FORENSIC ENGINEERING
Identifying root causes and delivering actionable solutions.
When building systems fail, underperform, or come into conflict with code requirements, our forensic engineering team provides the technical clarity needed to move forward with confidence.
Our forensic engineering division provides unbiased, technically rigorous investigations that uncover the true source of mechanical, electrical, plumbing, and fire protection issues.
We combine field inspections, system testing, load analysis, design review, and historical performance evaluation to diagnose failures with precision. Whether the problem involves uneven steam distribution, hydronic flow issues, persistent leaks, ventilation imbalances, electrical overloads, insufficient domestic water pressure, recurring alarms, or unexplained equipment shutdowns, our experts isolate the root cause and document the findings with clarity and detail.
Our reports are structured to withstand scrutiny from contractors, insurance carriers, legal teams, and regulatory agencies. We offer recommended corrective actions, cost-conscious repair pathways, and design modifications that prevent future failures and improve overall system reliability.
Our forensic engineering division provides unbiased, technically rigorous investigations that uncover the true source of mechanical, electrical, plumbing, and fire protection issues.
We combine field inspections, system testing, load analysis, design review, and historical performance evaluation to diagnose failures with precision. Whether the problem involves uneven steam distribution, hydronic flow issues, persistent leaks, ventilation imbalances, electrical overloads, insufficient domestic water pressure, recurring alarms, or unexplained equipment shutdowns, our experts isolate the root cause and document the findings with clarity and detail.
Our reports are structured to withstand scrutiny from contractors, insurance carriers, legal teams, and regulatory agencies. We offer recommended corrective actions, cost-conscious repair pathways, and design modifications that prevent future failures and improve overall system reliability.