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looking for a highly motivated Field Application Engineer who will work collaboratively with the team as well as independently and develop test applications solutions for our customers.



Responsibilities

Develop, debug, and deploy test solutions for semiconductor devices on Teradyne ATE test systems (HW and SW).
Supporting test program correlations and release to production activities.
Actively engage with customers to develop new test techniques.
Troubleshooting of test issues and improving test methodologies.
Develop customer relations at a technical level.
Collect customer needs and requests, communicate to internal engineering team to develop new solutions for customer.
Work within the support of our worldwide application teams to coordinate project development and on time delivery of critical project milestones.

Joining us is a chance for you to do important work that creates change and shapes the future of healthcare. Thinking differently is what we do best. To us, change equals opportunity. Every day, more than 4,000 of us are challenging whats possible and making headway to help improve outcomes.
The Senior Engineer I - LCM, Testers & Calibration systems is responsible for extending the longevity, reliability, and compliance of Testers & Calibration systems across production, supplier, and R&D environments. This includes leading technical initiatives, managing system upgrades, supporting production and customer issues, and driving continuous improvement projects.
This role will be based in Haifa following our planned office relocation in 2026.
Responsibilities
Manage Life Cycle activities for Testers & Calibration systems, including End-of-Life (EOL) planning and upgrades.
Lead Proof of Design (POD) activities for hardware, software, and process updates.
Develop and improve production support systems, testers, jigs, tools, and documentation.
Drive Cost Improvement Projects (CIP) focused on yield, quality, efficiency, and data management.
Provide system engineering expertise and calibration guidance.
Lead configuration control and spare parts strategy.
Execute Engineering Change Orders (ECOs) and ensure quality of system engineering deliverables.
Initiate and manage CAPA activities related to yield and customer feedback.
Solve technical issues and analyze system data.
Ensure compliance with company and regulatory standards.

We are looking for a highly motivated and experienced Senior Verification Engineer to perform and guide design verification for the electro-mechanical portions of the system design.
For this role, were focusing on electrical and mechanical parts, assembly and functional aspects of the system design. This is an ideal opportunity for someone who is motivated and passionate to make an impact in leading the development of the next generation of ophthalmic robotic surgery.
Responsibilities
Create verification protocols based on electromechanical design input requirements.
Identify applicable standards for each electromechanical aspect and define how they are addressed in verification activities.
Establish statistical sample sizes according to the risk level associated with each part, assembly, and feature.
Lead protocol development and test execution for sterilization validation.
Guide a team of verification engineers and testers in creating test protocols, executing tests, reviewing results, and generating reports.
Participate as a team member in the development of new features related to electromechanical assemblies and associated robotic capabilities.

We are looking for a brilliant system engineer to join us and help to scale the world of IoT.
As a system engineer, you will work on various innovative fields from RF automation, algorithms., channel usage optimizations, energy consumption optimization and dynamic network development.
Responsibilities
Design and develop algorithms and features to generate useful insight based of our Network physical signals
Research and adapt new technologies and new capabilities into our IOT network
Perform data analysis for online solution developing
Lab test and research.
Developing effective and deployable solutions to complex engineering challenges.
Detecting bottleneck problems, defining them and then come with a solution and test it before production.
Simulations and tests coding.

We are looking for a talented and experienced engineer to take part in the verification efforts for the companys core product. This position involves building and maintaining a complex verification environment, and defining and executing a test plan. In this role, you will be leading all aspects of verification and will have a critical impact on the company's R&D path.
Responsibilities
Define and implement robust SV/UVM verification solutions, including test benches and methodologies, to drive efficient verification closure across block-level and full-chip designs, integrating Mix-signals SoC simulation environment using Verilog, MATLAB, HW/SW Co-simulation and lab integration.
Work closely with Digital Design, Analog Design, Software, Back-end, SW and System teams to understand the functional, power and performance goals of the product and ensure its quality.

Required Logic Design Engineer
Responsibilities
Design and implement complex digital circuits for ultra low-power SoC.
Participate in all phases of SoC design, from specification to coding, debug and tape-out.
Perform RTL design, synthesis, and timing analysis.
Optimize designs for power, performance, and area (PPA).
Collaborate with cross-functional teams, including architecture, System, Software, Analog, verification, and physical design engineers.
Contribute to the development of design methodologies and best practices.
Debug and resolve design issues.
Support Lab bring ups, debug and other activities.

Join our innovative SoC hardware development team as a UPF Methodology Engineer. In this role, you'll play a key part in defining the flow for next-generation UPF, enhancing our existing UPF framework, and ensuring its successful implementation and verification across our mobile products.

