Design and implement Ethernet and VLAN architectures for automotive network systems, ensuring high-performance, scalability, and security.
Troubleshoot and debug complex Ethernet-related issues within the automotive environment.
Lead the design and configuration of Ethernet networks and VLAN architectures tailored to in-vehicle systems.
Collaborate with hardware engineers to define Ethernet PHY and switch parameters for optimal network performance.
Work closely with system and software teams to ensure seamless Ethernet integration with automotive systems.
Debug and resolve Ethernet and VLAN-related connectivity issues, ensuring minimal network disruptions.
Ethernet PHY & Switch Parameters Design and Configuration
Tasks :
Design, configure, and optimize Ethernet PHY and Switch parameters for automotive applications.
Collaborate with hardware and network teams to ensure compatibility and performance of Ethernet components.
Define and configure Ethernet PHY parameters, ensuring performance optimization for in-vehicle use cases.
Work with hardware teams to ensure the correct configuration of Ethernet Switches , ensuring smooth data flow and minimal latency in connected systems.
Perform regular tests and evaluations of network components to ensure performance and reliability.
Scope of Action:
Drive the overall architecture, design, and troubleshooting of Ethernet/CAN for in-vehicle use cases.
Ensure collaboration across hardware, software, and network teams to develop optimized and seamless connectivity solutions.
Provide expertise in network performance, proactively identifying opportunities for improvement in architecture and implementation.
Key Performance Indicators (KPIs):
Ethernet/CAN network performance and reliability in real-world automotive environments.
Efficiency and optimization of Ethernet PHY and Switch parameters for automotive network systems.
Ability to troubleshoot and resolve Ethernet/CAN effectively and in a timely manner.
Contribution to process improvements and best practices in network design and implementation.
Requirements
Bachelor's or Master's degree in Electrical Engineering, Computer Engineering, or a related field.
5+ years of experience in designing, implementing, and debugging Ethernet and VLAN architectures, specifically for automotive or embedded systems.
Extensive experience with Ethernet PHY configuration , switch parameter design , and VLAN architecture .
Familiarity with automotive network protocols and standards (e.g., CAN, LIN, MOST, Ethernet, etc.).
Understanding of automotive industry standards related to connectivity and software updates.
Expert knowledge of Ethernet/CAN protocols, VLAN, and network design.
In-depth experience with Ethernet PHY and Switch configuration for automotive applications.
Expertise in debugging and troubleshooting network issues in complex systems.
Familiar with Marvel, NXP or RealTek phy and switch chipsets
Ability to work in cross-functional teams to design and implement integrated solutions.
Familiarity with embedded systems and low-level software/hardware interactions.
Languages:
Fluency in English (both written and spoken) is preferred.
Job Family
Research & Development
Renault Group is committed to creating an inclusive working environment and the conditions for each of us to bring their passion, perform to the full and grow, whilst being themselves.
In order to follow in real time the evolution of your applications and to stay in touch with us, we invite you to create a candidate account. This will take you no more than a minute and will also make it easier for you to apply in the future.
By submitting your CV or application, you authorise Renault Group to use and store information about you for the purposes of following up your application or future employment. This information will only be used by Renault Group companies as described in the Group Privacy Policy .
Additional Information
Company
RENAULT BEIJING AUTO CO
Job Description
Mission:
This position will be responsible Central Vehicle Gateway equipped with Ethernet/CAN/CANFD. This role demands a deep understanding of Ethernet/CAN protocols, network design, with a focus on delivering robust, scalable solutions for in-vehicle networks.
Alliancewd · Hangzhou