Areas served · New York
Forensic Engineering in Buffalo
In and around Buffalo
What we investigate in Buffalo
Most of the structural losses we investigate in Buffalo trace back to snow and cold. Lake-effect storms off Lake Erie pile heavy loads on roofs, and long freeze-thaw winters work on the oldest housing stock of any large US city. We document what actually failed, and a licensed engineer responds within 24 hours.
The conditions we see in Buffalo
More than half of Buffalo's annual snowfall comes from the localized lake-effect process off Lake Erie, which the National Weather Service notes can fall at over three inches per hour. The November 2022 storm dropped 77 inches at Orchard Park and buckled roofs across Western New York, including a bowling-alley roof collapse in Hamburg. Those loads test framing, connections, and drainage that were never sized for a single-storm accumulation like that.
Buffalo holds the oldest housing stock of any large US city, with roughly 64 percent of homes built before 1940 (US Census / WGRZ). The stock runs to 19th- and early-20th-century brick and masonry buildings alongside older wood-frame houses, much of it two-family dwellings. Deep freeze-thaw cycling and heavy roof snow loads act on aging brick, mortar, and framing, and telling storm damage from long-run deterioration is the question behind most claims here.
How we help in Buffalo
The evaluations Buffalo cases usually call for
- Snow-load, roof, and masonry evaluation
A collapsed or sagging roof after a lake-effect storm can come from snow load, a framing defect, prior deterioration, or drainage that failed. Our licensed engineers evaluate the structure and the load it carried and document which one is responsible.
Our structural engineering services- Freeze-thaw and water loss investigation
Frozen pipes, ice-driven roof leaks, and freeze-thaw cracking produce overlapping damage in Buffalo's aged brick and framing. We determine whether the cause is the weather event, a pre-existing condition, or a construction defect, based on the physical evidence at the property.
Our forensic engineering in Buffalo
Fire origin & cause
Fire origin and cause in Buffalo
Buffalo's aging housing stock drives much of its fire loss. Crews respond repeatedly to vacant and under-renovation building fires, and defective wiring, furnaces, and space heaters recur as causes through long heating seasons in pre-1940 brick and wood-frame construction. Old buildings burn and collapse differently than modern ones, and the evidence can be lost fast.
Our NAFI-certified investigators work to NFPA 921: a systematic scene examination, burn patterns traced back to the area of origin, and analysis of the electrical, heating, and mechanical systems, carried to an accidental or incendiary determination. Bringing an investigator in early preserves the evidence, and the same expert provides written findings and testimony at deposition and trial.
Fires we investigate
- Residential and commercial fires
- Vacant and under-renovation building fires
- Heating and space-heater fires
- Electrical and wiring fires
- Vehicle fires
Common questions
Forensic engineering in Buffalo, New York
A different question about your case? An engineer, not a call center, answers within 24 hours.
Is roof damage in Buffalo from snow load or a building defect?
It can be either. A heavy lake-effect load can overwhelm sound framing, but weak connections, prior deterioration, or blocked drainage can fail under less. We evaluate the structure and the load together to determine the cause.
Can you assess freeze-thaw damage to older masonry?
Yes. Buffalo's pre-1940 brick and mortar deteriorate under repeated freeze-thaw cycling, and we evaluate whether the cracking is from that long-run process, a recent event, or a defect.
Do you charge travel to reach Buffalo?
No. We work Buffalo-area cases from our Omaha lab and Los Angeles office with no travel charges, and a licensed engineer responds within 24 hours.
Have a loss that needs answers?
Tell us what happened. An engineer, not a call center, will review your case.