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We are looking for a Senior Electronics Practical Engineer to join our R&D team and play a key role in bringing our BeeHome robotic hive systems from development to mass production.
This is a highly hands-on role, working closely with mechanical, software, NPI, QA, and operations teams on integration, debugging, and production readiness of complex electromechanical systems.
Were on a mission to save the world - one bee at a time.
With bee populations in global decline, we develop cutting-edge solutions at the intersection of robotics, AI, and environmental science to protect pollinators and preserve biodiversity.
Were a team of engineers, scientists, and innovators using technology for good - shaping the future of sustainable agriculture.
If youre looking to lead meaningful technology with real-world impact, wed love to have you on board.
What You'll Do:
Integrate electronic systems into robotic machines, including embedded boards, motion, communication, and power systems
Debug and troubleshoot analog and digital boards at component and system levels
Design, document, and support cable harnesses for production (schematics, pinouts, routing, labeling)
Lead design transfer to manufacturing, including BOMs, documentation, and ongoing production support
Design and build test setups, fixtures, and validation tools for development and production
Support existing board designs and new product revisions
Work closely with subcontractors, manufacturers, and assembly partners
Perform root-cause analysis on production and field failures and drive corrective actions
Collaborate with R&D, mechanical, software, QA, and operations teams throughout the product lifecycle.

At our company, we understand transport networks and what moves people. From high-speed trains, metros, monorails, and trams, to turnkey systems, services, infrastructure, signalling and digital mobility, we offer our diverse customers the broadest portfolio in the industry. Every day, more than 80 000 colleagues lead the way to greener and smarter mobility worldwide, connecting cities as we reduce carbon and replace cars.
The VTA Engineer is responsible for executing verification, testing and acceptance activities for subsystems and system integration of the Tel Aviv Green Line (LRT) project. The role ensures that all contractual, technical, safety and performance requirements are properly verified, validated, documented and demonstrated in accordance with the approved VTA Plan, and applicable railway standards (EN 50126 / 50128 / 50129).
This position reports directly to the EPC VTA lead.
What are my responsibilities?
The Verification, Testing and Acceptance Engineers, supports the VTA Lead performing site activities.
The VTA Engineer covers the following duties and responsibilities:
attends the site inspections where VTA presence is required by the VTA lead
reviews the quality management tool for V&V evidences
Provide weekly progress updates to the VTA Lead on test execution, deviations, risks, and planned next steps.
Escalate blockers, safety concerns, requirement gaps, or supplier delays proactively and promptly.
Witness and participate as per VTA lead request to tests:
FAT at equipment level,
SFAT at subsystem level,
integration FAT,
power up tests,
System internal test
Static integration test
dynamic integration test
review test reports, maintain requirement traceability and follow open issues / NCR closure
Update V&T Matrix with Requirement Manager with provided evidences
Interfaced with the VTA planner in regards of scheduling and progress reporting.

