About the job
Join our innovative team as an Automotive Electronic and Electrical Architecture Researcher, where you will focus on pioneering research for next-generation automotive electronic architectures. Your primary areas of focus will include in-car deterministic communication, service-oriented software platforms, and highly reliable distributed systems for autonomous driving and AI vehicles.
Key responsibilities will include:
• Designing and researching next-gen automotive electronic architectures (regional control + central computing) that support mixed criticality levels, including safety-critical control, AI perception, and infotainment applications.
• Developing in-vehicle deterministic networking solutions based on Time-Sensitive Networking (TSN), ensuring predictability, reliability, and fault tolerance in automotive Ethernet backbone networks.
• Investigating end-to-end timing and resource coordination mechanisms across computational and networking domains to support fail-operational safety-related vehicle functions.
• Building experimental testing platforms that integrate high-performance SoCs, MCUs, regional controllers, and TSN networks to validate real-time and reliability solutions under fault injection scenarios.
• Exploring cross-layer methods that integrate deterministic networking, virtualization, and system monitoring to create resilient in-vehicle computing platforms.
• Collaborating with Bosch business units and global research teams to translate research outcomes into proof-of-concept prototypes and pre-development projects.
• Publishing research findings in top-tier conferences and journals and participating in standardization or open innovation collaborations when applicable.
• Keeping abreast of cutting-edge trends in automotive electronic architecture, TSN, in-vehicle middleware, and distributed real-time systems, contributing to the formulation of long-term research strategies.

