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Required Production Quality Engineer
About the team:
Quality team is responsible to foster quality and excellence in our products and processes across the entire company. MEQ team focuses on ensuring high customers' satisfaction through continuous improvement and implementation of automotive standards and best-practices such as ASPICE, IATF16949, ISO 9001, VDA/AIAG Core Tools and ISO26262, both internal and across the entire supply chain. In order to support MEQ objectives, The QMS & Production Quality team is looking for a Production Quality Engineer.
This role can be based at our offices in Tel Aviv, Petah Tikva, Haifa, or Jerusalem.
What will your job look like:
Define and implement production quality framework and workplan for our systems' NPI and serial production activities (from scratch)
Work closely with colleagues from other departments (PMs, development engineers, production engineers, management) and other organizations (suppliers and customers).
Work with contract manufacturers to analyze the production process, process capability, process capacity and measurement systems capability.
Assess and control the activities through performing VDA6.3 audits
Lead/Support 8D multi-disciplinary teams to investigate faults and failures
Lead and update PPAP folders for our systems
Identify opportunities for improvement and execute them.
Create relevant work items templates and coach the teams how to use them.
Assess KPIs of processes and activities and suggest corrective actions and improvement.
Represent production quality related issues with customers, suppliers and 3rd party organizations

The Operating System Team is looking for a highly talented Embedded SW Integration Engineer with a passion for operating systems and Linux in specific.
The team is developing the Boot and Operating System SW for our autonomous vehicle and smart advanced driver assist platforms.
What will your job look like?
Hands-on debugging and testing of OS and related components (Boot, HW initialization, Device drivers, Linux Kernel, User space libraries and tools & automated tests in python).
Deep understanding of the involved OS/Boot components and their integration with other SW/HW modules involving testing automation and system level validation.
Closely work with members of the Boot and OS development teams to integrate, test and automate new features, components and systems.
Release & feature management in a multi-project and multi-disciplinary environment while managing CI systems for testing coverage.

We are looking for a skilled and motivated Embedded SW Group manager for the Platform OS Department to manage the OS integration, automation & qualification activities. The Platform OS department is leading a global effort of making the Linux OS as the Automotive Safety OS that will fuel the Autonomous Vehicle and the whole automotive industry. Youll lead a fast-paced, hands-on and dynamic group of integration and automation engineers, contributing to the overall qualification and integration effort while collaborating with other teams across the organization.
What will your job look like:
Lead a group of 12-15 engineers and team leads split into 2-3 teams of SW Integration, Automation and Qualification.
Manage the daily integration of the aggregated delivery of 5-6 OS teams upstream into our SW stack.
Daily tracking of changes coming from OS development teams and controlling their integration order, priorities, test coverage and conflicts.
Managing a daily integration forum to track nightly tests reports, triaging new issues and assigning them to development teams.
System level understanding of the OS features and tracking the test coverage developed by the OS developers.
Lead the development of the qualification system level tests to verify the quality of the integrated delivery.
Tracking the utilization, health, and allocation of the HW resources in the farm and balancing test coverage to HW availability.
Acting as a PoC for all OS integration and qualification issues. Both within the OS teams and externally.
Tracking bug escapes and their mitigation in the OS test coverage.

Our Unit Level Verification Team in Haifa is looking for an experienced verification engineer to be involved in the development of our future AI and deep learning HW accelerators.
This is an exciting opportunity to join a team of highly talented engineers, working on the most cutting-edge technologies to deliver our EyeQ future chips, aimed to power the worlds first fully Autonomous Vehicle!
What will your job look like:
Define, implement and enhance verification environments using UVM methodology.
Write and debug tests that combine UVM methodology and SW code.
Identify and write various types of coverage measures.
Collaborate with designers, architects, and SW developers from Haifa and Jerusalem teams to deliver the most comprehensive verification environment.
Integrate Industry Standard (such as AXI and OCP) and other 3rd party VIPs.

Required Senior System Hardware Architect
About the team:
Join our SoC Architecture team and help shape the next generation of EyeQ-based automotive compute platforms for ADAS, autonomous driving, and Robotaxi applications.
In this role, you will define system-level hardware architectures and translate complex product and customer needs into scalable, robust, and production-ready platforms. Youll work across SoC, hardware, software, safety, security, and product teams, influencing key architectural decisions from concept through deployment.
Why Join Us?
Shape our next-generation automotive compute platforms.
Work across EyeQ SoCs, ADAS, autonomous driving, and Robotaxi technologies.
Influence platform decisions from early concept through deployment.
Collaborate with leading experts across hardware, software, SoC architecture, safety, and security.
Solve complex multidisciplinary challenges that will shape future vehicle architectures.
What will your job look like:
Define system hardware architectures for EyeQ-based automotive compute platforms, reference systems, and customer configurations.
Architect the integration of EyeQ SoCs with MCUs, memories, cameras, radars, lidars, SerDes devices, Ethernet switches, and other platform components.
Lead architectural decisions around system topology, connectivity, inter-SoC communication, power flows, logging, debug, and service interfaces.
Translate product and customer needs into clear system requirements, interface specifications, and design guidelines.
Drive system-level trade-offs across performance, bandwidth, power, thermal constraints, PCB area, cost, scalability, safety, and security.
Influence EyeQ SoC requirements and drive platform BOM and component architecture.
Collaborate across hardware, SoC, software, functional safety, cybersecurity, validation, product, and business teams.
Review system and customer architectures, identify integration risks, and provide guidance throughout design, bring-up, and validation.
Support technical engagements with OEMs, Tier 1 suppliers, semiconductor vendors, and technology partners

We are looking for a Senior Network System Architect to define and drive the communication architecture of complex automotive embedded platforms. You will translate product, vehicle and customer needs into scalable network concepts, interfaces and requirements, and lead technical decisions across in-vehicle communication, compute platforms.
The role spans Automotive Ethernet, CAN and CAN FD, network topology, switching, routing, time synchronization, diagnostics, service-oriented communication, bandwidth and latency analysis, network management, security, wake-up behavior and system integration. You will work across system, hardware, software, safety, security, validation, program teams, customers and technology partners.
What will your job look like:
Own the end-to-end communication and network architecture for complex automotive platforms and major platform capabilities.
Translate product, vehicle and customer needs into network concepts, logical and physical topologies, interface definitions and clear system requirements.
Drive architectural decisions across Automotive Ethernet, CAN and CAN FD, SOME/IP, DoIP, UDS, TSN and gPTP time synchronization.
Perform bandwidth, latency, jitter, utilization and availability analysis, including worst-case behavior, startup and degraded modes.
Define network management, wake-up and sleep concepts, including partial networking and Ethernet wake mechanisms.
Align networking requirements with functional safety, cybersecurity, performance, reliability, cost and product constraints.
Lead technical alignment with ECU, SoC, hardware, embedded software, middleware, diagnostics, safety, security and validation teams.
Define verification strategy and acceptance criteria for communication performance, interoperability, conformance and fault handling.
Identify architectural gaps and risks early, define mitigations and drive complex cross-domain issues to closure.
Collaborate with customers, semiconductor vendors, switch vendors and tool providers on interfaces, capabilities and integration.