Forensic Engineering We Are the Accident Investigation Experts... We Are the Accident Investigation Experts... We Are the Accident Investigation Experts...

Get objective testimony or technical reports from experienced engineers when damages, injuries, and conflicts require legal action. Work with a trusted forensic engineering firm.
Thomas Baker, P.E. Forensic Engineer – Accident Investigator Our Services Forensic Engineer
Thomas Baker, P.E.
The Forensic Engineer uses the scientific method, training, testing, and scientific standards to determine the root-cause and any contributing factors to the accident. Our Services
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Forensic Engineering - Thomas Baker, P.E.

Trusted Credentials – A Forensic Engineering Litigation Firm

What Does a Forensic Engineer Do? To put it simply, forensic engineering is the application of engineering principles and science used in the investigation of failure, more specifically, the failure of a machine, component, material or structure.

I am a qualified engineer that investigates materials, products, structures and components that fail or do not operate as intended.  The failure or non-conformance can result in personal injury, property damage, or financial strain and be litigated in a court of law.  A Forensic Engineer uses the scientific method, training, testing, and scientific standards to determine the root-cause and any contributing factors to the accident.  All of our consultants are professional engineers, the profession’s highest standard of competence. Our litigation consultants’ credentials, thoroughness, and objectivity are compelling in the courtroom.  We take pride in our commitment to bring you objective analyses and reporting. We are transparent communicators so that you can be confident in your legal approach. Whether on the stand or behind the scenes, we act with integrity and speak with authority.

 We can provide Forensic Engineers Nationwide – let us match your needs with an expert in your area today.
Root Cause Determination · Licensed in 50 States · Expert Engineer Witness · Claims Support
About Forensic Engineering

Why will you Choose our Services?

Has the product been tested to industry standards?

Did the general contractor comply with OSHA rules?

Why didn’t the forklift stop when the brake was applied?

Why did the generator catch on fire?

He said the forklift’s seat belt didn’t work.  Did it?


Training for CEU requirements available on topics like “Slip and Fall Investigations” and “Aerial Work Platform Standards”.
This is not an exhaustive list so please call or send an email about your case and if we can’t help you we’ll be able to make a recommendation as to someone that can.

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Fire Causation

The cause of a fire can be accidental, natural, incendiary, or undetermined. Some common causes of fires Commercial, Industrial, Residential, Marine, Power Tools, Kitchen Appliances, Tractor-Trailers, CSST & Gas Piping Systems, Laptops and Power Strips.
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Slip / Trip and Falls

Evaluation of floors and pedestrian paths using applicable ANSI and ASTM standards. Bathtub slip and falls and grab bars. Coefficient of friction determined by tribometers such as the BOT 3000 and the English XL. Movie theater stairs, handrails, and lighting.
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Building Code Compliance

Building code compliance is the process of ensuring that buildings are constructed and maintained in accordance with the relevant regulations and standards. Lighting, Stairs, Means of Egress, Life Safety Code, ADA.
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OSHA Standards

are rules that describe the methods employers are legally required to follow to protect their workers from hazards. Before OSHA can issue a standard, it must go through a very extensive and lengthy process that includes substantial public engagement, notice and comment.
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Manlift Accidents

Aerial lifts are powerful tools, and when used properly, can be quite safe. When workers aren’t properly trained to operate these machines, accidents may happen. Some aerial lift accidents can lead to serious injuries and, in some cases, fatalities. That’s why employers are legally required to provide aerial lift operator certification training. By ensuring that aerial lift operators are OSHA-certified, businesses can prevent many of the most common aerial lift accidents.
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Rental Fleet

Log-splitters, pressure washers, generators, core drills, air compressors, Bobcats (skidsteer loaders), forklifts, backhoes, tractors, excavators, telehandlers, scaffolding, ladders, air handlers, jack hammers, concrete saws, floor buffer, brush chippers, light towers. Forensic Engineering has been providing objective expert opinions to attorneys, adjusters, and building managers.
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Product Liability

Manufactured items such as chairs and furniture, kitchen countertop appliances, dishwashers, ice makers, refrigerators, ranges, ovens, aquariums, fenestration, ceiling fans, laptops, power strips, boat cleats and hardware, walkers, wheelchairs, bicycles, exercise equipment, gas dispensers, merchandising displays.
FAQ

You will learn more from our FAQ.

We understand the importance of approaching each work integrally and believe in the power of simple and easy communication.
Forensic engineers use their expertise and analytical skills to examine evidence, reconstruct events, and determine root causes of problems. They can help prevent future failures, improve safety and performance, and provide legal support and expert testimony. Forensic science can be rewarding because it contributes objective, precise information to the criminal justice system.
Forensic engineering has been defined as "the investigation of failures—ranging from serviceability to catastrophic—which may lead to legal activity, including both civil and criminal".[1] The forensic engineering field is very broad in terms of the many disciplines that it covers, investigations that use forensic engineering are case of environmental damages to structures, system failures of machines, explosions, electrical, fire point of origin, vehicle failures and many more.[2][1]

It includes the investigation of materials, products, structures or components that fail or do not operate or function as intended, causing personal injury, damage to property or economic loss. The consequences of failure may give rise to action under either criminal or civil law including but not limited to health and safety legislation, the laws of contract and/or product liability and the laws of tort. The field also deals with retracing processes and procedures leading to accidents in operation of vehicles or machinery. Generally, the purpose of a forensic engineering investigation is to locate cause or causes of failure with a view to improve performance or life of a component, or to assist a court in determining the facts of an accident. It can also involve investigation of intellectual property claims, especially patents. In the US, forensic engineers require a professional engineering license from each state.
One of the most common applications of forensic engineering is in decoding product liability. Claimants (plaintiffs) and defendants both rely on expert testimony to establish a chain of events and apportion fault.

A few different examples of forensic engineers being called to investigate an accident are:

A concert stage collapsing and crushing a person underneath before the show
An electric kettle experiencing an electrical failure and causing burns to the owner
A bridge collapsing under the weight of snow and ice despite being deemed safe.
Product manufacturers
Builders and contractors
Insurance companies
Underwriters
Banks and financial institutions
Auditors
Lawyers and law firms
Government investigators
Project consultants
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