Significance of Forensic Engineering

Forensic Engineering has various key advantages, such as aids in preserving evidence, detecting fraud, and damaging contested claims.

FREMONT, CA: A forensic engineer investigates property losses and injuries caused by failures in materials, components, designs, and structures. Minor incidents, such as the breaking of a crankshaft, or catastrophic events, such as the collapse of a bridge, can occur.

Manufacturers, builders, insurance companies, and law firms receive the results of forensic engineering investigations. In cases involving property damage, economic loss, personal injury, or death, forensic evidence may be presented in court, at arbitration, and in other forums, along with the investigator's testimony.

Forensic engineering is also used to discover the truth in financial claims cases.

Some of the Forensic engineering examples are:

Decoding product liability is one of the most common applications of forensic engineering. Expert testimony is used by both plaintiffs and defendants to establish a chain of events and assign blame.

Here are a few examples of forensic engineers investigating accidents:

Before the concert, a concert stage collapsed and crushed a person underneath.

An electric kettle failed electrically and caused burns to its owner.

Snow and ice caused a bridge to collapse despite being deemed safe.

When an accident or failure occurs, who normally needs forensic engineering?

Product manufacturers

Contractors and builders

Insurance companies

The underwriters

Financial institutions and banks

The auditors

Firms and lawyers

Investigators from the government

Project consultants