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We are looking for a Director from the FE ASIC domain to lead the Design Technology team. The team is responsible for driving AI-powered engineering productivity and developing, supporting, and operating the systems, tools, infrastructure, and automation solutions that enable the work of the design and verification teams in the networking ASIC group. A key objective is to maximize engineering productivity, design quality, and execution efficiency by accelerating the adoption of AI-assisted workflows, scalable automation, and advanced design technologies, while continuously evolving engineering tools and flows to meet the rapidly changing needs of AI-driven development. This position offers the opportunity to think outside the box and make a real impact on a dynamic, technology-focused company.

What You'll Be Doing:

Lead managers and team leads.

Collaborate with project leaders to define strategy, priorities, and execution plans across strategic programs.

Drive the development, deployment, operation, and adoption of design technologies, engineering infrastructure, automation, and AI-enabled solutions that improve chip design productivity, quality, and execution efficiency.

Evolve engineering tools, environments, and workflows to meet the changing needs of AI-driven development and design engineering.

Ensure high-quality support and enablement for internal engineering users through training, documentation, troubleshooting, and continuous service improvement.

Partner with methodology and engineering stakeholders to drive adoption and continuous improvement of design and verification flows.

We are leading the way in groundbreaking developments in Artificial Intelligence, High-Performance Computing and Visualization. The GPU, our invention, serves as the visual cortex of modern computers and is at the heart of our products and services. Our work opens up new universes to explore, enables outstanding creativity and discovery, and powers what were once science fiction inventions from artificial intelligence to autonomous cars. NVIDIA is looking for excellent people like you to help us accelerate the next wave of artificial intelligence.

We are looking for a skilled, creative, and highly motivated PHY System Engineer to join the End-to-End (E2E) physical-layer performance team, as part of the Post-silicon department.


What youll be doing:

Testing our Electro-Optical and Electrical chips and systems.

Link-level performance characterization, verification, and debugging.

Responsibility for complicated setups establishments, covering both optical and electrical components.

Characterizing optical and electrical performance using lab equipment and SW tools.

Take an active part in silicon bring-up while managing E2E testing of the newest ASICs, with the objective of driving product to mass production with first-in-class performance.

Characterizing products performance using lab equipment, such as oscilloscope, Spectrum/Network analyzer, Pattern-generator, etc.

Working in front of various test teams, with the responsibility of addressing issues and monitoring the test flows conducted by them.

Our Networking business unit is looking for IC Reliability Lab manger, who will work in our R&D labs in Yokneam.

As an IC Reliability Test lab manager, the candidate will be responsible for leading all reliability test lab activities and tasks as well as leading a team of operators and practical engineers.

Candidate will lead a team performing various types of testing of our ICs, on various reliability platform, on ATE and evaluation boards, as part of reliability activities, design, production validation and IC characterization.

This job allows you to work in a complex, exciting engineering environment handling challenging IC testing activities.

What youll be doing:

The manager will be leading various type of reliability testings of our ICs, and responsible on our reliability labs, which is a multi-millions $ worth of equipment as well as activities such as IQC, OQC, IC Inventory managing and shipments.
This will include ATE (Automated Test Equipment), systems & evaluation boards and reliability equipment.
Full management a team of Technicians and Operators, including day to day management, prioritization, focal reviews, and training.
Maintaining and operating laboratory equipment such as IC ATE, HTOL systems, Scopes, DVMs and other tooling, minimizing down time for all.
Providing excellent support to engineers and our internal customers, carrying out Q&R tasks and following strict execution methodologies.
Establishing/Maintaining a comprehensive Engineering Lab Stock, apply skills to automate complex tasks and improve team productivity and efficiency.
Entering and maintaining a database of work procedures and test data and reading Schematics of electronic circuits.
Building, updating, and improving Lab Processes and Procedures while following and ensuring strict safety procedures and safety checks.

We are looking for a talented, fast learner, and highly motivated Chip Design - Verification Engineer. As a member of our Chip Design Team, you will be responsible for verifying portions of the design, of a high performance and low power chip, focusing on such tasks as micro-architectural understanding, Verification environment coding and logic debug. This position offers you the opportunity to have real impact in a dynamic, technology-focused company impacting product lines roadmap. We have crafted a team of extraordinary people, whose mission is to push the frontiers of what is possible today and define the platform for the future of computing.

