COMING 2026!

A systems-based approach to understanding how buildings fail—and how to prove it

Construction Forensics

Systems, Failures, and the Reality of Building Performance

Most construction problems are not what they appear to be.

A crack is rarely just a crack.
A leak is rarely just a leak.
And what gets labeled as a “defect” is often just the visible symptom of a much larger, system-level failure.

Yet time and again, construction issues are approached in isolation—one trade, one component, one moment in time.

That’s where mistakes are made.
That’s where cases fall apart.
And that’s where the real story gets missed.

Construction Forensics challenges that approach.

This book provides a clear, real-world framework for understanding how buildings actually fail—across systems, over time, and often across multiple contributing factors.

It breaks down:

How water intrusion and drainage issues develop and spread
How building envelope failures originate and evolve
How structural movement, materials, and environmental conditions interact
Why construction sequencing and decision-making matter more than most realize
And how seemingly minor issues can point to much larger systemic problems

But identifying a problem is only part of the equation.

In construction disputes, insurance claims, and litigation, the outcome is not determined by what you see—

It’s determined by what you can prove.

This book goes beyond inspection and diagnosis to address:

How to distinguish symptoms from root cause
How to document and evaluate findings properly
How to build a clear, defensible narrative
How common defense arguments are structured—and how to break them
And how to position a case for resolution, mediation, or litigation

Whether you are:

A property owner trying to understand what went wrong
An attorney building or defending a case
A contractor or consultant navigating a dispute
Or a professional responsible for evaluating damage or performance

this book provides a practical, systems-based approach to seeing the full picture.

Because when you understand how a building actually failed, everything changes.

The conversation changes.
The strategy changes.
And often, the outcome changes.

At its core, construction forensics comes down to three things:

Identify the failure.
Prove the cause.
Control the outcome.

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INTRODUCTION

Why Most Construction Failures Are Misunderstood

Most construction problems are not what they appear to be.

A crack in a wall is rarely just a crack.

Water intrusion is rarely just a leak.

And what gets labeled as a “defect” is often just the visible symptom of something much larger—something systemic, progressive, and misunderstood.

Yet time and again, construction issues are approached as isolated events.

A contractor points to workmanship.

An engineer isolates a component.

An insurance carrier looks for a single triggering event.

An attorney builds a case around a narrow claim.

Everyone focuses on the part.

Almost no one looks at the system.

This is where most cases begin to go wrong.

Because buildings don’t fail one component at a time.

They fail as systems.

Over the course of my career, I’ve worked across construction, operations, and complex problem-solving environments where performance, failure, and accountability intersect.

What I’ve seen repeatedly is this:

The real story is almost never on the surface.

It’s behind the wall.

Under the slab.

In the drainage path no one mapped.

In the sequence of decisions that seemed unrelated—but weren’t.

And more importantly:

It’s in how all of those things connect.

Construction forensics is not just about identifying damage.

It’s about understanding how and why that damage occurred—over time, across systems, and often across multiple parties.

It’s about separating:

symptoms from causes
events from conditions
assumptions from evidence

And ultimately, it’s about building a narrative that holds up under scrutiny.

Because in the real world, identifying a problem is not enough.

You have to prove it.

And proving it requires more than observation.

It requires structure.
It requires logic.
It requires understanding how buildings actually perform—not how they were intended to perform.

There’s a gap in this industry.

On one side, you have technical experts—engineers, inspectors, contractors—who understand individual systems in detail.

On the other, you have legal and insurance frameworks that require clear, defensible conclusions.

But between those two worlds, something often gets lost:

The ability to connect the dots.

This book is about that connection.

It’s about how failures actually happen.
How they evolve.
How they’re misunderstood.
And how to properly analyze, document, and present them.

You won’t find abstract theory here.

You’ll find real-world thinking.

You’ll find patterns that repeat across projects, materials, climates, and jurisdictions.

You’ll find the arguments that get made—and how they’re constructed.

And you’ll find how to break those arguments apart when they don’t reflect reality.

This is not a technical manual.

And it’s not a legal handbook.

It’s a framework for understanding failure—clearly, strategically, and in a way that leads to better outcomes.

Whether you’re:

a property owner trying to understand what went wrong
an attorney building or defending a case
a contractor or consultant navigating a dispute
or someone tasked with determining responsibility

the goal is the same:

Clarity.

Because when you understand how a building actually failed, everything else changes.

The conversation changes.
The strategy changes.
The outcome often changes.

At its core, construction forensics comes down to three things:

Identify the failure.
Prove the cause.
Control the outcome.

That’s what this book is about.

CONSTRUCTION FORENSICS

Systems, Failures, and the Reality of Building Performance

Introduction

Why Most Construction Failures Are Misunderstood

PART I — THE REALITY OF FAILURE

The Myth of the Isolated Defect
Buildings Don’t Fail All at Once
Systems vs. Components
Construction vs. Design vs. Environment
Why “Within Tolerance” Means Nothing

PART II — THINKING LIKE A FORENSIC CONSULTANT

Seeing What Others Miss
Symptoms vs. Root Cause
Pattern Recognition Across Trades
Reading a Property as a System
Observation vs. Proof

PART III — HOW BUILDINGS ACTUALLY FAIL

Failures don’t occur in categories. These categories are how we study them—not how they happen.