At our company, we understand transport networks and what moves people. From high-speed trains, metros, monorails, and trams, to turnkey systems, services, infrastructure, signalling and digital mobility, we offer our diverse customers the broadest portfolio in the industry. Every day, more than 80 000 colleagues lead the way to greener and smarter mobility worldwide, connecting cities as we reduce carbon and replace cars.
Main Responsabilities
Key accountabilities
Implementation of the necessary organization of one work front to enable the delivery, erection, installation works achievement in the optimal conditions: performances, costs, quality and health and safety.
The POS Installation Supervisor reports directly to the POS Installation Manager and is in charge of making sure that the power supply equipment is installed in conformity with the Basic and Detail Designs, the installation procedures, the Quality Assurance / Quality Control (QA/QC) system and the Time Schedule in place.
Its duties include also the necessity to report on all technical Issue: with the Engineering Manager and its Installation Manager about Detail Design concerns and with the procurement teams and its Installation Manager about Non-Conformities Reports (NCR) on equipment / material.
The POS Installation Supervisor had to prepare the 4M process before starting activities and had to submit it to the Installation Manager for starting GO decision.
During the Installation, the POS Installation Supervisor is required to organize the tasks, in a competent and consistent way, so that all key activities are properly controlled. He will coordinate with other contractors site teams.
The POS Installation Supervisor will manage and control the Subcontractors technical performance as per their subcontracting obligations.
The POS Installation Supervisor collects and signs the teams reports - Daily / Weekly -
Its duties include also to coordinate with OPC and other third parties on Site.
The POS Installation Supervisor is responsible of the teams & subcontractors works in compliance with our company EHS and local rules.
Its duties include the follow up of the service of the machine and maintain the highest level of availability.
The POS Installation Supervisor alerts and reports to the management on any concerns he has related to the job he has to perform, and especially regarding: EHS, Quality, Access, etc.
The POS Installation Supervisor is responsible for the onsite Quality Plan & EHS Plan implementation.
Delivery
Daily / Weekly progress report
Weekly Quality report based on the NCR analysis and the Quality controls reports
Weekly Hourly report of his Construction team.
Warehouse request
Analysis of the equipment or material consumption.
Report of the service of machines & tools
The POS Installation Supervisor must be based on-shore, on site, typically in the Project Leading Unit.
Performance measurements
Weekly works progress program control and associated reports.
Client complaints follow-up (non-conformity forms)
Quality Control indicators (Time to close NCR - OTD reception document)
On Time Delivery (OTD) Installation milestones
EHS indicators.

At our company, we understand transport networks and what moves people. From high-speed trains, metros, monorails, and trams, to turnkey systems, services, infrastructure, signalling and digital mobility, we offer our diverse customers the broadest portfolio in the industry. Every day, more than 80 000 colleagues lead the way to greener and smarter mobility worldwide, connecting cities as we reduce carbon and replace cars.
PURPOSE OF THE JOB:
As a Power Supply Automation Engineer, you will be responsible for both basic and detailed design within the Substation Automation scope and the emergency cut-off system of railway transportation infrastructure electrical power stations. This includes systems for traction, intake, and distribution substations, focusing on remote control and monitoring, substation-level communication, and interface with SCADA and other systems. You will implement the latest standards and technologies, such as: IEC 61850 client-server communications, GOOSE messaging, Fiber optic networks, IEC 104 and OPC UA communication protocols when required by the project. Additionally, you will coordinate with Cyber Security experts and ensure the implementation of a cyber-security compliant solution tailored to the project's needs.
MAIN RESPONSABILITIES :
Key Accountabilities:
Prepare and execute testing activities
in support to one or several Projects on railway Power supply Automation systems under the direction of his / her hierarchy
according to the testing procedure / documentation and following POS T&C Leader and / or PrCOM instructions
Ensure defects identification and correction (trouble shooting)
In the event of a non-conformity observed during the commissioning phase, make a return experience (REX) towards the project, and ensure that all design related issues are correctly reported in the adequate tools, including the defect description and associated test context
Ensure follow-up of detected issues and deliver the commissioning reports.
Check that the test tools are in perfect working order and calibrated.
Support V&V team and perform test in lab as per request
Deliver the committed performance in terms of Quality, Costs and Deadlines and in compliance with our company policies, local standards and regulations (in particular EHS and Railway Safety)
Prepare SAT, and site test procedures; execute tests and manage punch lists.
validate PLC/HMI logic and SCADA integration.
Support live energization and troubleshoot issues.
Maintain automation configuration and ensure QCD and DFQ compliance.

We are hiring a Principal Algorithms Solution Architect to lead innovation in algorithm design and system architecture, delivering transformative solutions in graphics, vision, and AI for our next-generation iTero scanners.
The role is located in Petah Tikva or Caesarea
Key Responsibilities:
Lead and execute cutting-edge algorithmic challenges, driving knowledge and breakthroughs across the company.
Play a pivotal role in shaping our algorithmic strategy and influencing performance outcomes.
Provide guidance, mentorship, and leadership to teams, ensuring successful delivery across multiple projects.
Apply advanced troubleshooting skills and collaborate with R&D and Product teams to resolve complex technical issues and ensure system reliability.
Partner with stakeholders to anticipate future challenges and design innovative solutions.
Participate in all phases of the algorithm development cycle, from concept through deployment.
Identify risks in algorithm and system design and propose effective solutions.
Evaluate existing solutions and recommend improvements to enhance efficiency, scalability, and robustness.
Consistently demonstrate innovative thinking, systemic understanding, and strong cross-team collaboration.
Maintain a strong leadership presence, fostering accountability, growth, and high performance across the organization.

