-optic modules, high-speed electrical interfaces, and optical interconnect components, supporting both production and customer-returned units. The role requires strong analytical skills, hands-on laboratory debugging, and the ability to drive root cause investigations across electrical, optical, and system domains.

What you'll be doing:

Lead failure analysis investigations on interconnect products including optical modules, AOCs, and high-speed hardware platforms.

Review architectural design aspects (electrical, optical, mechanical, process, and firmware) to identify potential design or integration issues.

Design, develop, and execute debug and validation test plans to identify root cause of hardware failures in production or customer-returned units.

Perform hands-on electrical and optical debugging using laboratory equipment and automated test systems.

Correlate electrical, optical, and system-level measurements to identify failure signatures.

Work closely with internal engineering teams (design, validation, manufacturing, reliability) and external partners to drive root cause and corrective actions.

Document investigation results and deliver clear technical FA reports summarizing findings and recommendations.

The System product engineer is responsible for stabilizing hardware products from the first build unit through ramp-up and transition to high-volume mass production. This role plays a critical part in ensuring product quality, yield, and test robustness for our cutting-edge platforms by leading debug infrastructure development, systematic failure analysis, and data-driven continuous improvement across the NPI lifecycle.

What you'll be doing:

Own end-to-end product stabilization from first article to production release.

Develop and maintain hardware debug infrastructures, tools, and methodologies to support efficient root cause analysis.

Monitor, analyze, and improve yield performance during NPI.

Perform deep-dive failure analysis and root cause investigations to improve product robustness, quality, and throughput.

Improve test stability, coverage, and repeatability while reducing false failures.

Collaborate closely with Mechanical NPI engineers, Test Development teams, R&D, and manufacturing partners.

Apply data analysis techniques to identify systemic issues, trends, and optimization opportunities.

We are looking for a skilled Software Developer with strong hardware knowledge to join our team developing production test solutions for optical transceivers and networking products. Our team builds the software and test infrastructure used on production lines to validate our optical and interconnect products. The work combines instrument automation, low-level software development, and direct control of custom hardware. You will work with optical instruments such as power meters, variable optical attenuators, and laser sources, as well as custom test boards used to control and communicate with the device under test (DUT).

This is a hands-on, technically deep role that spans the entire development lifecycle-from hardware bring-up and debugging to validation, deployment, and production support. As a technical focal point, you will work at the intersection of hardware and software, collaborating with electrical, hardware, thermal, mechanical, and software engineers to deliver robust and scalable test solutions across multiple production lines and products.

What Youll Be Doing:

Design and develop production test systems for optical transceivers, networking hardware, and interconnect products.

Develop software that controls optical test instruments, custom test boards, and other hardware components.

Write low-level drivers and hardware-control software in C and C++, and integrate native code with higher-level C# applications through DLL wrappers.

Read and interpret electrical schematics, block diagrams, datasheets, timing requirements, and hardware specifications.

Lead hardware bring-up, validation, and deployment of test solutions in production environments.

Debug complex hardware-software integration issues using oscilloscopes, logic analyzers, software tools, and hardware communication interfaces such as I2C, SPI, and UART.

Investigate failures, identify root causes, and implement reliable corrective solutions.

Collaborate with cross-functional teams to translate hardware requirements into software interfaces and automated test procedures.

Take technical ownership of projects from initial concept and prototype development through production release and ongoing support.

Improve test coverage, system reliability, maintainability, and scalability across multiple products and production lines.

Are you ready to join a team that's continually reinventing itself with innovative technology? Our Networking unit is at the forefront of delivering End-to-End High-Speed Ethernet and InfiniBand Solutions. We are seeking a creative and independent Product Engineer to help us maintain our leadership in the market by pushing the boundaries of speed and bandwidth.

What You'll Be Doing:

Maintaining high-quality product deliveries to customers by performing data and failure analysis.

Improving product performance by solving complex problems with the Process, Mechanical, Hardware, Test, and Thermal teams.

Leading high-impact task forces and working groups to drive critical initiatives.

Crafting and enhancing factory test plans to improve coverage, time, cost, and yield.

Driving yield improvement and addressing the failure Pareto.

Managing Failure Analysis for field and production failures.

Collaborating with different teams, including Customer Support, Marketing, Engineering, Quality, and Reliability, to ensure flawless execution.

As a Package Engineer, you will work closely with SI, layout, and ASIC design teams to develop complex, top-of-the-line ASIC packages. You will be responsible for planning schedules, resolving costs, packaging, manufacturing, and electrical design issues.

What you will be doing:

Leading development of cutting-edge microelectronics packaging of our Networking Business Units future products, evaluating our products for reliability and performance.

Review manufacturability readiness at each milestone.

Work with world leading vendors to develop highly challenging packaging solutions.

