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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.

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.

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.

Receive system requirements from System Engineers and develop flight test plans to verify system capabilities.
Design flight test scenarios, define test objectives, success criteria, and measurement methods.
Lead all flight test preparations, including coordination of personnel, equipment, test assets, flight areas, and required approvals.
Manage and execute flight test activities in the field while coordinating with engineering and operational teams.
Make real-time decisions during test execution and provide technical responses to unexpected events and changing conditions.
Ensure compliance with safety requirements, system readiness, and risk mitigation throughout all flight operations.
Collect flight data, extract logs, and analyze system performance.
Prepare comprehensive test reports, summarize findings, and provide recommendations for product improvements.
Work closely with System Engineering, Software, Integration, Pilots, Operators, and Safety teams.
Support the validation and verification of advanced UAV systems throughout the product development lifecycle.

We are looking for a capable Prototyping & Flight Test Specialist to join our Early Development Team.

This team is responsible for rapidly developing proof of concept solutions and first generation prototypes for new technologies, products, and operational capabilities. The role combines hands-on assembly, system integration, platform configuration, flight testing, and troubleshooting in a fast paced development environment.

Responsibilities
Perform mechanical and electronic assembly, including soldering, wiring, and component installation.
Configure, calibrate, and prepare platforms and system components for testing.
Conduct ground and flight tests for prototype systems.
Identify and resolve issues encountered throughout assembly, integration, and testing phases.

We are looking for an experienced UAS System Engineer to join our airborne systems engineering team and serve as a key technical authority for ArduPilot-based unmanned aircraft systems, including multirotor and fixed-wing platforms.

The role requires a strong system-engineering background combined with deep, hands-on expertise in ArduPilot, flight control, aircraft sensors, avionics, and system integration.

The engineer will support the airborne system engineering team across aircraft development, integration, testing, troubleshooting, and flight operations, and will work closely with software, avionics, control, mechanical, and flight-test teams.

A key aspect of the role is the ability to bridge aircraft behavior, flight-control logic, ArduPilot configuration, and software implementation.

The ideal candidate is not only an ArduPilot user, but a system engineer who understands why the aircraft behaves the way it does and can connect aircraft-level behavior to the underlying system architecture.