Water Intrusion & Drainage Failures. Surface water, subsurface movement, and uncontrolled pathways
Building Envelope Breakdown. Where air, water, and materials intersect—and systems fail
Structural Movement & Settlement. Soil conditions, load paths, and progressive movement
Roofing Systems & Weather Events. Exposure, performance, and the difference between the two
HVAC & Mechanical System Performance Failures. When systems operate—but fail to perform
Fire-Rated Assemblies & Code Reality. What was designed, what was built, and what actually remains
Material & Product Failures. Windows, membranes, piping, and manufactured system breakdowns
Construction Sequencing Workmanship Failures. When the order of work creates the failure
Environmental & Site Condition Impacts. Drainage, grading, moisture, and site-driven performance
Interior Damage: Cosmetic vs. Systemic. What you see vs. what it actually means

PART IV — THE INVESTIGATION

The Site Inspection: Where It Starts
What to Document—and What Not To
Testing, Destructive Testing, and Overreach
When to Bring in Engineers
Using Codes Without Misusing Them

PART V — BUILDING THE CASE

Turning Observations into a Narrative
Writing Reports That Hold Up
Establishing Causation
Using Code Strategically
Preparing for Mediation
Working with Attorneys

PART VI — THE DEFENSE PLAYBOOK

“Hairline Cracks Are Normal”
“Within Tolerance”
“Maintenance Issue”
“Not Our Scope”
“No Code Violation”
How These Arguments Are Built
How to Break Them

PART VII — CASE STUDIES

The Fire-Rated Assembly That Failed
Wind-Driven Rain vs. Wind Damage
The Crawlspace Ventilation Argument
When Small Issues Reveal Systemic Failure

PART VIII — WHAT’S COMING NEXT

The Future of Construction Failure
Insurance, Risk, and Liability Trends
The Evolving Role of Forensic Consultants

Closing

What It Really Means to Understand Failure

ABOUT THE AUTHOR

Eric Faber is a multidisciplinary consultant and systems strategist with over four decades of experience across construction, operations, manufacturing, packaging, and delivery logistics. His work focuses on understanding how complex systems perform—and more importantly, how and why they fail.

As the founder of The Construction Forensics Group, Eric specializes in investigating construction defects, building failures, and performance issues across both residential and commercial properties. His work centers on identifying root cause, connecting system-level failures, and developing clear, defensible narratives for clients, attorneys, and stakeholders.

His approach is grounded in a systems-based perspective—recognizing that most construction issues are not isolated events, but the result of interconnected conditions that develop over time. By analyzing how water moves, how materials interact, how construction sequencing impacts performance, and how decisions compound, he brings clarity to complex situations that are often misunderstood or misrepresented.

Over the course of his career, Eric has worked across a wide range of construction-related matters including structural movement, building envelope failures, drainage and grading issues, roofing systems, HVAC performance, fire-rated assemblies, material and product failures, and insurance-related damage claims. His work frequently supports litigation, mediation, and dispute resolution, where clarity, accuracy, and strategy are critical.

Eric is also the founder of multiple consulting and operating platforms, including The Consultancy, U.S. Delivery Consultants, U.S. Restaurant Consultants, and Packaging Resources. Across these ventures, he advises operators, brands, and investors on system design, performance optimization, and real-world execution—bringing a rare cross-industry perspective to complex operational challenges.

He has also served in public and advisory roles and has been recognized for his contributions to industry and community initiatives.

Eric’s work is driven by a simple principle:

Most problems are not what they appear to be.

This book reflects that philosophy—offering a practical framework for understanding how construction failures actually happen, how to analyze them properly, and how to build a case that holds up.

COMING 2026!

A systems-based approach to understanding how buildings fail—and how to prove it

Construction Forensics

Coming Soon!

HERE'S A SNEAK PEEK!

INTRODUCTION

TABLE OF CONTENTS

TABLE OF CONTENTS

TABLE OF CONTENTS

TABLE OF CONTENTS

TABLE OF CONTENTS

ABOUT THE AUTHOR

Download CHAPTER 1

Understand the Failure. Build the Case. Move Forward.

Start Here

COMING 2026!

A systems-based approach to understanding how buildings fail—and how to prove it

Construction Forensics

Coming Soon!

HERE'S A SNEAK PEEK!

INTRODUCTION

TABLE OF CONTENTS

TABLE OF CONTENTS

TABLE OF CONTENTS

TABLE OF CONTENTS

TABLE OF CONTENTS

ABOUT THE AUTHOR

Download CHAPTER 1

Understand the Failure. Build the Case. Move Forward.

Start Here

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