When accidents occur or devices fail, there are skilled people whose main job is to investigate how and why the injurious incident happened. For one to be successful in this job, he has to apply detective skills and engineering skills. From the evidence collected, it should be possible to come up with a sequence of events that led to the accident or failure. Importance of forensic engineering FL is discussed below.
The number one role is finding out the failure. Experts in this discipline are tasked with finding out the nature of the failure witnessed. There are cases where this task is quite easily such as plane crashes. It is easily possible to determine what caused the crash. In other cases, it is very difficult to come up with a definite finding for example in cases of faulty buildings. It can be a tough task.
Professionals in this field collect any relevant evidence from the site of an accident. This evidence is used to determine the precise cause of an accidental incdent. There are two types of evidence that can be collected from the injury site. Physical evidence and witness declaration. Physical evidence includes any physical material recovered and can give any information regarding the incident. Witness declaration is accounts of people who were nearby when the accident occurred.
After collecting proof from the site, an engineer goes ahead to create a hypothesis that explains how the accident happened and what could be its main cause. As more research is done and more progress is made, this theory can be altered by adding more details or eliminating some. The aim is to end up with a detailed theory that explains the cause of the incident or failure in the best way possible.
The next role the engineer undertakes is performing tests on physical evidence collected from the site. These tests help in better understanding of how the failure could have occurred. These tests also include checking the mechanical health of the device in question. The engineer also examines the composition of any material from the site of the accident. For example, in cases of buildings, explosive residues that were left behind are tested.
This whole process offers a detailed conclusion to the possible causes of the incident. This conclusion is derived from the collected evidence and the tests performed. The engineer analyses the results of the tests and get a clear picture of how events happened. The conclusion may not be very straightforward because there may be more than one possible explanations.
In some cases, there are more than possibilities that explain why an accident happened. These possibilities illustrate the probability of a number of scenarios causing the accident. In most cases, it is possible to narrow down to just one scenario.
The importance of this engineering discipline in solving court cases and explaining why accidents occurred cannot be overstated. It plays a major role in helping people understand exactly what caused certain accidents so that they can be avoided in the future.
The number one role is finding out the failure. Experts in this discipline are tasked with finding out the nature of the failure witnessed. There are cases where this task is quite easily such as plane crashes. It is easily possible to determine what caused the crash. In other cases, it is very difficult to come up with a definite finding for example in cases of faulty buildings. It can be a tough task.
Professionals in this field collect any relevant evidence from the site of an accident. This evidence is used to determine the precise cause of an accidental incdent. There are two types of evidence that can be collected from the injury site. Physical evidence and witness declaration. Physical evidence includes any physical material recovered and can give any information regarding the incident. Witness declaration is accounts of people who were nearby when the accident occurred.
After collecting proof from the site, an engineer goes ahead to create a hypothesis that explains how the accident happened and what could be its main cause. As more research is done and more progress is made, this theory can be altered by adding more details or eliminating some. The aim is to end up with a detailed theory that explains the cause of the incident or failure in the best way possible.
The next role the engineer undertakes is performing tests on physical evidence collected from the site. These tests help in better understanding of how the failure could have occurred. These tests also include checking the mechanical health of the device in question. The engineer also examines the composition of any material from the site of the accident. For example, in cases of buildings, explosive residues that were left behind are tested.
This whole process offers a detailed conclusion to the possible causes of the incident. This conclusion is derived from the collected evidence and the tests performed. The engineer analyses the results of the tests and get a clear picture of how events happened. The conclusion may not be very straightforward because there may be more than one possible explanations.
In some cases, there are more than possibilities that explain why an accident happened. These possibilities illustrate the probability of a number of scenarios causing the accident. In most cases, it is possible to narrow down to just one scenario.
The importance of this engineering discipline in solving court cases and explaining why accidents occurred cannot be overstated. It plays a major role in helping people understand exactly what caused certain accidents so that they can be avoided in the future.
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