We're looking for a hands-on systems engineer to lead prototyping and low-volume assembly (tens to hundreds of units) - taking hardware from first builds to a repeatable process, designed with scale-up and BOM cost in mind.

Responsibilities
Lead prototype and pilot builds; turn lessons into a repeatable assembly process.
Plan assembly flows, fixtures/jigs, and the right (minimal) automation - engineering simplicity first.
Own the project plan (Gantt) and budget; design for scale-up with BOM cost awareness and DFM feedback to R&D.
Define test and inspection strategy, including environmental testing where needed.
Measure and improve yield and rework with data; work daily with R&D, production, and vendors on the floor.

We are looking for an NPI Engineer for the R&D team. The NPI Engineer will own the end-to-end transition of multidisciplinary medical devices from R&D prototypes to stable, scalable serial production, serving as the bridge between product development and Operations.
If you want to work in an innovative, international environment and help push the boundaries of healthcare, well-being, and energy-based technology, this is your opportunity
Key responsibilities:
Lead the full NPI and design-transfer process from R&D handoff through pilot builds, qualification, production ramp-up, and stabilization.
Build and drive transfer plans, schedules, risk and action tracking, production-readiness criteria, and release gates.
Create and maintain the manufacturing package, including BOM/DMR content, drawings, work instructions, test methods, acceptance criteria, tooling, and training materials.
Lead DFM, DFA, and DFT reviews and drive design and process improvements that support quality, manufacturability, serviceability, and cost.
Define, develop, and qualify manufacturing processes, fixtures, equipment, and test setups; prepare and execute validation protocols where applicable.
Lead ECOs and configuration changes, and provide hands-on support for production, yield, quality, field, and obsolescence issues using structured root-cause and corrective-action methods.
Serve as the technical focal point across R&D, Operations, QA/RA, Supply Chain, Service, suppliers, subcontractors, and contract manufacturers.

We are looking for a Nitro System Manufacturing Integration Lead Engineer to be part of defining, shaping, and implementing manufacturing flows, test definitions, and card-to-server integration processes for Nitro-based platforms. This includes to be part of the manufacturing flow architecture, production test strategy, process stabilization, and yield optimization bridging system design intent with high-volume manufacturing execution.

Key job responsibilities
As a System Manufacturing Integration Lead Engineer, in the Nitro team, you will own the end-to-end manufacturing flows for accelerator card-to-server integration across manufacturing partner facilities driving the process from initial definition through stabilization into a scalable, high-yield mass production operation.

Key responsibilities include:
- Architect manufacturing flows - be part of the complete card-to-server integration sequence, including every process step, quality gate, and decision point from sub-assembly through system integration and tests.
- Define test strategy - be part of determining what to test, when, and at which station, covering card-level functional tests, post-integration validation, firmware provisioning, and first power-up diagnostics.
- Establish classification criteria - be part of determining pass/fail thresholds and test exit gates to maximize yield and minimize material waste.
- Drive process stabilization - work directly and on-site with manufacturing partners to implement, debug, and iterate on manufacturing flows from early builds through a locked, repeatable production process.
- Design alternative flows - develop parallel manufacturing paths to address real-world constraints such as component availability gaps, deferred card integration, and hub-based assembly models.
- Own process documentation & KPIs - maintain manufacturing flow baselines, drive process change control, and track yield, first-pass rate, cycle time, and defect Pareto.
- Lead cross-functional coordination - serve as the single point of ownership across hardware engineering, firmware, test/vetting, thermal, mechanical, and operations teams for Nitro-based accelerator servers built at scale.

We are looking for an NPI & System Product Engineer to drive the transition of advanced networking switches and data center infrastructure systems from late-stage R&D validation & NPI into scalable mass production.
In this role, you will lead the handoff from DVT completion into PVT entry, support the setup and deployment of new production lines at global Contract Manufacturers, and execute capacity ramp-up plans toward High-Volume Manufacturing. You will serve as the technical operational link between R&D design/NPI teams and factory lines, ensuring line balancing, fixture readiness, yield optimization, and hands-on root-cause failure analysis (RCA).
Key Responsibilities
Production Readiness:
Support the technical handoff from R&D DVT exit to Operations PVT readiness.
Track and verify closure of open DVT hardware issues, check BOM readiness, and validate manufacturing gating criteria before mass production.
Execute PVT build plans to ensure product design tolerances align with factory process capabilities.
New Production Line Setup & Deployment:
Participate in the setup, line balancing, and deployment of new manufacturing lines and assembly workcells for chassis and full-rack integrated systems at CM facilities.
Validate physical workstation setups, line assembly flows, operator guidelines, and improve processes.
Verify assembly fixtures, press-fit tooling, and automated test stations during new line deployment.
Create and maintain production test procedures.
Capacity Ramp-Up & Takt Time Optimization:
Monitor station takt times, identify line bottlenecks, and drive cycle-time reduction initiatives.
Support the duplication and operational verification of line fixtures, tooling, and test stations to meet capacity scaling targets.
Track production ramp-up from pilot runs through full-rate High-Volume Manufacturing.
System Product Engineering & Yield Optimization:
Monitor key manufacturing metrics across PCBA & box-build assembly lines: First Pass Yield (FPY), Line Fallout, and Scrap Rate.
Use Statistical Process Control (SPC) and factory telemetry logs to identify systemic yield detractors.
Assist in refining production test limits, calibration procedures, and screening guardbands during volume ramp.
Root Cause Analysis (RCA) & Debugging:
Perform hands-on failure triage on system-level dropouts, intermittent hardware faults, and line fallouts during PVT and ramp-up.
Use schematics, Cadence Allegro board layouts, scopes, JTAG, and diagnostic tools to isolate component vs. process defects.

