As a Technical Product Manager, you'll own the product strategy and roadmap for cloud and data services, driving cross-functional execution and shaping AI-native products for autonomous driving systems.
As a Technical Business Project Manager for REM, you will lead customer engagements with global automotive OEMs, bridging technology and business needs throughout the development lifecycle.
Drive strategic technical leadership in hardware architecture and system-level decision making as a Senior Technical Lead, ensuring high-quality execution and innovation in Mobileye's AV systems.
Support the production, validation, and analysis of automotive radar systems as a Radar ATE Engineer, focusing on automated test equipment development and manufacturing support.
Lead the product definition, development, and deployment of next-generation cloud services for autonomous vehicles, overseeing product lines across various autonomy tiers.
As an Applied AI Engineer, you will integrate Large Language Models (LLMs) and develop AI-driven tools to enhance the software development lifecycle at Mobileye.
Design and train cutting-edge deep learning models for Mobileye's autonomous vehicle technology, collaborating with software and hardware teams to create high-impact solutions.
Lead the definition and evolution of validation methodologies for complex multidisciplinary systems, ensuring quality and reliability throughout the development lifecycle.
As a Senior Embedded Software Engineer, you will develop embedded software for RTOS-based systems and collaborate on system design and integration in automotive radar technology.
Design and develop high-performance C++ software for embedded automotive systems, focusing on HD map infrastructure and collaboration across engineering teams.
Lead the definition and evolution of validation methodologies for complex multidisciplinary systems, ensuring quality and reliability throughout the development lifecycle.
Develop and implement advanced localization algorithms for autonomous driving, utilizing deep learning and geometric optimization techniques to enhance vehicle precision and safety.
As an Execution Project Manager in the Algorithm Department, you will drive execution across multiple algorithm teams, ensuring high-quality product delivery and continuous improvement.
Lead the development of multidisciplinary autonomous driving products as a Senior Technical Product Manager, overseeing B2B product development and executing go-to-market strategies.
As a Senior Python Developer, you will lead the development and design of essential components for Mobileye's High-Definition map-making process, collaborating closely with algorithmic and engineering teams.
Design and implement large-scale C++ systems for 3D sensing and perception, integrating neural networks into production software for autonomous vehicles.
Develop real-time software for automotive platforms, owning features from design to maintenance while collaborating with multidisciplinary teams to enhance road safety.
As a Solution Architect, you will define system architecture, engage with customers, and lead cross-functional teams to drive innovation in autonomous vehicle technology.
As an Experienced Machine Learning Engineer, you will research and develop advanced 3D perception models for autonomous vehicles, focusing on innovative deep learning solutions.
As a Talent Acquisition Partner, you will lead end-to-end recruitment processes, develop innovative hiring strategies, and enhance candidate experience for Mobileye's R&D business unit.
As a Talent Acquisition Partner, you will lead end-to-end recruiting processes, develop strategies, and collaborate with hiring managers to enhance candidate experience and diversity.
As a Solution Architect, you'll define system architecture and drive innovation in autonomous vehicle technology, engaging with customers and leading cross-functional teams.
Lead long-term research initiatives and POCs in computer vision to shape the technical direction of perception systems for autonomous driving.
Develop and implement advanced localization algorithms for autonomous driving, leveraging deep learning and computer vision techniques to enhance vehicle precision and safety.
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