Your primary focus will be to advance our UPF methodology, improving power intent definition,
implementation, and verification for cutting-edge mobile products.
Key tasks include:
Driving coverage of power intent through static and dynamic checking methodologies.
Implementing custom UPF to meet specific project needs.
Leading UPF implementation and sign-off processes for FE and P&R.
Performing checks on power intent for custom circuits.
Collaborating closely with designers and the design verification team to debug and resolve any UPF flow issues.

Responsibilities:
We're seeking a candidate with strong expertise in ASIC design methodology, particularly focused on power definition. Ideal qualifications include:
Proficiency in UPF implementation and verification.
Strong skills in scripting languages such as Python and Tcl.
Familiarity with CMOS design power.
Familiarity with multi-voltage static checkers (e.g., VSILP/VCLP, CLP).
Knowledge of the full RTL-to-GDS flow
Excellent communication skills, as you'll interface with diverse teams.

As a PNR/PD-CAD team member, you will have an impact on a wide range of activities and domains in the PD world. The team develops and supports utilities that enable an efficient work environment for the physical design teams across the world.

The role includes exploring new technologies and methodologies of first-of-its-kind designs, and the complex implementation of designs from small ones to the largest possible.
The job includes hands-on work and impact on all aspects of the design cycle, from infrastructure-related automation for design efficiency through developing internal PNR flows, which will enable improved designs - from PNR implementation through developing infra, signoff flows & verification utilities.

Responsibilities:
The job includes constant work with different teams and disciplines that interface with the PNR world, which includes Timing, power delivery, synthesis, Physical Verification, and more.
Along with the different disciplines, you will work with different teams, from vendors, PD team members and other CAD team members and discipline owners across the world to enable and improve the productivity of the PD flows.

We are seeking an IC Production Manager to lead semiconductor hardware operations and manage Outsourced Semiconductor Assembly and Test (OSAT) partners, as well as multiple hardware and tooling suppliers.
This role is responsible for driving efficient hardware and tooling management, optimizing OSAT partnerships, and ensuring scalable, cost-effective supply across the semiconductor value chain.
Key job responsibilities
Hardware & Inventory Management
Develop, implement, and maintain robust inventory management systems for semiconductor hardware, including test boards, probe cards, and related equipment located at various locations around the manufacturing partners
Design and deploy digital tools to track hardware movement, utilization, availability, and maintenance schedules
Establish real-time visibility into hardware location, status, and lifecycle stage
Create and maintain hardware lifecycle management processes from deployment through end-of-life
Lead inventory audits and reconciliation activities with OSAT partners
OSAT & Supplier Management
Act as the primary point of contact for day-to-day communication with OSATs and strategic suppliers
Coordinate hardware allocation, maintenance, repair, and replacement activities with OSAT partners
Oversee and monitor supplier deliveries, capacity commitments, and operational performance
Conduct supplier audits, performance reviews and scoring
Build, manage, and maintain strong working relationships with OSAT partners
Commercial & Contractual Leadership
Lead commercial negotiations with strategic suppliers to improve pricing, terms, and overall cost structure
Own contract management and negotiation, including:
o Master Development and Supply Agreements (MDSA)
o Statements of Work (SOW)
o Product schedules and related commercial documents
Strategic Sourcing & Capacity Planning
Develop and execute strategic sourcing allocation including supplier selection, operating models, and pricing frameworks
Drive supply chain capacity planning, including tooling strategy, production equipment planning, and supplier allocation/split
Analyze hardware utilization and supply chain data to optimize inventory levels and reduce operational costs
Cross-Functional Collaboration & Compliance
Develop KPIs and reporting dashboards to track hardware performance, supplier efficiency, and operational health
Create and maintain documentation for hardware handling procedures, quality standards, and compliance requirements
Collaborate closely with engineering teams to ensure proper handling, storage, and usage of sensitive semiconductor equipment.

AWS Utility Computing (UC) provides product innovations - from foundational services such as our companys Simple Storage Service (S3) and our company Elastic Compute Cloud (EC2), to consistently released new product innovations that continue to set AWSs services and features apart in the industry. As a member of the UC organization, youll support the development and management of Compute, Database, Storage, Internet of Things (Iot), Platform, and Productivity Apps services in AWS. Within AWS UC, our company Dedicated Cloud (ADC) roles engage with AWS customers who require specialized security solutions for their cloud services.
Annapurna Labs, as part of our company Web Services (AWS), develops innovative hardware and software for AWS cloud customers. Annapurna Labs is like a big start-up in AWS. We develop technologies, work with amazingly talented engineers, and truly shape the future.
Working for Annapurna Labs is thrilling, fast-paced, and a constant learning experience.
Exciting opportunity to join our company in developing its next generation products for the cloud market.
We are looking for talented people to join the Pre-silicon Verification team, focusing on working on system level and using emulation technologies.

