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About the Role
Pilot the Line Managers in cascading the Operation and Maintenance Concept
Manage the O&M and RAMS team of the Network Manager.
Review the Operation and Maintenance requirements developed by the Line Manager.
Assist the Owner in Strategic decisions concerning O&M (Procurement, missions of a Shadow Operator...).
Review the Operation plans developed by the Line Managers in order to meet the service requirements and the and Maintenance strategy to support such service requirements.
Review the hubs Operation and Maintenance plans developed by the Line Managers.
Review the Staffing requirements, with a high level view of numbers, deployment plan and skills.
Control the Operations Control Centre (OCC), Secondary Control Centre (SCC) and Data Control Centre (DCC) operation plans developed by the Line Managers.
Review the Depots Operation plans developed by the Line Managers.

Based in Jerusalem, you will contribute to our urban railway and LRT projects in the city, as well as future transportation projects in Israel. You will lead the OCS/OHLE engineering scope and site construction supervision, provide high-level expertise and oversee the design and implementation of OCS/OHLE systems on the LRT Blue Line.
Reporting to the Technical Manager and Project Manager, your responsibilities will include, but are not limited to:
Providing expert knowledge of Overhead Contact System (OCS) design principles in accordance with applicable international standards, incorporating lessons learned and industry best practices to support Engineering Monitoring and Consultancy (EMC) services.
Reviewing detailed design documentation, calculation notes, manufacturers submissions, and equipment approval processes prepared by the Design & Build (D&B) Contractor to ensure compliance with tender specifications, international standards, and state-of-the-art OCS/OHLE solutions.
Preparing Design Review Sheets (DRS) for submitted design documents.
Reviewing OCS designs (including foundations, poles, anchoring systems, calculation notes, contact wire leveling, tensioning systems, earthing and bonding, lightning protection, voltage-triggering devices, etc.) for both at-grade and underground tunnel sections, and recommending improvements.
Providing ongoing technical support to the clients engineering team regarding project activities.
Preparing technical queries and requests to contractors related to design, procurement, installation, testing, and commissioning-particularly at interface points with the J-Net project (existing Red Line and new Green Line).
Participating in and coordinating weekly meetings on OCS/OHLE activities, including design reviews, system integration, interface management with the existing J-Net project, and site testing supervision, involving all stakeholders (State authorities, designers, and project company).
Coordinating with other discipline experts (civil works, track, power supply, etc.) as required.
Monitoring and reporting progress to the Technical Manager and participating in regular progress review meetings.
Reviewing preliminary OCS designs for planned extensions of the Jerusalem tramway network.
Conducting site supervision visits to assess, monitor, and report on construction activities, identifying deficiencies and ensuring corrective actions are implemented by the contractor.
Representing the OCS/OHLE discipline in meetings with the client, contractors, and stakeholders as required.

a leading-edge company that develops, manufactures and markets state-of-the-art printing solutions for the textile, garment & apparel decorating industries, looking for a
Mechanical Designer

Reports to: Mechanical Team Leader

Location: Afek Industrial Park, Rosh Haayin

What will you do?

Mechanical design and implementation of multi-disciplinary printing systems.
Lead the mechanical design from feasibility through all design and product life cycles.
Take part in relevant professional forums and multi-disciplinary workgroups.
Prepare drawings, specifications, and work instructions.
Provide technical support of manufacturing, assembly and product support groups.
Technical support of functional and reliability testing.

The Engineering Product Leader will serve as a
key technical and manufacturing authority
within the organization, taking end-to-end engineering ownership across the product lifecycle. You will collaborate closely with
R&D, Supply Chain , Customer Support, and contract manufacturing partners
to drive engineering excellence, achieve key performance indicators, and ensure product quality, reliability, and operational performance.

What Will You Do?


Own end-to-end engineering performance across the product lifecycle
, from NPI and production ramp-up through installed-base support, driving product quality, reliability, manufacturability, serviceability, and operational performance.

Lead cross-functional resolution of critical and complex product issues
across production, integration, and the field, setting priorities and driving robust root-cause analysis, technical decisions, corrective actions, and closure across multidisciplinary domains.

Serve as the senior technical authority for manufacturing quality and product manufacturability
, driving engineering decisions and systemic improvements that ensure robust, production to reduce manufacturing defects and field issues, and improve overall product quality and reliability .

Own the Engineering interface for NPI and product industrialization
, leading engineering readiness and product transfer to production while coordinating risks, requirements, deliverables, and closure across R&D, Operations, Quality, Supply Chain, and contract manufacturing partners.

Drive design-for-excellence and engineering maturity throughout product development
, influencing design decisions and ensuring manufacturability, testability, serviceability, integration readiness, BOM/product structure, ATPs, documentation, and tooling are mature for release and scale-up.

Own engineering change management and product configuration governance
, leading ECOs and CCB activities and ensuring changes are technically robust, properly prioritized, cross-functionally aligned, and effectively implemented across production and the installed base.

