Modern vehicles are engineered across mechanical, electrical, software, and safety boundaries at once - a chassis decision changes a battery duty cycle, a software update changes a wear pattern, and a thermal margin decision changes how much power a motor can deliver.
Most references cover only one of these domains at a time, leaving engineers to reconcile mechanical, electrical, software, and safety decisions on their own once real trade-offs collide.
This handbook teaches vehicle engineering the way real programs run: one coupled system, developed through a consistent requirements-to-verification process, worked in full across eighteen chapters from foundations to field lifecycle.
What This Book Covers
Key topics: systems engineering process; requirements and traceability; vehicle architecture and dynamics; propulsion and energy systems; thermal and electrical engineering; embedded software; functional safety; automotive cybersecurity; driving automation; verification and validation; manufacturing and lifecycle management
Who this book is for: Engineers, engineering students, and technical program staff working across mechanical, electrical, software, and safety domains - vehicle systems engineers, powertrain and chassis engineers, embedded and controls engineers, and safety and validation specialists who need one reference connecting requirements to architecture to evidence.
Get your copy and start engineering the vehicle as one coupled system, from requirements to release.
Autores populares
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