Principal Systems Architect, Automotive Communications

The Automotive Systems and Solutions Technology Team is at the forefront of developing technologies for next-generation automotive architectures. We have an opportunity for a highly motivated Communications Systems Architect to define and execute a networking technology roadmap, including proprietary and standards-based communications protocols, and to define and prototype networking system solutions targeted for in-vehicle communications. In this challenging role, you will have the opportunity to work on a variety of technology areas and applications. The Role Collaborate with the business and technical development teams to define technology roadmaps for ADI s automotive networking products. Work with FPGA designers to develop prototypes of networking functions/products. Lead design of new protocols for audio, video and data transport, and solutions for converting between different protocols. Model performance of in-vehicle communications networks, including Quality of Service and clock recovery. Support ADI standards engagement by participating in and making technical contributions to standards-development organizations. Requirements Minimum BS in Electrical, Communications or Computer Engineering and several years relevant experience; MSEE or MSCE and 5+ years of experience preferred. Strong knowledge of Ethernet and related protocols and standards, such as IEEE 1722, TSN/AVB, PTP, MACsec. System modeling experience in Matlab/Simulink or similar tools. Strong knowledge of switch architectures and traffic shaping techniques. Strong problem-solving skills with an ability to understand and clearly articulate technical issues to peers, management and customers and solve problems cross-functionally. Strong verbal and written communication skills to work effectively with teams spread geographically. Self-motivated. Desirable Knowledge of other wireline communications such as PCIe. Knowledge of standard and audio and video interfaces. Experience with automotive networks such as CAN and Ethernet. Knowledge of functional safety. RTL design experience.