Mobileye

Backend Engineer

• Development of the AV Applications (add new features, improve the design, literature review as needed, etc.)
• Maintenance of the AV Applications (address bugs and issues for internal and external customers)
• Development and automation of the surrounding tools

Experienced C++ Software Developer

Field Engineer

• Ability to understand the entire Mobileye system and solve customer problems
• Installing various Mobileye systems on evaluation and development vehicles
• Performing and supervising test drives on an open road and test tracks
• Testing performance and quality of the vision system and other sensor
• Supporting system integration efforts with deep "bits and bytes" understanding of the entire system
• Providing expert support and training for the engineering teams on site
• The position includes office work, support at vehicle production lines and integration facilities
• Tasks also include long test drives and travel to additional countries
• Drive the AV in both automated and manual mode on open roads and test tracks
• Inspecting and maintaining any malfunctions in the test vehicle
• Gather information and upload it to the database
• Support new systems installation in the vehicle
• Testing and validating end-to-end AV functionality
• Close collaboration with the AV development, validation and algorithm teams
• Providing expert AV test reports
• Representing the company in customer demonstrations

AV Field Engineer

Software Engineer

• Your role will include algorithm development in the areas of computer vision (both classical and learning-based) and 3D reconstruction.
• You will develop primarily in Python, taking part in both maintaining existing products and developing new features.
• Finally, you will need to learn and develop new algorithms that can address new problems as they arise.

3D Algorithm Developer

Product Manager

• Act as a technical product owner and expert, productizing and driving Mobileye's AV Perception functions to meet performance and quality goals.
• Define Active Sensors (Radars/LiDARs) requirements to sensor vendors.
• Collaborate with internal stakeholders (algorithm developers, product and business development) and external partners to define product roadmap and timelines.
• Own requirements elicitation to capture stakeholder needs and translate them into actionable and measurable product specifications.
• Define and monitor data-driven performance KPIs to ensure product excellence.
• Develop and maintain accurate, comprehensive documentation for internal and external use.
• Support Business Development during pre-sale processes and customer onboarding.
• Partner with car manufacturers for workshops, test drives, and product tuning to ensure adoption and satisfaction.
• Champion cross-functional collaboration, managing initiatives in a matrix environment to ensure successful execution.

Product Manager – Sensors Perception

Mechanical Engineer

• Develop the next generation of Mobileye SoC for ADAS and autonomous vehicles
• Deeply understand designs at multiple levels: micro-architecture, features, and specification
• Design and implement new proprietary IPs and system features
• Integrate third-party and proprietary IPs in a multi-clock-domain system on chip
• Perform verification, synthesis, static timing analysis, and timing closure
• Execute power and area optimizations
• Become familiar with design environment, flow, tools, methodologies, and optimization methods
• Collaborate with cross-functional teams including Product Definition, Verification, Software, and Physical Design

Junior ASIC Design Engineer

• Design safety architecture for optical path for AV solutions.
• Contribute to the development of a large-scale autonomous system from early design stages through deployment.
• Identify, analyze, and document potential safety risks, and develop effective mitigation strategies.
• Collaborate with customers to understand safety expectations and with suppliers to ensure compliance with safety requirements.
• Integrate safety considerations into the system architecture in a way that ensures safety without overburdening system performance.
• Propose and implement new methods, tools, and processes to improve safety assurance activities.
• Review and extract relevant data from safety manuals, datasheets, and technical documentation to support safety evaluations.
• Translate safety concepts into precise, actionable requirements and create rigorous methodologies and advanced tools for verification and validation.
• Ensure strict compliance with relevant safety standards and meticulous tracking and documentation of every requirement, risk, and mitigation measure.

Product Manager, Optical Path Safety

Architect

• Work closely with OEM partners to realize successful integration of ADAS and self-driving technology into vehicle platforms
• Lead end-to-end lifecycle of system architecture: analyze OEM technical requirements, define HW architecture, development and verification for vehicle integration
• Collaborate with algorithm, HW design, verification, SW architect, mechanics, and simulation teams
• Provide architectural guidance and tradeoff recommendations from concept through production
• Select and technically evaluate main components; perform cost/performance trade-offs
• Define practical system architecture for board designers and SW/algorithm teams, managing external interconnects, internal interfaces, SoC, MCU definitions and optimization

Senior Hardware Systems Architect

QA Engineer

• Lead and coordinate the validation of major software releases that integrate features from multiple algorithmic teams, providing informative analysis based on clips and data review.
• Manage and oversee both automated and manual validation processes, ensuring thorough data review and quality control.
• Prepare clear, structured reports summarizing validation results, issues, and recommendations for technical and management stakeholders.
• Plan, track, and coordinate validation projects, maintaining schedules, identifying risks, and communicating progress across departments.
• Collaborate with algorithm developers, engineers, and other stakeholders to troubleshoot issues and propose improvements.
• Participate in the planning and design of advanced validation processes.

Senior Test Engineer, Technical Lead

Technical Product Manager

• Directly engage with customers to understand needs, analyze requirements, and tailor solutions
• Define system architecture and derive comprehensive system and software requirements
• Develop consolidated timelines for multiple projects and prioritize product features
• Work closely with software architects, developers and project managers to drive product success
• Ensure adherence to ASPICE standards for system requirements, architecture, and software requirements
• Drive cutting-edge features from concept to commercialization
• Collaborate across teams and engage with senior leadership

Technical Product Manager, Autonomous Vehicle System

DevOps Engineer

• Develop and maintain Pipelines for full CI/CD.
• Provide DevOps support for the development team.
• Build and maintain the team’s DevOps infrastructure, CI/CD pipelines, and tooling.
• Transform existing C++ code into a well-packaged API accessible from Python, enabling broader automated testing and flexible code evolution.
• Create tools and APIs that enable smarter testing and faster delivery.
• Collaborate with teammates and internal customers to define requirements, designs and test plans.
• Support developers to enable speed, quality, and continuous delivery.

