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3.5
- Webinar No: WBNR 1151
- PDH Units: 3
Webinar No: WBNR 1151
PDH Units: 3
$139.00
3.5
- Webinar No: WBNR 1151
- PDH Units: 3
Webinar No: WBNR 1151
PDH Units: 3
$139.00
Intended Audience: Civil & Structure Engineers
Credits: 3 PDH Units
When: Wednesday 3/29.. 2 - 5 pm ET
Forensic engineering is broadly defined as the application of the engineering sciences to the investigation of failures or other performance problems. This webinar will discuss the engineering principles involved in the diagnosis of common types of accidents and failures and will include discussion of the latest technologies used by forensic engineers. The webinar begins with an introduction to the fundamentals of forensic engineering and how the failure investigation and forensic analysis process works. Instruction is provided regarding the technical reporting required and how to prepare for court as an expert witness. Structural and construction case studies will be included in this webinar and will be the basis for a discussion on professional integrity, ethics and the legal aspects of engineering. The subject matter of this webinar is appropriate for those with little to no experience in the field of forensics. Webinar is packed with information for engineers who are not schooled in forensic work..
Date: Wednesday. March 29. 2023. Starts: 2 - 5 pm ET Credits: 3 PDH Units
Learning Objectives:
At the successful conclusion of this webinar, you will learn the following knowledge and skills:- The causes and types of failures
- The investigation process and how the legal system affects that investigation
- Steps involved in conducting failure studies
- Details of famous structural and construction failure cases
- Essential lessons from previous mistakes and ways to avoid them and/or minimize their impact
- Guidance to start forensic engineering practice
- Forensic engineering report writing technique
Good course but was hoping to see more case studies
This forensic engineering course was poorly organized. A;most none of the material covered was uniquely applicable to forensic engineering – as defined in the 7th slide as the application of engineering principles to legal problems. Much of the material was on general principals of accident investigation, which has been covered better in other courses. Too much time was spent discussing, and then discussing again, the Hyatt Regency Hotel case, which has been discussed better in almost every engineering ethics course I’ve taken. The last 29 slides, which did contain valuable guidance on forensic engineering report writing, the legal process, and starting a forensic consulting practice were rushed through in the last 10 minutes of the 3 hour course. I have practiced forensic engineering for more than 35 years, and to me the course was a waste of time and money.
A bit more general than anticipated – Could have used more case studies
The course covers general aspects of the forensic engineering ethics and field procedures, but lacks more in depth real construction or structural failure analysis.
The early slides showed the critical elements of a forensic evaluation
After investigation and before analysis you need to include testing then analysis.
Many times the material supplier,manufacturer of the product is the dominant cause of the failure because the failed the minimum quality May non destructive testing can give you the information of the actual failure performance.
The concrete failed the compression test, the supporting foundation failed the bearing capacity test cohesion test and potential for lliquifaction settlement . The structural steel and wood failed the yield strength test,. The interior drywall was made with cancer causing material ( refe fence shipments fabricated in China and installed in numerous housing developments)
Exterior build ing surfaces , glass, metal, pla stic, wood, stone, fiberglass, failed extreme hot and cold temperature tests including caulking or rubber sealing .
You need to be cautious when using material imported from foreign countries because are made to USA quality standards
Strength. Durability, and sustainability Example Anchor bolts used on the recently constructed SF/Oakland bay bridge failed the s trength tests. Examine of material testing sheets from supplier r s can give early warning of potential failures.
The other important is the communication both oral and written
Follow the three ccritical proven methods. Tell them what you strength going to tell them . Then actually telling them.
In conclusion, tell them what you actually hold them. This proven process helps the reader and the listener understand and relate to the critical important issues.
Reinforced the importance of engineering ethicc.
Reinforced the importance of engineering ethicc.
Very Good
This was a very good course. There was a lot of material to cover and we ran out of time, but it was interesting and interactive. The case studies were particularly worthwhile.
Although I’ve been a PE for 40 years, this is my first exposure to Forensic Engineering. Dr. Al Nara taught me a lot about this field. I hope to take other courses of his.
Good course very informative.
A lot of the presentation was obvious points about observing and preparing a report, but some was covered too quickly. I took 12 pages of written notes and had trouble just making the important notes. Cover key points more thoroughly to get points across.
I’m an experienced Professional Engineer and would have liked to see more up to date examples of cause and effect failures not ones from 40 years ago.
PROVIDED A GOOD OUTLINE OF VARIOUS ASPECTS OF FORENSIC ENGINEERING AND PROVIDED SOME GOOD INFORMATION ABOUT SOME KEY AND WELL KNOWN BUILDING FAILURES AND PROBLEMS.
I DO WISH HE HAD DISCUSSED THE PEDESTRIAN BRIDGE FAILURE IN THE FORT LAUDERDALE AREA.
This webinar is obviously designed for those who are not aware of forensic engineering. The presenter is focused on defining forensic engineering and is not presenting any information on investigation and applications of forensic analysis in civil engineering. This webinar is not for experienced forensic engineers who want to broaden their knowledge of the field of forensic analysis.
Its only 30 minutes into the webinar, its a 3 hour webinar. The webinar is designed for both beginners and experienced engineers, need to cover the basics first.