AUTOMOTIVE TECHNOLOGY HANDBOOK: A Complete Guide to Engines, Electronics, and Modern Vehicle Systems

A modern vehicle spans four-stroke thermodynamics, hydraulic brake circuits, distributed computer networks, and high-voltage electric powertrains — a network of interconnected mechanical, electrical, and computer-controlled systems that have to be understood together, not one at a time.

That kind of breadth is usually split across several specialized books, each with its own notation and depth, leaving a reader to reconcile inconsistent terminology and to guess at how the pieces actually connect on a real vehicle — the gap becomes obvious the moment a misfire traces back to a transmission event electrically coupled into the same control strategy, or a suspension change quietly shifts tire wear and braking behavior.
This handbook closes that gap by treating the modern vehicle as one coordinated system of systems. Every major topic is built from governing physics through a fully worked numerical example, with units carried through each step, and reinforced with chapter-end practice problems and answer keys — so the calculation, the specification, and the diagnostic conclusion connect directly rather than sitting in separate sources.

Inside, you will be able to:
• Trace a problem across subsystem boundaries instead of assuming a symptom stays contained within the system where it appears.
• Work every major automotive calculation start to finish — displacement, compression ratio, thermal efficiency, torque conversion, gear ratios, brake force distribution, circuit analysis, battery capacity, and electric-vehicle range and charging time — with units tracked at every step.
• Apply a structured, repeatable diagnostic process that moves from symptom verification through isolation to confirmed repair, instead of replacing parts by trial and error.
• Read wiring diagrams, torque specification tables, and exploded parts views the way they actually appear in professional service literature, and interpret scan-tool data with understanding rather than memorization.
• Build the safe working habits that high-voltage hybrid and electric vehicle systems, pressurized fluid systems, and lift and jack-stand work all require.
• Compare the mechanical, electrical, and control-system trade-offs behind the material selection and manufacturing choices used throughout modern vehicle design.
• Use the glossary, standards quick-reference, common diagnostic code reference, and unit conversion tables as a fast lookup once the underlying chapter has been read.

Key topics include engine architecture and combustion cycles; fuel and ignition systems; lubrication and cooling; drivetrain and transmission systems; chassis, suspension, and steering; braking systems and stability control; electrical systems and circuit analysis; onboard sensors, actuators, and vehicle communication networks; HVAC and refrigeration cycles; emissions control; structured diagnostics and troubleshooting; hybrid and electric powertrains and high-voltage safety; driver-assistance sensor systems; and automotive materials and manufacturing processes.

This book is written for practicing automotive technicians who need a single dependable reference that mirrors how real service literature is organized, for working automotive and mechanical engineers who need the underlying derivations behind a specification, and for advanced students and instructors moving from classroom theory into shop-floor or design-review practice.

Take the next step toward a genuinely integrated understanding of the modern vehicle — open the book and begin building the connected knowledge needed to diagnose, repair, or design around it with real confidence.