We are looking for an electro-optics test engineer to join our growing Advanced Optics team in Herzliya. The Apple Camera Hardware Engineering group is responsible for the design, development, test, and qualification of camera hardware for Apple products; our team owns the end-to-end design, production, and testing of high-quality micro- and nano-optic components, including diffractive elements and metasurfaces. In this role you will own how we measure those components - developing new optical test setups, characterizing performance against design intent, and defining the metrology that carries a component from first prototype to mass production. The environment is collaborative and hands-on, spanning optical design, numerical simulation, precision measurement, and semiconductor fabrication.


Develop new optical test and metrology setups for metasurface and micro-optic components - from concept and prototyping through deployment on the bench and in the fab.
Operate and maintain new and existing test stations; build prototypes, fixtures, and measurement jigs.
Measure and analyze component performance, and correlate results to optical design and simulation and to product-level requirements.
Define methods, specifications, and acceptance criteria for both engineering builds and production.
Specify vendor test equipment and procedures; qualify vendor and in-line metrology; drive tool-to-tool and site-to-site correlation studies.
Support component bring-up, tolerance and robustness studies, and failure analysis.
Interface across design, process, product, and vendor teams to integrate components into our products.

We are seeking a highly driven, hands-on Production Engineering Leader to join our Operations & Manufacturing team. In this role, you will serve as the primary operational link to our Contract Manufacturers (CMs), drive the end-to-end NPI handoff process into steady-state production, manage legacy product lines, and streamline the production-side RMA pipeline.

If you thrive in a high-growth, fast-paced hardware environment, love diagnosing complex manufacturing challenges, and are passionate about continuous improvement, this is the role for you.

Key Responsibilities

Contract Manufacturer (CM) Management & Line Ownership

CM Operations & Execution: Drive day-to-day operational and technical alignment with external CMs to ensure high build execution, product yield, and strict adherence to quality and schedule targets.
Manufacturing Bottlenecks: Identify and resolve yield drops, component shortages/substitutions, or assembly issues directly with vendor engineering teams.
ECO/ECN Release: Oversee engineering change implementation across active production runs at the CM, maintaining clear configuration control.
NPI Composition Handoff & Legacy Product Support

NPI to Production Handoff: Lead the operational composition and transfer of new product introductions (NPI) from R&D into scalable volume manufacturing at the CM level.
Legacy Product Management: Maintain operational health, sustaining engineering, and end-of-life (EOL) management for legacy product lines to ensure ongoing delivery stability.
Process Documentation: Define standard operating procedures (SOPs), assembly routing, build packages, and work instructions for incoming product variants.
Production RMA Process

RMA Pipeline Management: Take ownership of the production side of the Return Merchandise Authorization (RMA) process, ensuring rapid triage, dispositioning, and turnaround times.
Feedback Loop: Feed critical quality, design, and manufacturing insights back to R&D and Quality teams to drive design-for-manufacturability (DFM) improvements.
Continuous Improvement

Yield & Efficiency Optimization: Track key operational metrics (First Pass Yield, Scrap, Cycle Time) and implement engineering fixes to minimize waste and reduce lead times.
Tooling & Fixturing: Coordinate with suppliers to design, validate, or upgrade assembly fixtures, jigs, and test setups.

The NPI Engineer will be responsible for representing Operations/Engineering and new projects and transfer products to production including the following:

OPS Project manager for New Product Introduction cross functional, following Align PLCM.
Responsible for building Product/Production file, Product documentation, BOM, jigs/tools/Fixtures design
Responsible from moving from prototype to mass production
Responsible of Design transfer process during the PLC stages.

