Automotive Engineering: Advancing Mobility through Robotics and Smart Systems

The world of automotive engineering is evolving at a rapid pace, blending traditional mechanics with cuttingedge robotics technology. This book, Automotive Engineering in the Robotics Science series, explores the crucial intersections between these disciplines, providing insights into the latest trends, innovations, and practices that shape the automotive industry today. Whether you're a professional, an undergraduate or graduate student, or simply an enthusiast, this book offers valuable knowledge that connects mechanical engineering, robotics, and automotive design

Automotive engineering-An introduction to the fundamental principles that drive vehicle design and innovation, focusing on the integration of robotics in modern automotive systems

Mechanical engineering-Explores the core mechanical concepts necessary for the design and operation of vehicles, emphasizing robotics applications

Mechatronics-Discusses the synergy between mechanical, electrical, and software systems that enable advanced automotive automation

Car platform-A detailed look at the chassis and structural foundations of vehicles, considering the role of robotics in enhancing vehicle performance and safety

Chevrolet Vega-A case study on the iconic Chevrolet Vega, illustrating how robotics and engineering improvements shaped its design

Vehicle bus-An explanation of vehicle communication systems, showing how robotics enables realtime data exchange and system control

Bendix Corporation-A focus on Bendix’s innovations, highlighting their contributions to automotive safety systems with robotic technologies

Production part approval process-Describes the essential process of manufacturing automotive parts, with a focus on how robotics ensures quality and efficiency

Active safety-An examination of systems designed to prevent accidents, highlighting robotics in vehicle safety technology

Hardwareintheloop simulation-Discusses simulation technologies in automotive development, focusing on robotics' role in virtual testing

Noise, vibration, and harshness-Explores the critical factors affecting vehicle comfort, emphasizing how robotics helps reduce noise and vibration

Manufacturing engineering-A comprehensive overview of the manufacturing processes in automotive production, showing how robotics drives innovation in assembly lines

Automotive electronics-Details the electronics systems powering modern vehicles, highlighting the role of robotics in enhancing these systems

MAHLE Powertrain-Investigates the role of MAHLE Powertrain in advancing automotive powertrain technologies, with robotics playing a key role

Automotive Research Association of India-Focuses on ARAI’s work in automotive development, particularly how robotics is integrated into research and development efforts

Runner Automobiles-A look at Runner Automobiles and their use of robotics for improving vehicle design and performance

Acura RLX-An exploration of Acura RLX's innovative engineering, showing how robotics contributed to its advanced features

Ecomechatronics-Introduces the emerging field of Ecomechatronics, where robotics meets environmental sustainability in automotive design

Industrial and production engineering-Discusses the application of robotics in streamlining automotive production processes, improving efficiency

Active sound design-Explores the use of robotics in automotive acoustics, focusing on innovations in noise control and sound enhancement

Predictive engineering analytics-Looks at how roboticsdriven analytics are used to predict vehicle performance and optimize design