Annapurna Labs, part of AWS, seeks a Nitro Integration Engineer to scale and simplify Nitro hardware integration across manufacturing and data center environments.
You will design tools, automation, and standardized integration flows that make Nitro integration reliable, repeatable, and scalable. Your work will enable internal teams and partners to integrate Nitro hardware efficiently while maintaining quality and consistency.
Working across hardware, firmware, software, manufacturing, and operations teams, you will transform complex integration challenges into robust, production-ready solutions.
Key job responsibilities
- Design and maintain self-service tools for Nitro card integration, validation, and health monitoring.
- Enable customers to independently configure RAMDisk, enable K2, and perform validation tasks.
- Create intuitive, reliable workflows with clear documentation for self-service Nitro integration.
- Identify friction points and improve tooling, processes, and system design.
- Ensure self-service features maintain quality parity with managed processes.
- Implement metrics and monitoring to track adoption and performance.
- Resolve technical escalations for self-service tool issues.
- Develop strategies to increase customer autonomy while reducing operational load.

Annapurna Labs, as part of our company, is looking for a System Integration Lead to be part of defining, shaping and integrating solutions for next generation of our cloud platforms. Our success depends on our world-class server infrastructure; were handling massive scale and rapid integration of emergent technologies.
Key job responsibilities
As System Integration Lead Engineer, you'll drive product development from initial architecture discussions through design, production, and customer deployment. You'll own critical hardware and software system integration, including architecture definition, mechanical design, thermal/power optimization, and signal integrity for high-speed interfaces (PCIe, SATA, Ethernet). Your responsibilities extend to developing robust boot flows, recovery mechanisms, remote debugging capabilities, firmware update processes, and comprehensive health monitoring systems.
You'll design and implement screening tests for production and data centers, lead fleet-level debugging, create repair procedures that maximize capacity recovery, and conduct game-days to validate failure recovery before general availability. This role requires you to define and document integration methodologies that scale across our product portfolio.
You'll lead the application of emerging technologies to large-scale deployments, directly impacting customer experience. In this fast-paced position, you'll collaborate with technology leaders across disciplines while maintaining exceptionally high standards. We seek candidates who consistently find ways to improve performance, quality, and cost-efficiency as we transform our industry.
If you're ready to push beyond today's limitations and solve complex integration challenges at scale, this role offers the opportunity to make a significant impact.

AWS Utility Computing (UC) provides product innovations - from foundational services such as our companys Simple Storage Service (S3) and our company Elastic Compute Cloud (EC2), to consistently released new product innovations that continue to set AWSs services and features apart in the industry. As a member of the UC organization, youll support the development and management of Compute, Database, Storage, Internet of Things (Iot), Platform, and Productivity Apps services in AWS. Within AWS UC, our company Dedicated Cloud (ADC) roles engage with AWS customers who require specialized security solutions for their cloud services.
Annapurna Labs develops the semiconductor platforms of the future for AWS, creating amazing products with complex architectures that push the boundaries of many fields. our company Web Services, the world's largest cloud provider, offers a highly reliable, scalable, and cost-effective infrastructure platform that powers hundreds of thousands of businesses in more than 190 countries. This is an exciting opportunity to join our company and contribute to bringing our next-generation products for the cloud market to the production stage.
Key job responsibilities
Analyze foundry Wafer Acceptance Test (WAT) data from development, corner lots, and qualification lots.
Collaborate with Test Engineering (TE) and Quality & Reliability (Q&R) teams to ensure test quality.
Recommend test plans and limits for production lots, corner lots, and pre-/post-qualification lots based on system specifications, yield, and Cpk targets.
Identify quality and reliability concerns and collaborate with TE, Q&R, and Failure Analysis (FA) teams to drive resolution.
Manage Continuous Improvement Process (CIP) activities with the foundry.
Drive test-time reduction activities based on Wafer Sort (WS) and Final Test (FT) production data.
A day in the life
As a Senior Product Engineer, you will play a crucial role in ensuring that the production of Annapurna Labs semiconductor products meets our customers' demands. Your responsibilities will include monitoring and analyzing production data, collaborating with various teams including Test Engineering and Foundry, Quality & Reliability (Q&R), Failure Analysis (FA), leading process and yield improvement initiatives
optimizing throughput, enhancing test quality, and reducing test time.
In this role, you will be fully exposed to the semiconductor production flow of all Annapurna Labs products, all semiconductor testing methodologies, and FAB process yield improvement activities.