Principal Engineer, Router Architect

We are seeking a Principal Router Architect with 10 to 15 years of experience to define the backbone of next-generation Zonal and Central Compute Automotive architectures . This role focuses on architecting high-bandwidth, ultra-reliable Ethernet Routing Engines and PCIe subsystems that serve as the primary data fabric for Autonomous Driving (AD) and Cockpit controllers. The ideal candidate will bridge the gap between high-speed data center-grade throughput and the rigorous Safety (ISO 26262) and Deterministic Networking requirements of the automotive industry.

Responsibilities

Automotive Ethernet Routing : Architect L2/L3 switch fabrics supporting Time-Sensitive Networking (TSN) standards (e.g., IEEE 802.1AS, 802.1Qbv, 802.1Qbu) to ensure deterministic latency for safety-critical traffic.; PCIe Backbone Architecture : Define PCIe Gen 5/6 integration for high-speed chip-to-chip connectivity between SoCs, AI accelerators, and storage, including support for SR-IOV to virtualize resources across multiple Virtual Machines (VMs).; Functional Safety (ASIL) : Integrate hardware safety mechanisms (ECC, Parity, BIST, and End-to-End protection) to meet ASIL-B/D requirements within the routing engine and bus fabrics.; Zonal Interconnect & Bus Fabric : Design the interface between Ethernet/PCIe controllers and internal NoC/CHI fabrics , ensuring efficient data movement for ADAS sensors (Camera, LiDAR) and telemetry.; Virtualization & Security : Architect hardware-assisted isolation and Secure On-board Communication (SecOC) to protect the vehicle network from cyber threats while allowing shared access to network resources.; Infrastructure & Power : Define robust clock, reset, and power management schemes capable of operating under automotive thermal profiles and supporting rapid "Instant-On" boot requirements

Requirements

Education: Bachelor’s or Master’s in Electrical Engineering or Computer Engineering (PhD desirable); Experience : 12+ years in high-speed networking or SoC architecture, with at least 5 years focused on Automotive-grade silicon.; TSN Mastery : Deep expertise in IEEE 802.1 TSN protocols and their hardware implementation for real-time traffic shaping and synchronization.; Protocol Expertise : Expert knowledge of PCIe (Root Complex/Endpoint) and Automotive Ethernet (10BASE-T1S to 10G+ levels) .; Automotive Standards : Familiarity with ISO 26262 functional safety flows and AEC-Q100 reliability requirements.; System Integration : Proven track record of integrating routing engines into complex SoCs using AXI/CHI bus protocols and managing IOMMU configurations.