Drive continuous improvement and engineering excellence
, establishing and tracking engineering KPIs, identifying systemic opportunities across quality, cost, reliability, and operational efficiency, and embedding lessons learned from NPI, production, and field performance into future products and engineering practices.

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 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.

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

abra is seeking for an Mechanical Engineer. This role requires Leading mechanical design activities in the field of electronic packaging, Active participation in the design and installation processes of military systems, Designing assemblies for airborne, naval, and ground-based platforms, Guiding and managing design projects carried out by subcontractors. Full-time position, Sunday–Thursday, based in Holon, Israel.

s we continue to grow, we are seeking an experienced Quality Director to build, lead, and continuously improve our company-wide Quality Management System (QMS) while fostering a culture where quality is embedded into every stage of product development and manufacturing.

As the key member of the Operations leadership team, The Quality Director will be responsible for defining, implementing, and driving quality systems, processes, and culture across the entire organization from product definition and R&D through engineering, operations, manufacturing, supplier management, and customer support.
Responsibilities
Quality Management System
Own and continuously improve the companys Quality Management System (QMS).
Ensure compliance with ISO 9001 and other applicable industry standards.
Develop, implement and maintain company-wide quality policies, procedures and work instructions.
Lead internal and external quality audits and ensure timely closure of findings.
Drive management reviews and quality performance reporting.

Product Development Quality
Integrate quality methodologies into the product development lifecycle.
Partner with R&D and engineering teams to establish Design for Quality (DfQ) practices.
Participate in design reviews, risk assessments, FMEA activities and product qualification.
Ensure appropriate validation and verification processes are implemented.

Manufacturing & Operations Quality
Establish quality controls throughout manufacturing and production.
Define inspection plans, acceptance criteria, and process controls.
Monitor manufacturing yield, reliability, and field performance.
Lead root cause investigations using structured problem-solving methodologies (8D, 5-Why, Fishbone, etc.).
Drive corrective and preventive actions (CAPA).
Own product quality throughout the entire product lifecycle, from product development through manufacturing and customer deployment.

Supplier Quality
Develop supplier qualification and monitoring processes.
Conduct supplier audits and performance reviews.
Work closely with contract manufacturers and component suppliers to ensure consistent quality.
Drive supplier corrective actions and continuous improvement initiatives.

We are looking for a highly skilled Senior Thermal-Mechanical Engineer to join our mechanical engineering team as a key player in the development of next-generation high-performance compute platforms for autonomous driving systems.
This key position includes leading the thermal-mechanical design and cooling architecture of advanced electronic systems throughout all lifecycle stages-from concept to mass production-while working closely with hardware, PCB layout, mechanical, validation, manufacturing, suppliers, and customers.
What will your job look like?
Lead the thermal-mechanical design process from concept through validation, NPI, and production.
Define cooling architectures and optimize air- and liquid-cooling solutions for high-power electronic systems.
Perform thermal simulations and analyses using tools such as Icepak, FloTHERM, Fluent, or equivalent.
Perform mechanical simulations and analyses using tools such as ANSYS Mechanical, Abaqus, Nastran, or equivalent.
Correlate simulation results with lab measurements and drive solutions that meet system requirements.
Lead thermal validation, prototyping, environmental testing, and reliability activities.
Collaborate closely with cross-functional teams, suppliers, subcontractors, and customers.
Support mechanical design and serve as a technical focal point for complex thermal-mechanical challenges.

We are looking for a highly experienced Senior Thermal Engineer to join our Architecture engineering team and take a key role in the development of next-generation SoCs, ECUs, and high-performance compute platforms for autonomous driving systems.
The position combines SoC/package thermal development, ECU cooling architecture, thermal simulation, characterization, validation, and vehicle-level thermal integration, working across multiple next-generation programs from early concept through qualification and production.
Please note: This position is also relevant for our other sites in Haifa, Petah Tikva, and Jerusalem.
What will your job look like?
Work on thermal development of next-generation SoCs and air/liquid-cooled ECU platforms, covering product requirements, thermal architecture, design, simulation, characterization, testing and qualification.
Perform detailed thermal performance assessment and CFD analysis of next-generation SoC/package designs, including die/package temperature distribution, heat spreading, thermal interfaces, material and stack-up optimization, and thermal resistance evaluation
Develop and evaluate advanced cooling solutions, including air cooling, liquid cooling, heat pipes, and advanced heat-spreading technologies.
Support vehicle-level cooling architecture and ECU integration for next-generation autonomous driving and Robotaxi platforms.
Define cooling requirements including coolant temperature, flow rate, pressure drop, thermal interfaces, and system thermal margins.
Correlate simulation results with laboratory and product measurements, drive thermal optimization and troubleshooting throughout development and qualification.
Work closely with silicon Arch, package, HW, mechanical, electrical, validation, suppliers, Tier-1s and OEM customers.