1Preface
40Chapter - 4 Automotive Electronics
2Chapter - 1 Automotive Industry
414.1 introduction
31.1 introduction
424.2 History
41.2 History
434.2.1 Types
51.3 Power sources
444.2.2 Passive Safety
61.3.1 Steam-powered Wheeled Vehicles
454.2.3 Electronic Integrated Cockpit Systems
71.3.2 Automotive Safety
464.2.4 Functional Safety Requirements
81.3.3 Occupational Driving
474.2.5 Security
91.3.4 Crashworthiness
484.3 Exercise
101.4 Conspicuity
49Chapter - 5 Electric Vehicle
111.4.1 Lights and Reflectors
505.1 introduction
121.4.2 Vehicle Color
515.1.1 History
131.4.3 Unused Safety Features
525.1.2 Introduction
141.4.4 History
535.1.3 Electricity Sources
151.4.5 Economy
545.1.4 Lithium-Ion Battery
161.5 Exercise
555.1.5 Electric Motor
17Chapter - 2 Automotive Engineering
565.1.6 Vehicle Types
182.1 introduction
575.1.7 Ground Vehicles
192.2 Disciplines: 2.2.1 Automotive Engineering
585.1.8 Hybrid EVs
202.3 Job Functions
595.1.9 On- and off-road EVs
212.3.1 Development Engineer
605.1.10 Railborne EVs
222.3.2 Manufacturing Engineer
615.1.11 Space Rover Vehicles
232.4 Other automotive engineering roles
625.1.12 Airborne EVs
242.4.1 The V-approach
635.1.13 Seaborne EVs
252.4.2 Predictive Engineering Analytics
645.1.14 Electrically Powered Spacecraft
262.5 Exercise
655.1.15 Energy and Motors
27Chapter - 3 Manufacturing Engineering
665.1.16 Properties
283.1 introduction
675.1.17 Energy Sources
293.2 Overview
685.1.18 Batteries
303.3 History
695.1.19 Efficiency
313.4 Modern developments
705.1.20 Future
323.5 Automation
715.1.21 Improved Batteries
333.6 Robotics
725.1.22 Electric Trucks
343.6.1 Education
735.1.23 Hydrogen Trains
353.6.2 Manufacturing Engineering Certification
745.2 Exercise
363.6.3 Modern Tools
75Appendix
373.6.4 Sub-disciplines
76Glossary
383.6.5 Frontiers of Research
77Index
393.7 Exercise