What you'll be doing:

As a member of our Chip Design team, you'll own and be responsible for crafting and timely delivery of a verification components and quality of Chip Design related logic. Day to day tasks include:

Understand and analyze uArch definitions.

Implement verification components to verify RTL meets specifications.

Collaborate with our RTL, Arch and uArch teams.

Work on logic related to switch design.

We are now looking for a Chip Design & Verification Engineer to join our Switch Silicon team for Verification / Design roles. As a Chip Design & Verification Engineer in our Networking business unit, you'll join a group of passionate engineers to design, implement and verify the next generation state-of-the-art Switch Silicon chips. In this position, you'll make a real impact in a dynamic, technology-focused company while developing the industry's best high-speed communication devices, delivering the highest throughput and lowest latency!

What You'll Be Doing:

Work in a combined design and verification team which develops some of the switch silicon core units.

Micro-architecture for RTL and simulation environment planning for units and modules.

Design/Verify RTL units/blocks according to Arch. specifications under challenging constraints with high orientation to power, area, and performance.

Build reference models, verify, and simulate chip blocks/entities according to specifications.

RTL synthesis, timing, supporting verification, and silicon post TO activities.

Work closely with multiple teams within organizations such as Architecture, Full chip Micro-Architecture, BE, and FW.

We are looking for an excellent Firmware Engineer to join the Firmware team. The Firmware team develops groundbreaking networking features for AI, cloud, HPC and storage. We drive the data growth of the worlds biggest companies. With many hardworking engineers around the globe, the work environment is complex, results-oriented and fast paced. You will learn how a big software project is operated, maintained, qualified and released, and how Hardware and Firmware are developed.

What you will be doing:

Work closely with the architecture and different software and hardware design teams.

Implement new features for our NIC and Switch firmware.

Develop verification tests for advanced features in a highly complex and sophisticated Firmware testing environment.

Collaborate with multi-functional teams including chip design, board designers, Silicon, SW and program managers to debug any FW/validation issues.

Heavily involved with the early modeling and simulation required to produce our outstanding products including schematic and layout reviews on next generation board designs.

The NVIDIA Networking Advanced Development Software team develops new groundbreaking technologies to enable new market shares for the company and tighten customer relationships. These are emerging technologies in networking and distributed computing for the booming AI factories and data centers. They span areas such as AI neural networks, Deep Learning, High Performance Computing (HPC), Storage, Cloud, SW Defined Network, Network Function Virtualization and more. We develop the solutions top-down, all the way from application behavioral analysis, to architecture definition and down to the implementation, using the world-leading NVIDIA devices. The development traverses any needed component - application SW, middleware SW, OS kernel subsystems, device drivers, embedded SW (Firmware) and CUDA GPU. We collaborate with partners and key customers in the analysis processes and engage with open source communities introducing our leading features.

What youll be doing:

Design and implement solutions throughout all layers from high level application, OS and driver subsystem to firmware.

Work on impactful projects involving state-of-the-art high-performance computing hardware and software.

Provide insight and technical guidance and collaborate with peers from across the company - including software architecture, chip architecture, and engineering departments to improve our future technology.

Collaborate with NVIDIA partners and customers.

We are seeking to hire an expert Firmware Design Engineer for the Ethernet Switch Firmware Core team. The next generation of Switches are a crucial component of the most innovative AI and Cloud Computing Networks in the world. As a member of the Ethernet Firmware Team, you will craft and develop the firmware abstraction layer in the ETH Switch. This role will require you to participate in the design & development of firmware while working closely with hardware and architecture team to ensure timely delivery of our products to the market.

What you'll be doing:

Highly involved in the entire software development process from architecture to integration testing of firmware for the Spectrum ASIC product line.

Work with HW & ASIC team to provide insights into developing the next gen of the groundbreaking of silicon and systems.

Design and implement algorithms to improve system scale and performance.

Work with higher layer software teams to debug issues reported by customers (internal and external).

Design, implement and integrate new features according to the product roadmap.

Have a new insight on how to improve our software? Why not! Bring your ideas to life by innovating during our hackathons

Collaborate with other R&D teams around the globe.

