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The RFIC/Analog design groups in our company's Radar organization is responsible for developing the cutting edge Transceivers in mmW frequencies for the best Imaging Radar technology. The design process includes the entire process from specs to productization. To support these challenging processes, we need a skilled CAD team that will work with the design teams on all design aspects and flows from design environment setups, through design tools implementations and support and to chip level verifications and validation enablement. We're looking for an Experienced CAD or Design Automation Engineer to develop our company's RF/Analog design tools/flows and automation flows for the next-generation Imaging Radar chips.
What will your job look like:
Build and support RF/analog design environments
Implement, develop, and maintain design flows, tools and scripts.
Evaluate and explore new automation technologies and advocate for efficiency improvements
Evaluate multiple vendor solutions and guide execution, in the most optimal use, based on design needs
Effectively communicate and support a large number of designers, providing high-quality tools and flows, documentation, and presentations.

Which team will you join? our company EyeC VLSI team - a group designing the chips for Radar systems for ADAS and autonomous cars. The group is responsible for all disciplines of VLSI development, including but not limited to Logic Design, Design Verification, Microarchitecture, Analog and circuit design and layout, Physical and structural design (backend), Product and test engineering.
What will your job look like:
You will take a central hands-on role in Design Verification.
Define Environment micro-Architect, Implement complex UVM environment, Build vPlan .
Execute coverage implementation.
Be part of external IP verification and Internal custom IP.
Be part of System definition and top-level activity.
Take part in Silicon bring-up.

The Radar VLSI team at our company EyeC is looking for an experienced Formal Verification Engineer to join us! This is a newly established team with a mission to integrate Formal Verification as a key methodology in Radar projects. Be part of a cutting-edge group designing chips for radar systems in ADAS and autonomous vehicles, where your expertise will have a significant impact.
What will your job look like:
You will verify unique and complex design blocks.
Help determine the Formal strategy and methodology for the team.
Explore new Formal methods and tools.

we are at the forefront of developing autonomous driving systems. our company state-of-the-art ECUs are integrated into vehicles from leading OEMs and enable its leading autonomous driving solutions. OPG group is responsible for Camera sensors roadmap and approvals, Camera Optics work and Image Quality Specification and Evaluation. OPG group is also responsible for Architecture of the optical path the subsystem that resides between the sensors and our companys SOC(SerDes, MIPI interfaces, etc.) The groups work scope includes Product requirements, System Architecture, Image Quality, Lens and optical design, Camera sensor selection and specification, Supplier management and close collaboration with Tier1 companies. As OPG Manager you will oversee these domains and manage several teams that work on these topics and be part of Platform Product and Architecture organization in our company. By joining us, youll collaborate with top engineers to develop innovative systems that not only shape the evolution of our industry-leading products, but also contribute to advancing the future of mobility. As part of our mission, youll play a key role in making the world a safer place through autonomous driving technology.
What will your job look like?
Lead a group that sets camera products definitions: Lead a group of a few teams, that defines and influences our companys camera products requirements, specifications and roadmap. The group deals with product and architecture definitions in professional fields such as Optics, Sensors, Image quality and related interfaces (e.g. MIPI, SerDes).
Be responsible for: Camera sensors specification and roadmap, Optical design and specifications, Image quality metrics, KPIs and evaluations.
Engage with vendors :Analyze and understand OEM requirements and maximize alignment with existing solutions.
Collaborate with SW and HW development teams.
Collaborate with BizDev: For new projects, work together with business development to assure new designs comply with company road map. Introduce new sensors to our company roadmap addressing new market needs.
Work closely with Project Managers: Define, map dependencies, and prioritize the scope of work.
Innovate with Sensing, Driving and Fusion teams: To optimize overall system performance.

Which department will you join? our company's VLSI team - a group designing the EyeQ chips for ADAS and autonomous cars. The group is responsible for all disciplines of VLSI development, including but not limited to Logic Design, Design Verification, Microarchitecture, Analog and circuit design and layout, Physical and structural design (backend), Product and test engineering. Each Physical Design engineer has an end to end responsibility from definition, execution & full signoffs, working closely with design & architecture teams for constraints development, design review & RTL modifications to achieve converges Were looking for a Physical Design Engineer to join the growing Physical Design Team, responsible for state of the art SoC design from definition to Tape-Out.
What will your job look like:
Hands-on physical design block owner from RTL to GDS.
Floorplan exploration with guidance and collaboration with front-end and architecture teams.
STA: work with FE and floor planner to manage block and top level constraints and 1st level of timing analysis.
Synthesis exploration and final synthesis netlist: Scan insertion @ synthesis, clean checks from Lint, UPF & Spyglass.
Place & Route: from Synthesis netlist to final layout and signoff verification with target to achieve best power performance and area.

