Author Holland, Malcolm Malcolm Holland’s guide demystifies property cracks by explaining that the vast majority are not foundation-related and do not indicate serious structural defects. Written as an un-technical manual for general reader, it provides a methodical approach to diagnosing movement based on the simple physical law that tension pulls materials apart. Readers can diagnose […]

Author W. H. Ransom W.H. Ransom’s guide helps general readers identify and avoid common building defects to save money and prevent the “misery” of property damage. By explaining agencies like moisture and fungi without complex science, it reveals how environmental factors cause structural deterioration over time. The book provides practical advice for diagnosing issues like […]

Author Barry A. Richardson Barry Richardson’s guide simplifies building failures, helping readers diagnose common issues like dampness, fungal decay, and foundation instability. It translates complex scientific data into practical advice for maintaining materials like wood and masonry while avoiding costly construction errors. Readers gain a better understanding of hidden defects, from insect infestations to insulation […]

Author Michael F. Atkinson Atkinson’s manual helps readers distinguish subsidence from settlement and identify defects like bad workmanship or tree-related damage. It guides homeowners through insurance and NHBC warranty claims, explaining the necessity of professional diagnosis before remediation. By outlining scientific investigation methods like trial pits and long-term monitoring, the book enable people to better […]

Author Zihai Shi Zihai Shi’s work provides a specialized framework for evaluating and renovating aging concrete infrastructure like highway tunnels, dams, and bridges. It uses advanced computational fracture mechanics to explain why cracks form and to evaluate the specific damaging effects they inflict on structural safety. Through practical examples and numerical modeling, the text demonstrates […]

One-Page Construction Contract Agreement Template is simple, professional, and fully editable and covers all key terms — scope, payment, and timeline

Primavera P6 provides robust tools for planning, scheduling, and controlling construction projects. The 2010 version focuses on detailed work breakdown structures, critical path analysis, and resource management. The version allows project managers to handle large, complex schedules and track costs effectively. It is highly valued for its reliability, precise scheduling, and strong performance in managing […]

Primavera P6 is a powerful tool for planning, scheduling, and controlling large construction projects. It supports complex project structures, resource allocation, and cost tracking across multiple projects. The 2023 release 22.12 version offers enhanced performance, improved dashboards, and better integration with Primavera Cloud and Excel. With advanced critical path analysis, risk management, and progress reporting, […]

Project 2019 enhances construction project management with improved scheduling, task linking, and resource tracking tools. It includes new timeline views, better task highlighting, and enhanced collaboration through integration with Office 365 and cloud services. These updates make it easier to monitor progress, control costs, and coordinate teams, ensuring more efficient planning and delivery of construction […]

Project 2010 helps manage construction projects by scheduling tasks, assigning resources, and tracking progress. It supports cost control, identifies critical paths, and provides clear reports for better time and resource management throughout the project lifecycle.

The book shows how failures drive innovation, arguing that studying design breakdowns—from bridges to space shuttles—reveals weaknesses, informs improvements, and ultimately makes engineering safer and more successful.

The book investigates how and why buildings fail, breaking down a wide variety of failure types, their root causes, and how they can be diagnosed. It contains many case studies (shelf-angles, glazing leaks, masonry/plank issues, frame shortening, etc.) showing the symptoms, technical causes, and identifying characteristics of each failure type. It also includes guidance on […]

The book examines how engineering failures happen—not just because of design errors, but due to a complex mix of human, social, economic, and cultural factors. He reviews famous disasters—from bridge collapses and oil spills to structural collapses—and shows how failing to anticipate failure, or admitting risk, often worsens outcomes. Ultimately, the book argues that understanding […]

The book explores the many ways in which structures collapse, using historical and modern case studies. It covers failures due to natural forces (earthquakes, wind, soil settlement), design or material flaws, overloading, fatigue, and lack of redundancy. The book mixes technical explanations (in accessible terms) with real disasters—like bridge collapses, failed dams, and building walkways—and […]

The book compiles 50 real-world engineering failures, analyzing causes such as design flaws, construction errors, and unexpected conditions, while highlighting the lessons learned. The book is widely valued as a teaching resource for linking theory to practice, helping students and professionals understand how failures occur and how to prevent them in future projects.

The book explains how the hidden systems of a city—such as water, electricity, gas, sewers, bridges, roads, and wires—are built and function. It traces how these infrastructures evolved with urban growth, uses diagrams, experiments and games to teach principles, and shows both visible and invisible parts of city engineering.

The book shows how infrastructure around us works, from power lines and bridges to water systems and tunnels. It uses clear writing, color illustrations, and bite-sized explanations to help non-engineers “see” the built environment with new eyes, spotting everyday engineering details that usually go unnoticed

The book offers a concise look at the field, covering its history, key figures, and essential works like bridges, tunnels, and water systems, while addressing modern challenges of materials, energy, and sustainability.

The book introduces the profession, explaining its history, main branches, and the vital role engineers play in designing and maintaining infrastructure.

The book compiles 50 real-world engineering failures, analyzing causes such as design flaws, construction errors, and unexpected conditions, while highlighting the lessons learned. The book is widely valued as a teaching resource for linking theory to practice, helping students and professionals understand how failures occur and how to prevent them in future projects.