We are seeking a Networking Software Engineer to join our RDMA Transport Software team, driving the development of next-generation RDMA solutions for AI, cloud, HPC, and storage. You will research and develop innovative transport algorithms that push the limits of performance and scalability. You will work in a fast-paced, collaborative environment alongside talented engineers from around the world, supporting the data needs of the worlds largest enterprises

What you'll be doing:
Take part in research, design, and development of advanced RDMA transport mechanisms and algorithms, enhancing performance, reliability, and scalability.
Collaborate closely with hardware engineers, software developers, and system architects to align on project objectives and requirements.
Keep up with industry trends and emerging technologies, integrating new ideas and innovations into the development process

The System-On-Chip (SOC) group is looking for a top physical design engineer with a curiosity about SOC design optimization, physical integration, chip build and assembly and verification. You should have real passion for methodologies and clock distribution solutions that enable SOC creation in the most optimized way. In this position, you will get the opportunity to build complex networking chips and directly contact unit-level owners, Physical Design, CAD, Package Design, Software, DFT and other teams.

What you'll be doing:

Designing and implementing SOC level clock requirements.

Daily work involves aspects of chip level design, including partitioning, CDC, trial synthesis, design quality checks.

Be exposed and work on a variety of functional and structural challenges. Including functional debug, physical design readiness, resolve design quality issues.

We are actively seeking an outstanding Software Director to lead our Spectrum Ethernet Switch/SmartSwitch SONiC Group. As part of this team, candidates will engage with SONiC, a collaborative open-source initiative spearheaded by CSPS and numerous vendors, which enables a single network operating system to operate seamlessly across diverse ASICs and platforms. Notably, we have been a major contributor to SONiC since its inception, and our technology is already powering Ethernet Switches, DPUs, and soon BMCs, making SONiC an integral component in RDMA and AI datacenter environments.

What you'll be doing:

As Software Director, candidates will oversee the design, development, and optimization of networking protocols for switching, routing, analytics, telemetry, and more.

They will manage global teams composed of both junior engineers seeking mentorship and seasoned embedded software experts who provide leadership within and beyond the group.

Collaboration will be key, as the role involves working closely with various design and verification teams, architects, product marketing professionals, and both internal and external customers to ensure end-to-end project success.

We are looking for an excellent Software Manager to join the Switch SDK Group and lead a team of powerful software engineers. You will join the SDK group and take our product to next level, working closely with various other design and architecture teams and gain a deep understanding of our products and technologies. We have been redefining computer graphics, PC gaming, and accelerated computing for more than 25 years. Its a unique legacy of innovation thats fueled by great technology-and amazing people.

What you'll be doing:

Leading and managing a dynamic team of engineers, ensuring smooth and efficient project execution.

Developing and implementing our Ethernet SDK with a focus on high-performance and reliability.

Collaborating with teams from other subject areas to identify technical requirements and successfully implement innovative solutions.

Following established guidelines and standards to ensure the delivery of high-quality products.

Continuously striving for excellence, improving team performance, and driving innovation.

We are looking for a driven and enthusiastic Senior VLSI Engineer to join our outstanding Networking Silicon engineering team! You will be joining our rapidly growing Interposer team-a highly specialized and deeply impactful domain shaping the future of advanced silicon packaging.

If you have a strong background in the physical aspects of VLSI but haven't worked with interposer technology before, this is a unique opportunity to pivot and learn a cutting-edge domain. You will join a highly experienced group of industry-leading experts, working on the most advanced technology nodes in the world. Come take part in designing our groundbreaking chips, and enjoy working in a meaningful, growing, and highly professional environment where you make a massive impact.

What You Will Be Doing:

Mastering New Technologies: Learning the intricacies of advanced Interposer technology, working shoulder-to-shoulder with highly experienced domain experts.

Meticulous Execution & Ownership: Taking a high level of ownership over interposer projects. You will act as the technical anchor, driving timelines, managing complex workflows, and ensuring highly accurate, detail-oriented execution.

Driving Physical Implementation: Overseeing the physical design and integration aspects of complex VLSI designs.

Cross-Functional Collaboration: Taking part in project definitions towards POR, working in close interaction with other domains such as Architecture, Front-End, Back End and Packaging

Problem Solving & Automation: Resolving complex technical challenges in groundbreaking technology nodes and taking an active part in flow and methodology development.