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We are looking for a Hardware Failure Analysis Engineer to join the Interconnect Failure Analysis (FA) team. This role will be part of the Product Engineering organization supporting our advanced interconnect products used in AI and high-performance computing systems.

The ideal candidate is passionate about understanding how and why hardware fails at the physical level. You will develop and execute advanced physical failure analysis techniques to identify root causes in complex electronic and electro-optic assemblies. The role combines hands-on laboratory work, innovative sample preparation, materials characterization, and collaboration with multidisciplinary engineering teams to solve challenging hardware failures.

What you'll be doing:

Lead physical failure analysis investigations on advanced interconnect products, including PCBs, packages, optical modules, ASICs, and electro-mechanical assemblies.

Develop, optimize, and execute destructive and non-destructive sample preparation techniques to expose failure sites while preserving physical evidence.

Perform detailed failure analysis using advanced microscopy and analytical techniques, including: Scanning Electron Microscopy (SEM), Focused Ion Beam (FIB) cross-sectioning and circuit editing, Optical microscopy, X-ray imaging and CT, Cross-section analysis, Surface and fracture analysis

Correlate physical findings with electrical, optical, manufacturing, and reliability data to determine root cause.

Design new failure analysis methodologies and continuously improve laboratory capabilities, workflows, and best practices.

Partner with design, manufacturing, quality, reliability, packaging, and system engineering teams to drive corrective actions.

Generate clear technical reports documenting failure mechanisms, supporting evidence, and recommendations.

Evaluate and introduce new FA tools, sample preparation methods, and characterization techniques to improve investigation capability.

We're looking for a talented Robotics Algorithm engineer to join our team and develop cutting-edge perception and localization capabilities for autonomous systems. Design, develop, and optimize algorithms for SLAM, Mapping, Localization, Sensor Fusion, and State Estimation. Build robust solutions using data from LiDAR, Cameras, IMU, GNSS, and Odometry sensors. Implement and improve graph-based optimization and probabilistic estimation algorithms. Integrate Machine Learning and computer vision techniques into perception and navigation pipelines. Develop, TEST, and validate algorithms in simulation and real-world environments. Optimize software for Real-Time performance on Embedded and edge computing platforms.

As a Technical Policy researcher, you'll tackle some of the biggest and most complex questions of AI development and deployment. Your work outlining problems, solutions and principles for governments, frontier labs, and deployers will shape the emerging field of AI security.

Representative projects:

Threat modeling and fleshing out in what specific way could a strong cyber-capable model cause harm.

Taxonomies for dangerous AI capabilities or mitigations.

Policy proposals for models' refusal policy (which prompts models should refuse to follow).

Following up on publications and news on AI policy, AI risks and mitigations, and technical AI research.

Writing academic papers and blog posts detailing our research around evaluation theory or mitigation recommendations.

Publishing your research and/or delivering research to our customers.

Required RF/HW & System Validation Engineer
Scope:
As an RF/HW Validation Engineer, you will bridge the gap between HW/RF validation and complex system-level testing. You will design, develop, and execute automated and manual test plans to verify the performance, reliability, and compliance of our SDR (Software Defined Radio) architectures and multi-layered tactical systems (including integration with other systems).
Key Responsibilities:
System-Level Testing: Execute end-to-end system testing of counter-drone platforms, verifying the integration of RF hardware, firmware, and complex software-defined radio algorithms under real-world scenarios.
Hardware Product Testing: Test and validate various HW products, including antennas, radar systems, jammers, and related peripherals.
Failure Analysis & Troubleshooting: Debug complex RF anomalies, signal integrity issues, and system bugs down to the component/board level, working closely with RF Design, Board Design, and SW teams.
Documentation: Create comprehensive test plans (ATP/DTP), write test reports, and present data-driven analysis to cross-functional R&D teams to impact the next generation of hardware.

