Engineering Forensics Group, Inc. (EFG) is a transportation consulting firm providing consulting engineering services to both public and private clients throughout the United States. EFG is client orientated and strives to provide quality engineering services while striving to meet the client's expectations and budget. EFG is based in Knoxville, Tennessee but continue to provide services to our valued clients throughout the continental United States.
Our staff has many years of experience in a wide range of transportation, accident investigation, and reconstruction arenas. We are dedicated to creating a working relationship you can trust.
Our staff has many years of experience in a wide range of transportation, accident investigation, and reconstruction arenas. We are dedicated to creating a working relationship you can trust.
Services
Engineering Forensics Group, Inc. (EFG), based in Knoxville, Tennessee, is an engineering consulting firm providing quality services to both public and private clients throughout the United States.
EFG specializes in traffic accident investigation and reconstruction, Event Data Recorder (EDR) retrieval and analysis, crash scene data collection and mapping, roadway defects investigation, pedestrian surface analysis and other transportation related services.
Our experienced staff, with training in a diverse array of forensic matters, provide our valued clients with honest and accurate engineering analysis and consultation and have been qualified to testify in state and federal courts.
EFG specializes in traffic accident investigation and reconstruction, Event Data Recorder (EDR) retrieval and analysis, crash scene data collection and mapping, roadway defects investigation, pedestrian surface analysis and other transportation related services.
Our experienced staff, with training in a diverse array of forensic matters, provide our valued clients with honest and accurate engineering analysis and consultation and have been qualified to testify in state and federal courts.
Every accident involves unique factors that require a thorough understanding of the science of accident reconstruction.
EFG's engineers are trained and experienced in numerous types of accident investigations.
Our firm has analyzed thousands of traffic accidents ranging from roller skates, skateboards, go-peds, bicycles, motorcycles, ATV, go cart, automobile, heavy commercial vehicles, tractors, trains, and other motorized vehicles.
EFG utilizes technology, such as 3D data acquisition equipment, to ensure precise and accurate measurements and field studies, an Event Data Retrieval (EDR) System to access a vehicle's data, and computer simulation software to better understand the dynamics of vehicles involved in accidents.
EFG's engineers are trained and experienced in numerous types of accident investigations.
Our firm has analyzed thousands of traffic accidents ranging from roller skates, skateboards, go-peds, bicycles, motorcycles, ATV, go cart, automobile, heavy commercial vehicles, tractors, trains, and other motorized vehicles.
EFG utilizes technology, such as 3D data acquisition equipment, to ensure precise and accurate measurements and field studies, an Event Data Retrieval (EDR) System to access a vehicle's data, and computer simulation software to better understand the dynamics of vehicles involved in accidents.
Engineering Forensics Group, Inc. (EFG) is a forensic engineering company involved in a variety of litigation, risk management evaluations, insurance claim evaluations, etc.
Some of these actions evolve into litigation or mediation, which require engineering expert testimony to help those deciding the specific matter better understand complex and technical issues.
EFG has a team of professional engineers who have experience in providing expert witness testimony in courts, commission hearings, meditations, and other forums throughout the United States.
Some of these actions evolve into litigation or mediation, which require engineering expert testimony to help those deciding the specific matter better understand complex and technical issues.
EFG has a team of professional engineers who have experience in providing expert witness testimony in courts, commission hearings, meditations, and other forums throughout the United States.
Studies show the majority of fall accidents happen on the same level.
The remaining fall accidents are from a height such as from a ladder or down a flight of stairs.
Same level falls are usually classified as slips or trips.
Slips occur when there is too little available friction or traction between a walking surface and the bottom of a shoe.
Factors contributing to slip accidents may include wet or contaminated surfaces, loose or unanchored rugs or mats, varying amounts of traction along a walking surface, sloped surfaces, or inadequate surface texture.
The remaining fall accidents are from a height such as from a ladder or down a flight of stairs.
Same level falls are usually classified as slips or trips.
Slips occur when there is too little available friction or traction between a walking surface and the bottom of a shoe.
Factors contributing to slip accidents may include wet or contaminated surfaces, loose or unanchored rugs or mats, varying amounts of traction along a walking surface, sloped surfaces, or inadequate surface texture.
Traffic control devices, both permanent and temporary, play a major role in the safe transportation of vehicles on our roadways.
Whether it involves roadways signing, pavement markings, traffic signals, or temporary traffic control, Engineering Forensics Group's staff of engineers is trained to help you navigate the standards of practice to determine whether traffic control is adequate.
Traffic control can contribute to an accident in a number of ways.
Roadway signing and marking that is misleading or confusing can cause a driver to become distracted or directed into potentially dangerous situations.
Whether it involves roadways signing, pavement markings, traffic signals, or temporary traffic control, Engineering Forensics Group's staff of engineers is trained to help you navigate the standards of practice to determine whether traffic control is adequate.
Traffic control can contribute to an accident in a number of ways.
Roadway signing and marking that is misleading or confusing can cause a driver to become distracted or directed into potentially dangerous situations.
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