Camera System Architect

Objectives

Artificial Intelligence is changing the automotive industry extensively and brings with it huge business opportunities. As a premium manufacturer, Mercedes Benz is committed to shaping the future of mobility through AI-driven products and services that enhance safety, convenience, and sustainability. To strengthen our current team, we are looking for a senior system architect focusing on the camera domain. The role owns end-to-end camera system architecture design and full-stack delivery covering camera hardware, driver, ISP, image tuning, camera services and application layers.

Main tasks

• Design and deliver complex, production-grade automotive camera system solutions across multiple SoC platforms, responsible for overall system architecture design, technical verification, performance optimization, and ensuring system stability, scalability and compliance with automotive mass-production and functional safety standards.
• Own full-stack camera system development and iteration, covering hardware specification, low-level driver bring-up, ISP pipeline configuration & tuning, Android Automotive camera service optimization, and end-to-end application-layer integration.
• Lead the design and performance optimization of multi-camera concurrent streaming systems, resolve core challenges including system resource scheduling, bandwidth bottlenecks, latency jitter and frame stability to support reliable operation of complex in-vehicle camera systems.
• Drive deep integration between camera systems and in-car AI platforms, design technical solutions for camera-based multimodal perception features, and support the development, debugging and mass delivery of intelligent vehicle multimodal functions; collaborate closely with external suppliers and partners to ensure robust perception AI deployment.
• Host cross-domain architecture reviews with vendors and subsystem architects in large-scale vehicle projects, align cross-module technical specifications, resolve architecture conflicts and system-level technical risks, and unify overall camera system design standards.