At a time when the new energy and automatic pilot vehicle industry is undergoing rapid expansion, Automotive-Grade Electronics: Reliability Design Theory, Development Process, and Full Lifetime Management provides readers with a comprehensive, up to date, expert, and best practice reference resource. The number of ECUs (Electronic Control Units) in vehicles has increased rapidly and a key concern for the industry is how to ensure high reliability for the lifetime of automotive electronic components and parts. This timely book addresses this issue at system level. This book fills a gap in the current literature by providing readers with a systematic exploration of reliability design theory, development processes and full lifetime management of automotive-grade electronics, for both components and parts. The book takes a unique industry perspective, drawing upon the authors' two decades of experience in the electronics industry. By integrating engineering cases and industry standards, "Automotive-grade Electronics" provides a best practice guidance for R&D, testing and manufacturing in the automotive electronic, chips, component and parts industries Systematically describes reliability design theory, development processes and full lifetime management of automotive-grade electronics for both components and parts Includes analysis of the Architecture, Engineering and Construction (AEC) standards for electronic components, automotive-grade certification and functional safety (ISO 26262) Covers electrical and environment testing and Electromagnetic Compatibility (EMC) testing of automotive electronic parts, including Design Verification and Product Validation (DV/PV) tests Examines the reliability requirements for the entire lifetime of a vehicle