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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.

Required Manufacturing Engineer
Job Description Summary
Activities contributing to the design and development of products, solutions and systems. Includes activities linked to technical improvement of existing products and components Impacts quality of own work and the work of others on the team. Executes standard operational/technical tasks typically subject to instructions and work routines. There is latitude to rearrange the sequence to complete task/duties based on changing work situations.
Key Responsibilities:
Support the development, optimization, and control of manufacturing processes (e.g., lithography, etch, deposition, CMP, diffusion).
Monitor and analyze process performance, yield, and defectivity trends.
Perform root cause analysis and implement corrective actions for process deviations and excursions.
Collaborate with cross-functional teams (R&D, equipment engineering, quality) to improve process stability.
Assist in process qualification, technology transfer, and new product introduction (NPI).
Maintain and update process documentation, SOPs, and control plans.
Use statistical tools (SPC, DOE) to drive continuous improvement.
Support troubleshooting of equipment and process-related issues.
Ensure compliance with safety, cleanroom protocols, and quality standards.

We are looking for a highly hands-on Practical Electronics Engineer to join our Manufacturing Engineering team.
The role focuses on developing and maintaining manufacturing test equipment and jigs, troubleshooting electronic and multidisciplinary systems, supporting production and NPI activities, and improving manufacturing processes throughout the product lifecycle.
Responsibilities:
Design, build, validate, and maintain electronic test jigs, fixtures, programming stations, and manufacturing test equipment.
Troubleshoot electronic assemblies, cables, test equipment, and production failures, and support root-cause analysis and corrective actions.
Define test methods, procedures, and acceptance criteria for assemblies and sub-systems.
Prepare wiring instructions, cable drawings, schematics, and technical documentation for production and training.
Support product development, prototype builds, NPI, production ramp-up, and mass production.
Provide DFM/DFT feedback and support system integration, verification, and production testing.
Collaborate with R&D, mechanical, software, quality, operations, production teams, and external suppliers.
Improve product and process quality by enhancing test coverage, equipment reliability, manufacturing processes, and key production KPIs.

we are building a vertically integrated AI neocloud from the electron up. Because we own the entire stack-from clean energy generation to the GPUs running customer training jobs-we treat power as a control input, not a constraint. To support our massive scaling vector from 30,000 accelerators to 300,000 without a linear growth in headcount, we are building the Cloud Availability Platform Engineering (CAPE) organization. CAPE serves as the horizontal reliability spine beneath all of our company Cloud. As the founding Engineering Manager, Production Engineering in Tel Aviv, you will stand up our local presence from scratch, driving a cultural shift from reactive firefighting to software-defined engineering.
This is a hybrid leadership and technical role where you will hire, scale, and lead a local team of exceptional systems generalists while remaining deeply hands-on in the code and incident response. You will ensure that your team spends at least 30% of their bandwidth on strategic automation, tooling, and firmware optimization primitives to prevent the operational treadmill. If you want to bridge core software layers with physical infrastructure and write the playbook for an entire engineering site, this founding seat is for you. This is a full-time position located in Tel Aviv, Israel.
What Youll Be Working On
Team Leadership & Founding Culture: Recruit, mentor, and establish a high-performing Production Engineering footprint in Tel Aviv, setting an uncompromising cultural standard for operational discipline and systems-first engineering.
Incident & On-Call Ownership: Partner with US and Dublin teams to run a follow-the-sun global on-call rotation, while championing a strict blameless post-mortem culture that targets systemic failures over human error.
Software-Defined Operations: Drive alert-reduction initiatives to improve fleet signal-to-noise ratios, automate routine manual workflows using modern runbook automation (e.g., Temporal), and build predictive monitoring to catch SEV1/SEV2 events before customers do.
Collaborative Governance: Act as the ultimate Production Gatekeeper across cross-functional compute, storage, networking, and platform teams, holding a strict line on Production Readiness Reviews and change control.
Strategic Reliability Engineering: Protect team bandwidth to ensure engineers spend at least 30% of their time on strategic automation, tooling, and firmware optimization primitives rather than drowning in incident response.
Physical-to-Digital Automation: Instill a software-first approach to physical problems, ensuring that any physical intervention occurring twice is successfully converted into a software-defined auto-remediation.

We are seeking a hands-on and versatile Manufacturing Engineer with a strong background in electro-mechanical systems to support New Product Introduction (NPI) and provide technical guidance throughout the product lifecycle. This role bridges the gap between design and production, ensuring that manufacturing processes are robust, scalable, and aligned with product requirements. The ideal candidate will be comfortable interpreting complex technical data packages and collaborating with cross-functional teams and suppliers to resolve technical queries.

Job Description
Support NPI activities and collaborate with R&D, Design, and Supply Chain teams to transition products from development to production.
Develop and validate manufacturing processes for new products, including tooling, fixtures, and assembly methods.
Participate in design reviews to ensure manufacturability and cost-effectiveness.
Interpret and clarify engineering drawings, PCBA schematics, BOMs, and specifications for internal teams and external suppliers.
Serve as the primary point of contact for technical questions related to the Technical Data Package (TDP).
Ensure documentation is complete, accurate, and production-ready.
Define and optimize assembly and test processes for electro-mechanical systems.
Support root cause analysis and corrective actions for production issues.
Implement Lean Manufacturing principles and continuous improvement initiatives.
Work closely with Procurement, Quality, and Supplier Engineering teams to ensure alignment on technical requirements.
Support supplier onboarding and technical training as needed.
Collaborate with Design and R&D teams to ensure the manufacturability of new products.

The Production team is looking for a Production Integration Engineer to join the integrated metrology line and work on state of the art tools in the semiconductor industry.
Your role will be to manufacture the company products while maintaining highest quality and on-time delivery.
As part of your job you will interact and work with the Engineering, R&D and QA departments to solve complicated on tool problems and test new tools and features as part of the transfer to production process.
Responsibilities
What will you be doing:
Lead tool manufacturing process from start to end (1-2 weeks project).
Integration of multidisciplinary systems (optical, electronic, pneumatic, computing, and mechanical) according to predefined procedures.
Ability to solve complex system challenges, constantly learning and striving to independence.
Working with engineering and R&D to address systems/production process challenges.
Addressing quality issues and repair recommendations for suppliers by nonconformance report.
Working in an organized way using digital procedures and flow management system.
Always striving to reduce cycle time and improve working process.
Helping and consulting team members to overcome challenges on their tools.