The Project Manager - Global Lumina Scanner Engineering Department is accountable for leading, coordinating, and executing cross‑functional engineering projects across the full product lifecycle, including NPI, sustaining engineering, production support, test infrastructure, and continuous improvement.
The role ensures alignment between Engineering, Operations, R&D, Quality, and Supply Chain, enabling predictable execution, clear ownership, and end‑to‑end visibility of all engineering initiatives.
Key Responsibilities:
Lead and manage multiple engineering projects in parallel across NPI, sustaining, test, electronics, and system engineering.
Build and maintain integrated project plans, milestones, dependencies, and critical paths.
Drive execution through all project phases - definition, planning, execution, validation, and closure.
Coordinate design transfer, manufacturing readiness, validations, and GA milestones.
Own project governance: status reviews, KPIs, risk management, escalation, and decision tracking.
Drive cross‑functional alignment between R&D, Manufacturing, Test, Quality, Supply Chain, IT, and Program Management.
Manage ECO‑driven projects and ensure full impact analysis, execution, and closure.
Support supplier‑related projects including readiness, FAIs, tooling, and ramp‑up activities.
Establish clear ownership, priorities, and communication cadence across all stakeholders.
Provide consolidated, real‑time visibility of project status to management.

we are looking for a Sr. NPI Technical leader.
The Sr NPI Engineer will be responsible to represent the Operation and lead new projects and transfer them to production including the following:
E2E OPS rep for all New Products Introduction cross functional, following PLCM.
Responsible for building Product/Production file, Product documentation, BOM, jigs/tools/Fixtures design
Manage TK vendors and Critical vendors
Responsible for moving from prototype to mass production, including PL establishment and manufacturing strategy
Responsible of full Design transfer process during the PLC stages.
Full cooperation under Program and Project managers guidance

we are seeking a highly skilled, experienced, and motivated Satellite Systems Engineer to join a cutting-edge satellite program. If you are passionate about space technology, innovation, and tackling complex engineering challenges, we would love to hear from you! As a member of our fast-paced team, you will have the unique opportunity to shape the development of future products for a leading space-based intelligence company.

Responsibilities:

* Lead the design, development, and implementation of a satellite system, encompassing electro-optical payloads, communication systems, and computerized systems
* Collaborate with cross-functional teams, subcontractors, and customers, to define system requirements, specifications, and architectures for satellite projects
* Conduct detailed system analysis and simulations to optimize system performance, reliability, and efficiency
*  Manage and oversee the integration, testing, and validation of satellite systems to ensure compliance with design specifications and mission requirements
*  Lead technical reviews, risk assessments, and troubleshooting activities to identify and resolve system -level issues
Advantages:

* Master's in Systems Engineering.
* Experience with orbital mechanics, satellite constellations, or distributed space systems.
* Experience with system simulation tools and software (e.g., STK, GMAT, Matlab, Simulink)
* Familiarity with regulatory and compliance standards related to satellite operations and space systems

Lead verification for advanced ASIC/FPGA designs in a top-tier R&D team developing high-performance network interface solutions and customer-focused hardware.

Location: Tel Aviv office or our Beer Sheva office, which is located next to the train station



Responsibilities:
Drive verification of complex, high-speed ASIC/FPGA designs
Define and implement advanced verification methodologies
Collaborate with architecture, software, and validation teams
Mentor engineers and promote technical excellence
Work with technologies like high-speed interfaces, network processors, and SoCs

Were hiring an experienced verification engineer to join our team developing advanced telecommunications ASIC/FPGA products. You will join RADs family, as part of our team in Beer-Sheva.



Responsibilities:
Build and maintain verification environments (SystemVerilog/UVM or Specman)
Develop test plans and run constrained-random & directed tests
Debug, analyze coverage, and work closely with design teams
Contribute to methodology and process improvements