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Help shape how AI data centers are powered. At our company, we're a global leader in smart energy technology, with over 3,000 employees, offices in more than 20 countries, and millions of installations worldwide. we are expanding its innovation into the fast-growing world of AI data -center power infrastructure. Building on our leadership in solar, Storage, and power electronics, we are creating a next-generation Power Ecosystem - integrating Solid-State Transformers (SST), Battery Energy Storage Systems (BESS as UPS), and advanced power-conversion platforms designed for the AI era. Join our UPS data Centers group and play a key role in developing our company's next generation of high-performance power conversion and backup power solutions for data centers. As a Senior Hardware Design Engineer, you will take ownership of hardware development throughout the entire product lifecycle-from concept and design through validation and mass production-working on complex, multidisciplinary systems in a fast-paced environment. What will you be doing?
* Design and develop advanced power electronics hardware for UPS systems.
* Lead hardware development from concept through mass production, including schematic design, board development, validation, and product release.
* Design analog and power electronic circuits for high-power applications.
* Perform hardware bring-up, debugging, validation, and optimization.
* Plan and execute electrical, thermal, EMI/EMC, and reliability tests to ensure product performance and compliance.
* Collaborate closely with Mechanical, Software, system Engineering, Integration, and Manufacturing teams throughout the development lifecycle.
* Support design reviews, root cause analysis, and continuous product improvements.
* Work with laboratory equipment to evaluate, troubleshoot, and validate hardware designs.
* Contribute to system architecture discussions and technical decision-making.

Country:
Israel
City:
Modiin

Required CTO Integrator
Department: Physics & metallurgy
Reports to: VP Physics & metallurgy
The CTO Integrator plays a key role in planning, building, and conducting tests of jigs for experiments. This position involves designing, building, and integrating test systems to ensure experiments meet their required specifications and physical phenomena.
Responsibilities:
Jig Construction and Testing: Build and integrate jigs, then conduct tests to ensure they function as required.
Test Design: Design and develop tests for experiments in a research and development environment.
Simulation Verification: Ensure that test jigs simulate the necessary physical phenomena for accurate testing.
Technology Assessment: Examine new technologies, run tests, and analyze data for potential integration.
Collaboration with Researchers: Work closely with researchers to ensure test systems align with experimental needs.

Required System Operator
Department: Physics & metallurgy
Reports to: VP Physics & metallurgy
The System Operator is responsible for operating and maintaining Digital Casting production systems in an R&D environment, working in an industrial setting under the supervision of a process engineer. The role involves working in 3 shifts: morning, evening, and night.
Responsibilities:
Machine Setup: Assemble tools and load raw materials into machines, preparing them for operation.
Calibration: Perform required calibrations to ensure proper machine functioning.
Process Monitoring: Check and input process parameters and other production data.
Equipment Operation: Operate equipment for material handling and the computerized process.
System Performance Monitoring: Monitor and report on operational equipment, ensuring optimal system performance.
Data Recording: Record process-related data in an organized manner for accurate tracking.
Quality Inspections: Perform visual inspections of quality and quantity, making adjustments to resolve issues under supervision.
System Cleanup: Disassemble cast parts and clean the system after processing at the end of each shift.
Safety Compliance: Adhere to all safety requirements and properly use personal protective equipment (PPE).
Inventory Management: Maintain and manage inventory of materials and tools.

Required QC Engineer
Department: Physics & metallurgy
Reports to: VP Physics & metallurgy
The Ceramic QC Lab role is responsible for operating a quality assurance lab based on existing testing systems and developing new testing methodologies. This role requires learning and applying QC testing methods, working independently to solve ceramic-related problems, maintaining attention to detail, and finding methodologies for conducting various tests.
Responsibilities:
Conduct QA Tests on Raw Materials: Perform QA tests on incoming raw materials and during their storage period, especially for materials with long storage times.
Monitor Ceramic Quality: Conduct QC tests to monitor ceramic quality throughout preparation, mixing, and printing stages.
Data Reporting: Input results to engineers at workstations and maintain direct communication to ensure consistency between measurement results and observed results in the field.
Improve Testing Methodologies: Continuously learn and enhance testing methods to refine results, ensuring up-to-date status analysis that matches results from different workstations.
Develop and Operate Monitoring Systems: Establish and operate a monitoring system for ceramic quality, accounting for calendar, process changes, equipment changes, and quality correlations between raw materials and batch variations.
Receive guidance from the Chemistry and Process teams to support QC methods.
Create Efficient QC Systems: Develop additional methods for an efficient QC system that provides an up-to-date quality status for ceramics, enabling troubleshooting without halting the process or workstations (e.g., material correction, refreshing, and adjusting working conditions to align material quality with the process).