לוח משרות דרושים ייצור ותעשייה בשרון, לחיפוש זה נמצאו 600 משרות

We are seeking an experienced, highly technical Senior Hardware Product Manager to own the end-to-end product lifecycle, operational sustaining, regulatory qualification, and sales enablement for our deployment kits and complex hardware configurations. In this role, you will serve as the single point of truth for major strategic kit initiatives.
You will bridge hardware engineering, manufacturing scaling, regulatory compliance, and commercial execution- working cross-functionally across R&D, System Engineering, Operations, Quality, and Sales to drive physical product maturity, reliability, and market deployment.
Key Responsibilities:
HW Product Ownership & PLCM: Own the end-to-end PLCM policy for deployment kits, managing product roadmap, definitions and execution through release and ongoing lifecycle evolution.
Inbound Leadership: Drive internal initiatives and prioritize System, SW and HW team efforts to ensure aligned execution.
Domain SME: Serve as the primary technical subject matter expert for deployment form factors, environmental constraints, and hardware kit capabilities.
Operations & Sustaining: Sustain day-to-day hardware health including design for manufacturability, supply chain issue mitigation, production scaling support, and root-cause resolution of field hardware defects (RMAs) with Quality and R&D.
Compliance, Qualification & Certification: Oversee kit-level regulatory, military, and environmental testing such as FCC/CE, MIL-STD 810/461, EMC/EMF etc.
Sales Enablement: Drive domain-specific sales enablement, including marketing materials, user documents (Installation Manuals, ICDs, Product Descriptions), and technical support for presale and customer inquiries.

Were seeking passionate professionals who thrive in a fast-paced, creative, and collaborative environment - those who want to be part of the next generation of airspace security innovation.
In this role, you will be responsible for all mechanical aspects of the product, working closely with hardware, production, operations, and product teams.
The role includes technical leadership of complex mechanical designs, including:
Design from scratch alongside retrofitting and improving existing designs.
Complex thermal management.
Withstanding dynamic profiles (mainly vehicle-related and wind loads).
Protection against electromagnetic interference (EMI/EMC).
Design for sealing.

we are seeking for an experienced Lead ATE Development Engineer to take ownership of the end-to-end design and implementation of test solutions for airborne systems and electronic assemblies. In this role, you will define the testing strategy, develop advanced test equipment, and integrate test capabilities across development, integration, and manufacturing processes.
Job Description:
Lead the design and development of Automated Test Equipment (ATE) for electronic boards, assemblies, and airborne systems.
Define test architectures, requirements, interfaces, and test coverage methodologies.
Design and integrate hardware, wiring, measurement equipment, simulators, and test software.
Develop engineering specifications, test procedures, operating instructions, and technical documentation.
Perform verification and validation activities, troubleshoot failures, and improve diagnostic capabilities.
Promote Design for Testability (DFT) practices in collaboration with hardware, software, and system engineering teams.
Support the transition of test systems from development to production and assist with qualification and acceptance testing.
Manage technical interactions with suppliers and subcontractors.

we are a leader in high-scale disaggregated networking solutions. Founded in 2015, our company modernizes the way service providers, cloud providers, and hyperscalers build networks. Supporting the largest network in the world, more than half of AT&T's backbone traffic is running on our company's Network Cloud open disaggregated architecture. Raising $587 million in three funding rounds, we are disrupting the networking market from high-scale architecture to AI platforms, and is bringing onboard the most talented people. We are seeking people that want to make an impact on the world's leading communication networks and are experienced in networking architecture or AI infrastructure solutions.
1. Role Purpose
The Material Planner is the operational owner of the Contract Manufacturer (CM) relationship for materials working closely with CMs to build the material forecast and to resolve material availability gaps and shortages. The role receives the products forecast from Global Demand Supply (covering CMs, ODMs, and other supply partners) and translates it into supply for each CM and plans the consigned material demand-supply for CM and ODM partners.
Works with Engineering to keep the Finished Goods NS BOMs updated reflecting the products consigned parts.
Reports to the Global Demand supply (S&OP) mgr, feeding CM supply plan and supply commit status into the companys consolidated supply-demand picture.
2. Core Responsibilities
2.1 Material Forecast & CM Interface
Receive the products forecast from Global Demand Supply (for CMs, ODMs, and other supply partners) and translate it into the consigned material demand-supply plan.
Build and maintain the material forecast with CMs; work with them continuously to identify and resolve material availability gaps and shortages.
Own the CMs supply plan and supply commit; report status and risks back to Global Demand Supply for the company supply-demand picture.
2.2 Consigned Material & BOM Management
Plan consigned material demand and supply for CM/ODM partners based on the products forecast.
Update, together with Engineering, the Finished Goods NS BOMs to reflect the products consigned parts.
Keep consigned-part records aligned between ERP/PLM and CM systems.
2.3 Subcontractor & Supply Partner Management
Act as the primary day-to-day owner for all material preparedness with the Contract Manufacturer (CM) for materials and with the ODM on consigned parts.
Execute procurement policies - order frequency, batch sizes, lead-time commitments, and pricing structures (NRE, unit cost, tooling) - within the commercial framework set by the Global Planning Manager.
Manage quarterly and annual capacity allocation agreements, ensuring CM partners secure manufacturing slots aligned with forecast.
Track CM KPIs (on-time delivery, cost variance, flexibility to demand changes); lead business reviews (MBRs/QBRs) with subcontractors and drive corrective action plans; prepare quarterly CM reconciliation for Global Planning Manager approval.
Support end-of-life (EOL) and new product introduction (NPI) supply strategies in collaboration with Product, HW R&D, Engineering, and the Global Planning Manager.