DevOps Student

• Design and develop algorithms for real-time computer vision applications.
• Lead end-to-end projects from product requirements and characterization to algorithm design and implementation.
• Work closely with system architects, product managers, and software engineers.
• Research, develop, and deploy state-of-the-art deep neural networks and computer vision algorithms for driver monitoring systems.
• Contribute to enabling autonomous driving features and advanced driver assistance systems through in-cabin sensing.

Computer Vision and Deep Learning Algorithm Developer

• The EyeQ SoC Architecture team is part of the EyeQ Platform Group (EPG), working on both current and next-generation designs for ADAS (Advanced Driver-Assistance Systems) and Autonomous Vehicles (AV).

SoC Architecture Engineer

Engineer

• Develop EyeQ® SoC Performance Modeling environment and emulators
• Work on SOC performance analysis and optimizations
• Run HW benchmarks to measure HW performance and calibrate simulation environment to match silicon board
• Perform HW performance analysis and tuning, influence future EyeQ® SoC design
• Work on open-source simulation and profiling tools and adapt them to Mobileye's needs
• Collaborate closely with HW architects and SW/Algorithms developers

Embedded Software Engineer, Performance Modeling

Infrastructure Engineer

• Continually develop, maintain, debug and improve the EyeQ Farm Automation infrastructure, tools, processes, and procedures
• Proven experience in complex debugging and troubleshooting situations.
• Work closely with development and integration teams to ensure end-to-end quality.
• Work closely with EyeQ Farm users to assist in integrating their test code to flawlessly run on the Farm infrastructure
• Acquire a good understanding of the business and technical requirements of our products

Python Infrastructure Developer

Operations

• Issue PRs for the group (in 3 global sites) using Netsuite and JIRA
• Monitor and Follow up on the approval and execution process from PR/PO up to Vendor’s payments
• Report and update regarding the progress & raise flags regarding any risks/delays
• Support the group’s budget monitoring and planning, as well as new supplier’s setups and NDA requests
• Monitor shipment requests
• Support NPI material readiness & risk mitigation
• Initiate and maintain continuous process improvement and optimization
• Coordinate and collaborate with internal and external teams

NPI Operations Administrator

Technical Project Manager

Mobileye is looking for a hands-on Technical Project Manager to join the company's AV Infrastructure Development group and supporting a major AV project the scalable execution and delivery of projects to our automotive customers. This is a complex and dynamic role requiring getting hold of Mobileye's complex product delivery, constant planning and problem solving and communication internally with many stockholders, and outside with international and external customers.
What will your job look like:
Deliver results by orchestrating the technical planning, execution, and enablement of key programs.
Communicate with the automotive client on exact technical needs.
Anticipate and remove obstacles that slow or prevent teams from delivering objectives.
Lead and contribute to the decision-making process and facilitate conflict resolution.
Draw from your hands-on experience in the relevant technology requested.
Use critical design thinking to focus on delivery and results.
Define key program metrics and communicate outcomes, blockers, and program performance.
Work with management and other leaders to continually identify and implement team process improvements.

We are seeking a highly motivated and skilled Python Data Solutions Specialist to join our team. This role will play a key part in supporting and scaling our data infrastructure, automating processes in data-labeling operation, and driving innovation through AI and analytics tools.

Data Solutions Specialist, Python

General Counsel

• Draft, negotiate, and approve a broad spectrum of commercial agreements with global customers, vendors, and suppliers.
• Provide ongoing legal counselling and guidance on various commercial issues, collaborating closely with internal teams including Finance, Sales, Procurement, and Operations.
• Support compliance procedures and governance of the Mobileye group.
• This is a temporary about 12-months position to cover a maternity leave.

Commercial Legal Counsel

Full-stack Engineer

• Join Mobileye's End-to-End 3D Perception Research Group building infrastructure that bridges deep learning research and production autonomous driving technologies
• Develop an internal evaluation platform to assess models against product KPIs
• Efficiently process large-scale datasets and define precise, actionable metrics aligned with product goals
• Uncover model failures and drive continuous improvement to meet real-world deployment demands
• Collaborate with researchers to create tools that accelerate model iteration and deployment
• Design and implement infrastructure and tools supporting the full lifecycle of model development
• Contribute to scalability, maintainability, and reliability of the codebase
• Define and promote engineering best practices across the group

Senior Software Engineer, Research

• EPG is a fast-paced, dynamic, and startup-like group researching and developing next-generation technologies focused on computer vision, machine learning, data, and AI.
• Join the Physical Design Team responsible for state of the art SoC design from definition to Tape-Out.
• 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.

Student Physical Design Engineer

Designer

•Mobileye EyeC VLSI team - a group designing the chips for RADAR systems from advanced ADAS to Full Autonomous Driving.
•Physical Design group operates in a startup-like environment with technical expertise, execution & responsibility.
•Each Physical Design engineer has E2E responsibility from definition, execution & full signoffs, collaborating with design & architecture teams.
•Role: Physical Design CAD Expert in Technology Methodology & Execution team, developing methodologies & flows and executing complex Subsystems/IPs for next-gen Imaging Radar SoC from definition to Tape-Out.
•Responsibilities include flow & methodology development from Synthesis to Place & Route and signoff flows, planning flow releases, exploring methodologies to improve PPA & turnaround time, evaluating new tool features, hands-on block ownership, and signoff across domains.