Key Responsibilities


In this role, you will

Be responsible for the transfer of a new products from development to production.
Support International supplier and turnkey management during PLC stages
Leading Engineering changes as the prime interface in order to introduce necessary engineering/R&D changes while understanding the implications in Logistic, Testing and Production; End to end.
Writing and executing validations and writing testing requirements.
Leading FAI process to new products and responsible for the supplier quality
Involvement during design phase in connection with DFXs (Assembly process, Manufacturability etc).
Define the documentations needed in order to manufacture the products correctly (Test procedure, Assembly instruction etc)
Define and design jigs, tools and fixture to allow repetitive and robust manufacturing with mass production orientation.
Construct and maintain complex Bills of Materials (BOM) in PLM system.
Perform production line Training and accompany Prototype and NPI assembly, dry run.
Work in cross functional teams with RA, Quality and SC etc.
Investigating RCAs

Our New Product Introduction (NPI) team is growing, and we're looking for a highly motivated and diligent Engineering Vendor Manager to join us. In this critical role, you'll be responsible for the engineering project management of our most strategic and technologically advanced components and suppliers, ensuring on-time delivery of the highest quality and reliability of components for our groundbreaking products.


What you'll be doing:
Manage the product as a project - Define the timeline for having our designs out, manage quality meetings, set full road map for quality, capacity and automation as readiness towards HVM.
Lead engineering engagement with strategic and critical suppliers for new product introductions (NPI) and ongoing production, identify potential risks, critical parameters, and areas for optimization.
Define and implement clear monitoring and documentation requirements for key process steps to ensure consistency and quality.
Establish comprehensive quality criteria and outgoing quality control (OQC) procedures at suppliers prior to shipment.
Monitor and analyze supplier yield data, production metrics, and quality performance to identify trends and drive corrective actions.
Lead and align our internal engineering teams (Design, Product, Reliability, Quality) - teams that do not report to you - to ensure supplier capabilities align with product requirements and committed timelines.
Conduct supplier technical audits and provide mentorship on standard processes in manufacturing and quality control.
Own issues end to end - drive the investigation to root cause and come to the table with a recommended solution, an implementation plan, and an owner, not only with a flagged problem.

About Nuvoton Nuvoton Technology is a leading semiconductor company developing advanced solutions for the computing, server, security, and embedded markets. Our Israel Design Center develops complex SoCs used by leading global technology companies and is responsible for the complete product lifecycle—from architecture and design through production and manufacturing. We are looking for an experienced Product Engineer to join our Product Engineering team and play a key role in bringing advanced VLSI products from development to high-volume manufacturing.
What You'll Do As a Product Engineer, you will own critical product engineering activities throughout the product lifecycle, ensuring high product quality, reliability, manufacturability, and cost efficiency. Your responsibilities will include:
* Drive product engineering activities from silicon bring-up through high-volume production.
* Define and optimize manufacturing processes, assembly, and packaging solutions.
* Lead product qualification and reliability programs in accordance with JEDEC standards.
* Monitor manufacturing yield, analyze production data, identify root causes, and drive continuous yield improvement.
* Manage interactions with semiconductor foundries, OSATs, test houses, and other manufacturing partners.
* Support new product introduction (NPI) and production ramp activities.
* Perform statistical analysis, DOE, and data-driven investigations to improve product performance and manufacturing robustness.
* Lead failure analysis activities together with cross-functional engineering teams.
* Drive cost reduction initiatives while maintaining product quality and reliability.
* Collaborate closely with Design, Test, Validation, Quality, Operations, and Supply Chain teams to ensure successful product releases.

Required SoC Test Automation and Infrastructure Lead, Cloud
About the job
Be part of a team that pushes boundaries, developing custom silicon solutions that power the future of our direct-to-consumer products. You'll contribute to the innovation behind products loved by millions worldwide. Your expertise will shape the next generation of hardware experiences, delivering unparalleled performance, efficiency, and integration.
Our data centers are the most advanced in the world. In this role, you will help to manufacture the SoCs that power these data centers by developing and deploying comprehensive manufacturing test and data analytics solutions for high-volume manufacturing at wafer fabrications and Outsourced Semiconductor Assembly and Test (OSATs). You will have an opportunity to create silicon in the most advanced technologies and follow it into the field to close the loop back to design and test for the next-generation of chips.
You will help to integrate SoC technologies into devices and drive manufacturing test flows to assure performance and screen devices, drive yield improvement, cost optimization and work closely with cross-functional teams to ensure the optimal test coverage in production to ensure high quality SoCs
You will have a strong understanding of IC flows, wafer processing, testing, qualification, diagnostics and failure analysis. You will work with various groups to deploy screening methodologies and flows for data processing, analytics and diagnostics. You will drive the release of cost effective production test solutions into mass production to hit yield and quality goals.
Responsibilities:
Provide tools, set the environment and create automation to silicon engineering (SiEng) teams, collaborate with Test, Product, quality and reliability (Q&R) and system-level test (SLT) teams.
Create smooth and effective ways to manage silicon engineering (SiEng) datastream to and from suppliers and internally, between different platforms, while optimizing formats and datalogs, convert per need.
Verify test solutions on pre-silicon models (simulation or emulation) and support Automated Test Equipment (ATE) test development setup and environment.
Develop test method for ATE platforms.
Provide pre and post silicon dashboards and indicators that will reflect the status, demonstrate progress and point on the gaps.