As an AI Researcher on Research group, youll research, develop and productionize LLMs powered applications and AI-agents. Youll partner closely with Product and Engineering to turn open-ended data-security challenges into measurable experiments and shipped features. Youll own the end-to-end lifecycle - from problem framing and data strategy to evaluation, deployment, and ongoing monitoring - helping customers discover, protect, and govern their data at scale.



What Youll Do

Responsible for the end-to-end research process. This includes identifying problems, preparing data, tuning and developing models, deploying to production, and analyzing outcomes.
You will be a hands-on domain leader, laying the foundations of our data science workflows and algorithms. This is an excellent opportunity to work with endless amounts of data and creatively generate insights that will increase the ability to classify tons of data.
Develop, evaluate, and maintain deep learning and NLP solutions to enhance core capabilities in sensitive data classification.
Design and architect production-grade agentic workflows. Establish rigorous evaluation pipelines to benchmark agent accuracy, latency, and cost, ensuring reliable, scalable solutions for real-world customer problems
Innovation and creative thinking are the keys! Implementing ML models to the entire research process - clustering, text extraction, document analysis, and tabular data classification.
Join a full stack AI group, including research engineering, MLEs, data operations, and security researchers. You will accelerate the path from research to production, ensuring results are both quick and precise.

We are looking for
For our Aerospace Division site in Haifa, we are looking for an Architect with extensive experience in signal processing and 3D imaging to join a multidisciplinary systems and algorithms group developing an innovative and groundbreaking Imaging Radar solution for airborne platforms
This is a unique opportunity to be part of the development of advanced defense technologies, work on complex multidisciplinary systems, and contribute to cutting-edge radar imaging capabilities with real operational impact
In this role you will
Develop and implement advanced radar signal processing algorithms and 3D image reconstruction capabilities
Define, execute, and analyze laboratory, field, and flight experiments
Analyze data and derive conclusions for implementation within the product
Develop and operate dedicated simulation tools for algorithmic research
Integrate complex systems
Work within a multidisciplinary team environment
Collaborate closely with technical management, mechanics, software, hardware, operational research, system engineering, and product management teams.

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.

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.

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.

our company in Rehovot is looking for a Laser Physicist to join a multidisciplinary team developing high-power laser systems based on optical fibers.
This is an opportunity to take part in advanced and meaningful technological work, from research and development stages through production and system integration, in an innovative environment at the forefront of defense technology.
In this role you will:
Lead the development of high-power laser systems based on optical fibers from concept phase through production and integration
Design, develop and research fiber laser technologies and integrate them into multidisciplinary systems
Design and build optical systems for physical experiments
Perform physical simulations and analytical modeling
Support serial production of fiber laser assemblies
Work closely with multidisciplinary engineering and technology teams in an advanced R&D environment.

We are looking for an Electro-Optical Engineer to join our LYNX development team and take part in developing advanced electro-optical capabilities for next-generation systems.
This role combines practical engineering work, system-level thinking, experimentation, and innovation. Youll lead hands-on activities involving sensors, cameras, lenses, thermal technologies, and optical subsystems, while working closely with multidisciplinary teams to integrate these technologies into complex operational platforms.
Youll have the opportunity to influence both component-level and system-level development, from early concept stages through testing, integration, validation, and deployment.
What Youll Do
Evaluate, characterize, and integrate electro-optical components including cameras, sensors, lenses, thermal imaging modules, compasses, and related subsystems.
Design, plan, and execute optical experiments, measurements, and system integration activities.
Develop and implement test methodologies for image quality, sensor accuracy, optical performance, environmental behavior, and overall system functionality.
Support integration of new technologies into existing and future LYNX systems.
Work closely with suppliers and external partners on technical evaluations, design reviews, performance analysis, and problem-solving.
Prepare technical documentation including specifications, test plans, reports, and engineering summaries.
Support troubleshooting, verification, validation, and field-testing activities.
Collaborate with multidisciplinary teams across mechanics, electronics, software, systems engineering, QA, and operations.