Future of Automotive Engineering Series
About this ebook series
Future of Automotive Engineering Series
The Future of Automotive Engineering series is a comprehensive exploration of modern automotive technology, blending practical expertise with advanced engineering principles. Each volume equips readers with the knowledge to optimize, maintain, and innovate in today’s rapidly evolving automotive landscape.
Book 1: Autonomous Car Maintenance — Delve into the specialized techniques and systems that keep self-driving vehicles operating safely and efficiently.
Book 2: Complete Car Tuning and Performance Guide — Unlock the full potential of conventional vehicles with in-depth guidance on tuning, performance upgrades, and reliability improvements.
Book 3: Electric & Hybrid Car Tuning and Maintenance — Master the intricacies of electrified combining performance optimization with long-term system care.
Book 4: Mastering CVT Transmission — Rounding out the series, this volume focuses on continuously variable transmissions (CVTs), a critical technology in both conventional and electrified vehicles. Building on the maintenance principles of Book 1 and the performance insights of Books 2 and 3, it provides specialized guidance on keeping CVTs reliable, diagnosing issues, and optimizing their performance for long-term durability.
Book 5: Nitrous Performance Guide — Unlock the hidden potential of your engine with nitrous oxide (NOS) systems.
Book 6: Advanced Engine Electronics & Diagnostics — Your complete guide to understanding and mastering the advanced engine electronics & diagnostics.
Future volumes will continue to explore emerging technologies and advanced systems in automotive engineering, providing readers with practical insights and cutting-edge knowledge.
Note: Although labeled with a volume number, this book is a complete standalone reference and can be read independently.
⭐ Author: Dr Mohammed Hamed Ahmed Soliman – With over three decades of hands-on experience in car tuning and maintenance, he combines practical mastery with academic rigor. His expertise spans mechanical engineering, engineering systems, and industrial technology, providing a unique perspective that bridges theory and real-world automotive performance.