Leading the development of groundbreaking microelectronics packaging for our Networking Business Unit's future products.

Collaborating with world-leading vendors to develop highly ambitious packaging solutions.

Thriving in a dynamic and challenging environment.

Join and lead task forces to investigate and support production excursions, failure analysis and reliability issues and establish quality standards.

Monitor substrate and assembly production KPIs and collaborate with cross functional teams to define and monitor Yield Improvement Plans for continuous improvement and establish quality standards.

Lead process changes reviews, prepare and present data in Change Control Board meetings, lead technical reviews of product changes throughout the supply chain.

We are looking for a Host and Systems Performance Manager to join ur Networking Performance team!

In this role, you will lead a team of engineers who measure, analyze, and improve NIC, host, DOCA networking stack, and system-level performance across our networking products and platforms. We work across the full product lifecycle, from early architecture and pre-silicon modeling through post-silicon bring-up, validation, characterization, and GA readiness.

We are looking for someone who enjoys building teams, turning complex performance data into clear direction, and partnering across engineering groups to improve products that support AI, HPC, cloud, and accelerated networking workloads.

What Youll Be Doing:
Lead, coach, and develop a team focused on NIC, host, DOCA networking stack, and system-level performance. You will define performance test plans, methodologies, metrics, and success criteria for our new networking technologies.
Guide pre-silicon and post-silicon performance planning, analysis, reporting, and readiness reviews. Your team will benchmark and profile workloads across RDMA, RoCE, InfiniBand, Ethernet, MPI, NCCL, DOCA, storage, security, and host networking stacks.
Identify bottlenecks across NIC, DPU, CPU, memory, PCIe, firmware, drivers, Linux networking, DOCA, and full-system architecture. We will look to you to lead root-cause analysis, coordinate mitigation plans, and help hardware, firmware, software, architecture, validation, and product teams align on performance goals.

We are looking for a dedicated SoC Clocks Design Automation Engineer to join our Networking Silicon team. In this role, youll focus on developing and supporting clock-related design flows and methodologies for SoC and networking chips, ensuring efficient and high-quality design implementation. Youll also chip in to SoC top-level automation and integration activities, building on existing flow infrastructure to improve efficiency and consistency across projects. Introduction

What you'll be doing:

Develop and maintain design automation and methodologies for SoC and networking clock flows.

Collaborate with design, STA, and project teams to ensure timely and high-quality design closure.

Develop and improve SoC top-level automation scripts and flows built upon existing infrastructure and tools.

Support SoC integration and construction flow activities across multiple projects.

Assist in timing, power, and noise analysis to ensure efficient performance.

We are looking for a talented Process Electronics Engineer to join our Engineering team and lead the transition of innovative electronic products from development to production.

What youll do:
Lead New Product Introduction (NPI) and transfer products from R&D to manufacturing.
Develop, optimize, and improve manufacturing processes for electronic and electromechanical products.
Drive Design for Manufacturing (DFM), Design for Assembly (DFA), and Design for Testability (DFT) activities.
Investigate production issues, perform root cause analysis, and implement corrective actions.
Lead process validation, qualification, automation, tooling, and continuous improvement projects.
Collaborate closely with R&D, Production, Quality, Supply Chain, and Manufacturing teams.

We are looking for an experienced NPI Process Engineer to join our Engineering team and lead the transfer of new products from R&D to production, while driving process improvements across manufacturing lines.

Key Responsibilities
Lead NPI activities and serve as focal point between R&D and production.
Define, maintain, and improve production processes and work instructions.
Provide hands-on support and troubleshooting to production lines.
Lead root cause analysis and implement corrective actions.
Drive yield improvement, scrap reduction, and cycle time optimization.
Manage process validation, qualifications, and engineering changes (ECO).
Work closely with cross-functional teams: R&D, Quality, Maintenance, and Operations.

We are looking for a Chip Design Verification Engineer to develop the next generation of DFT technologies.

As a Chip Design Verification Engineer in the DFT team at NVIDIA, you will verify the design and implementation of our DFT technologies in various projects. This position offers the opportunity to have real impact in a dynamic, technology-focused company impacting Switches, Nic and SoC product lines. We are working closely with a wide range of aspects - chip design, backend, verification and production testing. We are working on the most advanced technologies and complex products. Our DFT solutions are unique, innovative, and we are continuously looking for new and creative solutions to meet the challenging goals.

What you'll be doing:

In this position, you will be responsible for verification of the DFT design, architecture and micro-architecture using sophisticated verification methodologies.

As a member of our DFT verification team, you'll understand the design & implementation, define the verification scope, develop the verification infrastructure (Testbenches, BFMs, Checkers, Monitors), execute test/coverage plans, and verify the correctness of the design.

Collaborate with architects, designers, emulation, production testing and silicon verification teams to accomplish your tasks.