Join our advanced packaging team to define and develop cutting-edge semiconductor package solutions for automotive-grade digital and RF System-on-Chip (SoC) products. Youll collaborate with internal teams and external OSATs to deliver high-performance, manufacturable, and reliable packages that meet stringent automotive standards.
What will your job look like:
Define and specify advanced package architectures for digital SoCs and RF ICs in automotive applications.
Perform substrate design for flip-chip BGA (FC-BGA) packages, including stack-up, routing, and ball-out optimizations.
Evaluate and select substrate technologies, materials, and package solutions based on performance, cost, and reliability.
Collaborate with OSATs to define and validate assembly materials and process flows.
Work closely with internal teams such as Backend, SIPI, Product Engineering, and Quality & Reliability to ensure seamless integration.
Monitor yield, quality, and manufacturability across package development and production stages.
Support DFM reviews and ensure compliance with automotive standards and customer requirements.

As a Quality and Reliability (Q&R) Engineer, you will lead the qualification and long-term reliability of advanced System-on-Chip (SoC) semiconductor products for automotive applications. Youll work across digital and RF domains to ensure robust performance and compliance with industry standards.
What will your job look like:
Define and manage Quality and Reliability specifications, simulations, and qualification plans for SoC die and package.
Plan and execute automotive-grade qualifications per standards such as AEC-Q100, JEDEC JESD22, and IATF 16949.
Design and implement die-level and package-level stress tests.
Select and prepare electrical, environmental, and mechanical test platforms for reliability testing.
Define requirements for Pre-Si Q&R (e.g. ESD, LU, EM, IR drop), Design-for-Test (DFT), electrical characterization, and Post-Si Q&R testing of digital, mixed-signal and RF SoCs.
Collaborate extensively with internal design teams, external subcontractors, and outsourcing partners (OSATs).
Lead failure analysis, reliability modeling, and corrective action processes (e.g., 8D, FMEA, FMEDA).
Document and certify automotive standards compliance, including PPAP/APQP deliverables.

we are looking for a Senior Embedded Software Engineer to join the development of state-of-the-art automotive imaging radar technology. Our vision is to bring new and cutting-edge automotive radar sensor solutions, while leveraging our companys assets and expertise in this field. Introducing best in class Radar sensor that would complement our companys end-to-end autonomous driving solution platform You will be part of a winning team in a fast-paced startup-like environment, working on many different components of the entire system. You will have an opportunity to make an impact on the design and implementation of an innovative technology in its early stages.
What will your job look like?
Develop embedded Software / FW for RTOS-based embedded system
Participate in System Level Design and Architecture defining hardware-software interface and interaction.
Successfully collaborate with system, algo, silicon, and hardware teams
Support system integration.

The Radar VLSI team at our company EyeC is looking for an experienced Formal Verification Engineer to join us! This is a newly established team with a mission to integrate Formal Verification as a key methodology in Radar projects. Be part of a cutting-edge group designing chips for radar systems in ADAS and autonomous vehicles, where your expertise will have a significant impact.
What will your job look like:
You will verify unique and complex design blocks.
Help determine the Formal strategy and methodology for the team.
Explore new Formal methods and tools.

our company provides modular automotive systems that transform mobility by bringing cutting-edge, safe-by-design self-driving technology and a complete, modular solution with flexible business models to the market. As a Senior HW System Architect, your role will be to work closely with our OEM partners and realize a successful integration of the ADAS to self-driving technology in these platforms
What will your job look like?
Lead end-to-end life cycle of the System architecture - from analyzing OEMs (customers) technical requirements to HW architecture definition, development and verification to ensure integration of our company's products into the vehicle platform.
Work in close collaboration with various groups including algo, HW design, verification, SW architect, Mechanics, and simulations.
Provide architectural guidance and tradeoff recommendations throughout the whole design process from concept through production.
Responsible for the main components selection and technical evaluation (trade-off between cost/performance etc.)
Provide practical system architecture definition to board designers and SW/algo by managing system external Interconnects and internal interfaces, SoC, MCU, definitions and optimization (based on OEMs requirements and other constraints).

