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Required Advanced Manufacturing Engineer
Role Summary
The Advanced Manufacturing Engineer (AME) is responsible for industrializing and sustaining complex PET and SPECT imaging products at a high‑complexity electromechanical manufacturing site. The AME ensures robust manufacturability of high‑level mechanical assemblies, electronics integration, wiring, detector modules, motion systems, and system‑level testing. The role drives process development, tooling, validation, DFM/DFA, quality improvement, and readiness for production and NPIs.
NPI Leadership for PET & SPECT Imaging Systems:
Lead manufacturing readiness for new PET/SPECT products, including process layout, tooling development, and new equipment introduction.
Participate in design reviews and influence DFM/DFA/DFT across mechanical assemblies, detector modules, power systems, wiring harnesses, and electromechanical subsystems.
Translate design intent into controlled, stable manufacturing processes.
Coordinate ECO implementation and ensure smooth manufacturing release.
Assembly Process Development & Optimization:
Develop robust assembly processes for mechanical and electronic integration, alignment, torque control, and detector installation.
Define and design manufacturing jigs, tools, fixtures, and lifting/handling solutions required for large subsystems.
Lead design/manufacture of equipment, tooling, and jigs internally or via suppliers to eliminate defects.
Drive LEAN manufacturing implementation and support continuous improvement.
Conduct PFMEA for existing and new processes.
Quality & Problem Solving:
Drive product quality improvements by identifying manufacturing issues and implementing cost‑effective solutions.
Work with Production Associates to resolve manufacturing and quality problems.
Oversee corrective action implementation in production or suppliers.
Support RCA through structured failure analysis.
System Integration & Testing Support:
Support integration/testing of assembled PET/SPECT systems including calibration, alignment, motion validation, detector gain calibration, and safety checks.
Work with System Engineering to define test protocols and acceptance criteria.
Troubleshoot system issues related to electromechanical assemblies.
Validation & Regulatory Compliance:
Own IQ/OQ/PQ for equipment, tools, and manufacturing processes.
Ensure compliance with ISO 13485, ISO 14971, 21 CFR 820, IEC 60601, and internal QMS requirements.
Maintain strong documentation practices including control plans, validation protocols, and DHR/DMR accuracy.
Ensure traceability for critical parameters, torques, and calibration data.
Supplier & Cross‑Functional Collaboration:
Collaborate with suppliers of mechanical assemblies, detector modules, wiring harnesses, and PCBs.
Lead technical discussions with suppliers for tooling, process capability, and quality issues.
Train and qualify production and supplier teams on processes and inspection/assembly methods.
EHS & Plant Compliance:
Lead and support Environment, Health & Safety efforts aligned with site goals.
Ensure safe handling of large assemblies, HV systems, and radiation‑related components.

Required SoC Test Engineer Lead, Cloud
Note: By applying to this position you will have an opportunity to share your preferred working location from the following: Tel Aviv, Israel; Haifa, Israel.
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 fabs and Outsourced Semiconductor Assembly and Tests (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'll help to integrate SoC technologies into devices and drive manufacturing test flows to assure performance and screen devices. You will 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 need to 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
Develop and implement strategies for high volume manufacturing of SoC products, including troubleshooting, ATE test coverage optimization, defective parts per million reduction, test cost reduction, power and performance assurance, and product data integration and correlation between system, ATE, and SLT.
Drive volume ramp and mass production through test program releases, volume data analytics, lot disposition, extended test time reduction, yield improvement, and return merchandise authorization handling.
Drive product leadership for silicon engineering organization from architectural definition to global availability.
Collaborate with cross-functional teams across the globe including ATE and SLT test engineering, quality and reliability, packaging, supplier management and operations to build, deploy, and maintain a high volume manufacturing screening solution.
Manage database integration and advanced usage for wafersort, final test, SLT and burn-in, test program integration, optimization, release to production, binning handling upon need.