We are seeking an experienced and multifaceted Mechanical NPI & Manufacturing Engineer to own mechanical systems engineering, manufacturing transfer, advanced packaging, and thermal/liquid cooling integration across our high-performance networking portfolio.
In this role, you will lead end-to-end mechanical execution from late-stage R&D through volume manufacturing at global EMS/ODM facilities. Your scope spans chassis-level systems up to full-rack scale integration, custom packaging/palletization design, and advanced data center liquid cooling architectures. You will serve as the technical authority for mechanical quality, supplier qualification, transit reliability, and production line optimization.
Key Responsibilities
NPI Transfer & Manufacturing Execution:
Lead seamless NPI-to-mass-production transfers, cataloging & verifying BOM completeness, 2D/3D drawing releases, and fabrication readiness for standalone switches and fully integrated rack systems.
Author, validate, and maintain detailed Mechanical Assembly & Process Instructions for global contract manufacturing lines.
Define together with R&D precision assembly parameters: torque specifications, fastening tooling, screw tightening sequences, and structural assembly guidelines.
Design, validate, and commission mechanical assembly jigs, alignment fixtures, and high efficiancy tooling to ensure repeatable line assembly.
Advanced Packaging, Palletization & Logistics Engineering:
Design and validate primary and secondary packaging solutions, including custom cushioning (EPE/EPP foam), corrugated structures, and chassis transit protection.
Define ESD shielding, Moisture Barrier Bags (MBB), and desiccant requirements for high-sensitivity optical and electronic assemblies.
Optimize palletization patterns, container cube utilization, stacking strength calculations, and pallet weight distribution for global freight.
Plan, execute, and certify transit/drop testing in accordance with international standards.
Manage day-to-day shipping deviations, packaging waivers, and disposition of in-transit damage.
Labeling & Regulatory Compliance Integration:
Design unit, carton, and pallet labels; select and qualify label substrates, adhesives, and print ribbons for environmental durability (abrasion, high temperature, humidity, UV resistance per UL standards).
Manage the physical integration and placement of global regulatory markings on chassis surfaces, rating plates, and packaging.
Thermal Management & Liquid Cooling Architecture:
Address mechanical-thermal integration challenges within high-power chassis and optical cages .
Oversee mechanical validation and assembly of Liquid Cooling systems for high-density compute/switching gear, including cold plates, manifolds, quick disconnects , hoses/piping routing, fluid loop integrity, and leak detection mechanisms.

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.

Required Robot Teleoperator
What will your job look like:
Core Teleoperation: Actively pilot one or more robots using a dedicated teleoperation system for extended periods.
AI Data Generation: Perform a wide range of complex tasks remotely, demonstrating the optimal way to complete them.
Testing & Validation: Work with engineering and AI teams to run tests, validate new software builds, and identify performance limits or bugs.
Process Improvement: Proactively identify patterns and suggest improvements to the teleoperation interface, robot behaviors, and data collection procedures.
Protocol & Safety: Adhere to all established protocols for robot operation, equipment handling, and data logging, ensuring a safe and efficient work environment.

Required Mechanical Technician / Service Engineer
What will your job look like:
Full assembly integration for Humanoid robots
Maintenance and problem solving
Work with all the company departments
Mechanical assemblies
Work with a variety of tools and work methods
Cable harness making
Soldering wires and components to PCBs

This role will be required to travel to our sister site in Shlomi 3x per week and at Ra'anana site 1x per week and 1 day working remote.

In this role, The Sr Manager, Quality Engineering is responsible for leading the sites Quality Engineering, Manufacturing Quality, and Quality Compliance functions. This role oversees engineering quality processes, design transfer, process validation, production quality oversight, customer complaints handling.

The Sr. Manager, Quality Engineering position leads Quality Engineers for both design and operations and Quality compliance engineers and ensures that products, processes meet all applicable regulatory, customer, and corporate requirements. The Manager serves as a strong advocate for product and process quality across the full lifecycle - from design transfer and process validation through post-market surveillance.

This role works cross-functionally with Operations, Engineering, RA, Supply Chain, and external stakeholders, ensuring compliance with standards such as ISO 13485, MDR 2017/745, MDSAP, ISO 14971, 21 CFR 820, and applicable GMP requirements.

Essential Duties and Responsibilities
Quality Engineering & Manufacturing Oversight: Lead review and approval of technical and engineering documentation including: DMR, DHF elements, IQ/OQ/PQ, Process validations and qualifications, Product specifications. Risk management files (dFMEA/pFMEA), Test methods, protocols, reports, Design transfer documentation.
Provide quality oversight for: New production line establishment Process validation activities Engineering changes (ECO/DCO), Software validations.
Oversee production quality controls including: Raw material approval, Calibration approval (including deviations), DHR and batch record review, Labeling release, Nonconformance management (NCMR).
Drive Right First Time and Cost of Poor Quality (CoPQ) initiatives.
Provide escalation support and structured problem-solving guidance.
Customer Complaints & Post-Market Surveillance: Lead the sites customer complaints handling process:
Investigation and root cause analysis, Risk-based evaluation, Corrections and corrective actions, RMA/RGA management, Oversee complaints trending and reporting.
Support RA in identification of Adverse Events and Hazardous Situations.
Ensure feedback loop into risk management files and process improvements.
Interface directly with customers regarding QA-related nonconformities and investigations.
Leadership & People Management; Set priorities and objectives for Quality Engineering and Compliance teams. Supervise day-to-day performance, training, and development.
Provide coaching on: Root cause analysis, Risk-based decision making, Regulatory interpretation, Technical problem solving, Ensure effective communication across functional and leadership levels.
Promote a strong Quality First culture throughout the organization.