What do forensic engineering do?

What has the author Robert E Nabours written?

Robert E. Nabours has written: 'Forensic electrical engineering & liability' -- subject(s): Electric engineering, Evidence, Expert, Expert Evidence, Forensic engineering

What type of education do I need for forensic engineering?

A bachelor's degree in engineering is required. A career in forensic engineering requires excellent critical thinking skills and a working knowledge of the legal system and procedures.(the site-http://csi.education180.com/ offers online degree in forensic sciences)

How do I get started on a career in forensic engineering?

You can get started on a career in forensic engineering by attending a four year undergraduate college. Read more at www.criminology.fsu.edu/faculty/nute/FScareers.htm

Where can I find information about forensic engineering?

If you are just looking for some basic information about what forensic engineering is, then Wikipedia is a great place for some background information. Otherwise, NAFE, or the National Academy of Forensic Engineers is an excellent resource for those seeking more in-depth knowledge on the subject.

What degree do I need for forensic engineer jobs?

In order to be a forensic engineer you will need a degree in engineering. Forensic engineers deal with traffic accidents, fire damage, and wrongful injury cases.

What qualifications are required for forensic engineering?

In terms of qualifications required for forensic engineering, the normal, accepted pre-requisites of the numerous professional engineering bodies and which are an absolute essential for practicing as a professional and or chartered engineer, and subsequently as a Forensic Engineer, are recognised and accepted degrees. Most will have post graduate degrees in their discipline, with some being Fellows of their specific body. The Forensic Engineers experience is a major factor in the passing of opinion and the making of judgemental decisions

Forensic Engineering?

Individuals who work in forensic engineering take on difficult jobs that can help determine guilt of innocence in the event of mechanical malfunction that leads to personal injury. For this reason, individuals seeking employment in forensic engineering should already possess a thorough knowledge of general engineering, mechanical malfunction and repairs, and a basic knowledge of product liability. Most often, the evidence found in a forensic engineering investigation will be used in civil or criminal law cases, making forensic engineers an important part in the legal proceedings. The father of modern-day forensic science, Dr. Edmond Locard, reasoned that "every contact leaves a trace." This means that when one object touches another object in some way, evidence of some kind exists to prove it. This logic applies to forensic engineering by finding the individual or mechanical error responsible for product malfunction and the resulting personal injury. When a car fails, speeds out of control, and leads to a fatal accident, police conduct routine investigations to determine the cause of the accident. Some investigators will look at skid marks from tires to check for sudden increases or decreases in speed that could have led to the accident, others will examine the condition of the street to check for potholes or other natural occurrences that could have caused it. Forensic engineers will look at the car, examining the condition of the inner workings to determine if a mechanical malfunction caused the car to spiral out of control. A forensic engineer may find any number of things, including a faulty brake line, a broken axle, or a malfunctioning transmission. If a mechanical error caused the accident, a window opens for the victim's family to pursue legal action. Forensic engineers may also uncover faulty mechanics and engineering in factories. If an individual working on an assembly line is hurt during work hours, a forensic engineer will investigate to determine if mechanical malfunction was at fault. This can help the victim in the event of a genuine engineering malfunction, but it can also protect the factory from potential liability issues if the forensic engineer finds no traces of machine error. For this reason, forensic engineers are important to the legal process, helping to determine fault in the event of an accident.

Forensics?

Individuals who work in forensic engineering take on difficult jobs that can help determine guilt of innocence in the event of mechanical malfunction that leads to personal injury. For this reason, individuals seeking employment in forensic engineering should already possess a thorough knowledge of general engineering, mechanical malfunction and repairs, and a basic knowledge of product liability. Most often, the evidence found in a forensic engineering investigation will be used in civil or criminal law cases, making forensic engineers an important part in the legal proceedings. The father of modern-day forensic science, Dr. Edmond Locard, reasoned that "every contact leaves a trace." This means that when one object touches another object in some way, evidence of some kind exists to prove it. This logic applies to forensic engineering by finding the individual or mechanical error responsible for product malfunction and the resulting personal injury. When a car fails, speeds out of control, and leads to a fatal accident, police conduct routine investigations to determine the cause of the accident. Some investigators will look at skid marks from tires to check for sudden increases or decreases in speed that could have led to the accident, others will examine the condition of the street to check for potholes or other natural occurrences that could have caused it. Forensic engineers will look at the car, examining the condition of the inner workings to determine if a mechanical malfunction caused the car to spiral out of control. A forensic engineer may find any number of things, including a faulty brake line, a broken axle, or a malfunctioning transmission. If a mechanical error caused the accident, a window opens for the victim's family to pursue legal action. Forensic engineers may also uncover faulty mechanics and engineering in factories. If an individual working on an assembly line is hurt during work hours, a forensic engineer will investigate to determine if mechanical malfunction was At Fault. This can help the victim in the event of a genuine engineering malfunction, but it can also protect the factory from potential liability issues if the forensic engineer finds no traces of machine error. For this reason, forensic engineers are important to the legal process, helping to determine fault in the event of an accident.

Is there such a thing as forensic law and if so how do you go about to obtain a degree if you have a bachelors in chemistry and a masters in chemical engineering?

yes there is such thing faculty.ncwc.edu/mstevens/425/default.htm

What are some really good forensic engineer jobs?

Some really good engineer jobs is Donan Engineering and Camber Co. These two jobs will make a good fit for anyone who wants engineering jobs so come a join them.

Where can I locate more information about forensic engineering?

Forsenic engineering is the general investigation of the cause of failure or malfunction of an equipment that causes personal injury or other damage to property. You can read mmore about it in http://en.wikipedia.org/wiki/Forensic_engineering. There are also books on forsenic engineering available in the library or at amazon - http://www.amazon.com/Forensic-Engineering-Second-Kenneth-Carper/dp/0849374847 I personally am a fan of wikipedia. Although it's not 100% since it's run by people like you and me. http://en.wikipedia.org/wiki/Forensic_engineering. But it's a good start. You can also check with local schools that might be available in your area.

Where can I get a forensic engineering degree?

In order to get a forensic engineering degree, you must obtain an engineering degree with specialities in electrical engineering, mechanical engineering, civil engineering, materials engineering and traffic engineering. There are about 360 colleges accredited by the Accreditation Board for Engineering ant Technology,