10 Best-Selling Engineering Books Millions Trust

What started as an exploration of geopolitical shifts became a deep dive into the technology underpinning global power. Chris Miller, an expert in international history and economics, unpacks the microchip's rise from a technical marvel to a strategic asset shaping military and economic dominance. You’ll gain insight into the complex interplay between semiconductor technology and international relations, illustrated by case studies on U.S. innovation and China’s aggressive chip-building initiatives. This book suits anyone curious about how engineering feats intertwine with policy and global competition, especially those interested in the critical technologies defining today’s world order.

What happens when decades of hands-on electrical experience meets the latest industry updates? Charles R. Miller delivers a tightly focused reference packed with essential data electricians rely on daily. You'll find updated 2023 NEC code changes, conduit bending guides, wiring diagrams, and ampacity tables that help you navigate complex electrical systems with confidence. Chapters cover everything from transformer currents to grounding conductors, making it a practical asset whether you're in the field or training. If you need a compact, trustworthy electrical guide that aligns with current standards, this book is tailored for you, though those outside electrical trades might find it too specialized.

This tailored engineering book explores battle-tested techniques and proven methods, combining widely respected knowledge with your unique challenges and interests. It covers key engineering principles, practical problem-solving approaches, and specialized insights that many readers have found valuable, all matched to your background and goals. By focusing on your specific needs, this book reveals pathways to deeper understanding and mastery in areas like systems design, project execution, and innovation management. The personalized content ensures you engage with material that directly supports your engineering ambitions, making learning more efficient and relevant.

Drawing from his leadership roles at Digg, Uber, and Stripe, Will Larson developed a human-centric approach to managing engineering teams that tackles challenges ranging from team sizing to technical debt management. You’ll find practical insights on succession planning and balancing structured management principles with empathy to create environments where engineers can thrive. For example, Larson discusses how to evaluate team growth phases and implement thoughtful delegation strategies that prevent burnout. Whether you're an engineering manager or aspiring leader, this book guides you through resolving the complex puzzles of engineering management with clarity and nuance.

Unlike most engineering books that focus solely on theory, this one dives straight into practical electronics with clear, detailed guidance. The authors, both seasoned engineers and lifelong hobbyists, offer you insights into selecting components, building circuits, and working with microcontrollers and programmable logic. For example, chapters on operational amplifiers and digital electronics provide hands-on schematics and explanations that help you move from concept to functioning gadget. If you're keen on developing tangible electronics skills rather than just understanding concepts, this book suits your ambitions well, though those looking for purely theoretical discussions might find it too applied.

Gretchen Bakke combines her cultural anthropology expertise with a deep dive into America's electrical grid, revealing it as more than infrastructure—it's a reflection of national history and values. You learn why the grid, though once a marvel, now struggles under the weight of modern energy demands and how its transformation involves a complex interplay of technology, politics, and social change. Chapters detail the grid’s evolution and current challenges, such as integrating renewable energy sources and navigating regulatory hurdles. If you’re curious about the intersection of engineering, policy, and society or involved in energy sectors, this book offers insights into the urgent need to reimagine how power reaches us all.

This tailored engineering book explores practical, step-by-step approaches to accelerate your engineering skills within 30 days. It covers essential techniques for rapid improvement, focusing on actions that align with your specific background and goals. By combining widely validated engineering knowledge with your personal interests, the book reveals how to make tangible progress quickly and effectively. Through a tailored lens, it examines core engineering principles alongside targeted techniques suited to your needs, ensuring the content remains relevant and engaging. This personalized resource encourages focused learning, helping you build competence and confidence in your engineering endeavors.

Drawing from decades of experience as a Harvard physics professor and electronics innovator, Paul Horowitz, alongside Winfield Hill, developed this definitive guide to electronic circuit design. You’ll find not only theoretical explanations but also practical data like oscilloscope screenshots and measured component characteristics that rarely appear in datasheets. Chapters such as the detailed analysis of active components and circuit behavior equip you to make informed design choices. Whether you’re a student, researcher, or hobbyist, this book offers a deep dive into the nuances of analog and digital electronics that will sharpen your understanding and technical skills.

Svein Linge, a professor specializing in modeling and simulation, co-authored this book to bridge the gap between programming and engineering education. You get introduced to Python 3.6 through a methodical expansion from basics to applying numerical methods for mathematical problems, with chapters dedicated to clean program design and verification techniques. The book’s approach suits those new to programming who want to write functional code for engineering challenges, emphasizing generic algorithms and practical coding habits. If you’re aiming to integrate programming skills directly into science or engineering contexts, this book lays down a clear, focused path without unnecessary complexity.

A J Wharton's experience in marine engineering shines through in this focused examination of diesel engines used in maritime contexts. The book methodically explores diesel engine theory, technology, and operational practices tailored for those pursuing Department of Transport Certificates of Competency, Class One and Two. It doesn't just cover basics; it also introduces readers to the latest engine types and emerging operating systems, making it relevant for professionals staying current with industry developments. You will gain practical insights into engine maintenance and performance optimization, especially valuable if your work involves marine diesel engines or certification preparation.

G T H Flanagan's extensive experience in marine engineering informs this focused examination of feed water systems, a critical component in shipboard operations. The book offers detailed insights into the design, maintenance, and treatment techniques essential for ensuring efficiency and reliability in marine boilers. You explore practical aspects such as water chemistry control and system troubleshooting, skills vital for marine engineers and technical professionals in the maritime industry. While concise, the text delivers targeted knowledge beneficial for those responsible for maintaining vessel integrity and operational safety.

Unlike most engineering books that zero in on theory alone, Michael J Neale's The Tribology Handbook offers an in-depth practical guide to selecting and designing machine components with an emphasis on lubrication. Drawing on his leadership as a former President of the Institution of Mechanical Engineers, Neale revises this edition with insights from top experts, focusing on real-world application rather than abstract concepts. You’ll find detailed discussions on wear mechanisms, lubrication methods, and component materials that provide tangible skills for engineers working on machine reliability and maintenance. If your work involves mechanical design or upkeep, this book delivers clear technical frameworks and case studies that enhance your decision-making.