To lead the development of a cutting-edge zonal EEA (Electrical/Electronic Architecture) platform, this role will focus on designing and implementing zonal modules with integrated body control functions, advanced power management capabilities.
Key responsibilities include selecting and integrating appropriate chipsets, software platforms, defining APIs, and configuring automotive-grade middleware and Basic Software (BSW). The role also involves optimizing wire harness costs through innovative solutions like e-fuse-based local power supply systems. A deep understanding of automotive standards (e.g., Autosaur CP, AP methodology) and proficiency in embedded systems, RTOS, Linux-based platforms, and networking protocols is essential.
Key Roles and Responsibilities of Position
•Benchmark and select the most suitable chipsets for zonal EEA.
•Roll out and configure the necessary toolchain for zonal EEA development.
•Build the software platform, including power management, logging, SOA, S2S, Security, Diagnosis, Secure boot etc.
•Implement advanced power management features, including e-fuse technology, to reduce wire harness costs and enable local power supply capabilities.
•Integrate middleware such as DDS or SOME/IP communication in the M Core.
•Configure and optimize automotive-grade Basic Software (BSW) using tools like EB tresos or equivalent BSW configuration tools.
•Automotive Ethernet Switch selection and configuration for the zonal modue.
•Collaborate with hardware and software teams to ensure seamless integration of zonal modules.
•Deliver a solution package for a next-generation zonal EEA, setting a new industry benchmark.
•Lead cross-functional teams to achieve project milestones and deliver the production solution with proof of concept within the target timeline.
•Champion best practices in cyber security and functional safety, ensuring compliance with industry standards and regulations.
Candidate Specification
• Proficiency in AutoSAR CP (Classic Platform) and AP (Adaptive Platform) methodologies.
• Strong knowledge of BSW configuration tools, such as EB tresos.
• Expertise in C and C++ programming for embedded systems, including coding, commissioning, and debugging.
• Hands-on experience with RTOS, embedded Linux, Yocto, and Linux-based automotive systems.
• Strong understanding of networking protocols, including Ethernet switch configuration, gPTP, and VLAN.
• Experience with middleware integration, such as DDS for SOME/IP communication.
• Familiarity with zonal EEA architectures and their applications in next-generation vehicles.
• Knowledge of network management and advanced power management techniques.
• Experience with e-fuse technology and local power supply systems to reduce wire harness complexity.
• Minimum of 5+ years of experience in automotive EEA development, with a focus on zonal architectures, middleware, and embedded systems.
• Proven track record of delivering complex automotive software and hardware projects.
• Strong understanding of chipset benchmarking and selection for automotive applications.
• Experience in API design and system-level integration.
• Strong problem-solving and analytical skills.