We are seeking a highly skilled and hands-on Senior Radar Product Test Engineer to support the end-to-end production and validation automotive radar systems. This role bridges automated test equipment (ATE) development, product analysis, and production debug, ensuring high-quality sensor delivery and minimal downtime across global production sites. The position includes deep technical involvement in both software and hardware domains and may include international travel to support production lines .
What will your job look like:
Develop and maintain automated test equipment (ATE) and debug tools to ensure robust and reliable testing of radar products.
Support production partners by addressing urgent ATE or DUT-level issues and minimizing downtime.
Run and debug radar test sequences using MATLAB/Python, supporting both algorithm and production KPIs.
Perform root cause isolation across hardware, software, test stations, and environment.
Collaborate with software, algorithm, RF, and hardware teams to resolve failures efficiently.
Maintain traceability of test issues using JIRA, Tableau, and internal log systems.
Escalate repeated, critical, or systemic failures, and drive continuous process improvement.
Track unit status and production KPIs across global sites
Participate in FAT (Factory Acceptance Test), ECN implementation, and test station upgrades.
Coordinate with system integration, production, and software engineering teams to align on release readiness.

We are looking for a Software Delivery & Integration Manager to join the Integration team, which is responsible for the Software delivery of our company algorithmic department, owning the CI process, including tools and test definition. ** This role requires a minimum of 2 days per week on-site at our Jerusalem offices.
What will your job look like:
Monitor development and delivery KPIs across algorithm teams, ensuring alignment with ASPICE compliance requirements and internal SDLC processes
Assess delivery rates, milestone progress, and execution quality, with attention to traceability, documentation, and adherence to engineering standards
Identify and investigate inefficiencies or blockers in the development lifecycle, including gaps in process compliance or deviations from defined workflows
Analyze trends and discrepancies across teams; synthesize actionable insights and escalate risks to leadership as needed
Maintain and continuously improve dashboards that track team and project performance, with visibility into compliance with SDLC stages (e.g., requirements coverage, code reviews, testing, validation)
Collaborate with the Data Analysis team to define metrics, improve visualizations, and ensure accurate reflection of delivery status and ASPICE-related checkpoints
Propose new indicators or methods to better reflect department health and delivery velocity
Escalate risks and deviations to relevant management levels
Recommend improvements in development processes, reporting frameworks, and tracking mechanisms
Create and deliver periodic summary reports for Algo and Engineering leadership.

We are looking for a brilliant and enthusiastic DevOps Engineer to join our close-knit and highly-skilled team to help expand our platform to newer heights. As a team member, you will take part in the design and implementation of our ever-evolving infrastructures, providing us with smooth and robust DevOps solutions.
Roles and Responsibilities:
Build and maintain highly available and scalable production systems
Design and implement dynamic serverless cloud environments
Develop a robust, fully-automated deployment for SAAS solutions
Monitor system performance and implement optimizations for reliability and cost-efficiency
Work closely with development, security, and automation teams to foster a culture of security awareness
Research and integrate new DevOps technologies using best practices

The company's EyeC VLSI team specializes in designing advanced radar system chips for ADAS (Advanced Driver Assistance Systems) and autonomous vehicles. The group is responsible for all disciplines of VLSI development, including but not limited to Logic Design, Design Verification, Microarchitecture, Analog and circuit design and layout, Physical and structural design (backend), Product and test engineering.
What will your job look like:
Design ownership on major blocks/clusters from definition to implementation phase.
Participate in various ASIC activities and flow definition which includes CDC, DFT, Lint.
Design micro-architecture of custom blocks.

We seek a talented and passionate QA Engineer to join our close-knit team of dedicated professionals. The role is crucial in our product development process, ensuring that we release top-notch and innovative products to the market.
Roles And Responsibilities:
Collaborate with a skilled team of QA engineers to deliver quality assurance in a dynamic, complex cybersecurity environment with diverse and challenging features.
Design and implement comprehensive test suites, combining manual and automated testing to ensure accurate, effective results
Identify, document, track, and manage software issues through to resolution, ensuring thorough monitoring and quality control throughout the development lifecycle.