7 New Structural Engineering Books Reshaping the Industry in 2025

Unlike most structural engineering books that dive deeply into complex calculations, Hugh Morrison's work emphasizes practical approximation techniques that bridge theory and real-world application. Drawing from his extensive experience, Morrison offers engineers and architects a toolkit to evaluate structural ideas quickly using simple tools like pen, paper, and calculator, making the transition from classroom learning to design reality smoother. The book breaks down concepts from straightforward beams to intricate structures, supported by numerous figures and photographs that connect theoretical principles with tangible examples. If you want to sharpen your intuition for structural design without getting lost in exhaustive formulas, this book is tailored for you, especially if you often seek a practical way to test alternative solutions efficiently.

SJ Engineering LLC developed this practice exam to address the updated April 2024 CBT format of the Civil-Structural PE Exam. You get 40 carefully constructed structural engineering problems that mirror the actual exam's difficulty, complete with detailed, step-by-step solutions to help you understand every concept. It’s especially suited for engineering interns prepping for the PE as well as practicing engineers wanting to sharpen their structural skills. For example, the book breaks down complex load calculations and design challenges in ways that mirror real testing scenarios, helping you pinpoint weak areas and build confidence. If you're serious about mastering the new exam format, this focused practice exam offers targeted preparation without fluff.

This tailored book explores the forefront of structural engineering as it stands in 2025, focusing on the latest developments and discoveries shaping the field. It covers emerging design concepts, advanced materials, and innovative analysis techniques, offering a rich exploration of new knowledge tailored to your background and interests. By concentrating on the areas you specify, it reveals cutting-edge insights that keep you ahead of evolving engineering challenges and technological trends. The personalized approach ensures that the book matches your goals, providing a focused learning experience that bridges foundational principles with the newest research and practical applications.

This isn't another structural engineering book promising only theoretical insights; Thomas Boothby takes you through empirical design as a living practice embedded in the engineering world. You learn how empirical methods shape design choices across diverse materials like steel, concrete, wood, and masonry, illustrated with case studies from North America, Europe, and Asia. The book delves into the interplay between empirical and rationalist approaches, highlighting how historical structures and forensic engineering inform modern design decisions. If you want to understand how real-world experience and historical precedent influence structural engineering beyond formulas, this book offers a grounded perspective that benefits practicing engineers and students alike.

Anthony Obododike Ekwuno challenges conventional wisdom by offering a practical, example-driven approach to structural engineering that bridges academic knowledge with real-world application. His background as a civil engineer educated both in the UK and South Africa informs the book’s diverse coverage—from reinforced concrete beams to retaining walls and structural steel components. You will gain insights into material properties, design techniques, and construction procedures essential for safe, reliable structures. This handbook suits students seeking solid foundational skills and practicing engineers aiming to refresh or expand their technical toolkit, especially in contexts involving concrete, steel, and soil mechanics.

Edward Godfrey's decades of experience in civil engineering shine through in this detailed examination of concrete's role within structural engineering. You’ll learn how concrete behaves as a material under various conditions, supported by practical insights into design and construction techniques that go beyond surface-level explanations. The book breaks down complex concepts with clarity, such as load distribution and mix design, making it a valuable tool for engineering students and professionals refining their expertise. While it’s technical, it’s particularly suited for those ready to deepen their understanding of concrete’s structural applications rather than beginners seeking broad overviews.

This tailored book explores the forefront of structural engineering as it evolves in 2025, focusing on emerging trends and discoveries that shape the field. Drawing on your background and objectives, it examines innovative developments such as new materials, design techniques, and analytical tools that are transforming structural practice. By aligning with your interests, this personalized guide reveals how to anticipate and integrate future challenges and opportunities in your projects. It offers a unique learning experience that makes complex, cutting-edge concepts accessible and relevant to your role. Whether you seek to deepen technical knowledge or stay ahead of industry shifts, this book matches your goals and background with focused insights.

Won-Kee Hong’s expertise in civil engineering shines through in this book, which explores the integration of artificial neural networks (ANNs) into reinforced concrete structural design. You’ll find detailed explanations of how ANNs address diverse engineering challenges, supported by practical case studies that bridge theory with real-world applications. The book walks you through the basics of neural networks and their implementation using MATLAB, making it accessible even if you haven't worked with AI before. Whether you're tackling structural or architectural engineering problems, this resource equips you with the knowledge to apply AI-driven methods to improve design processes effectively.

Louis F. Geschwindner's decades of experience in structural steel design shine through this book, which bridges theoretical concepts with real-world applications tailored for civil and architectural engineers. You learn how to apply the latest ANSI/AISC 360-22 specifications through detailed explanations of limit states design, tension members, beam-columns, and seismic considerations. The inclusion of full examples in both LRFD and ASD approaches, along with multi-chapter problems and a comprehensive design project, equips you to confidently handle modern steel structure challenges. This book suits engineering students advancing in steel design and practicing engineers updating their knowledge to current standards.