Resources and Continuing Education for Structural Engineers

I’ll admit that I’m biased, but structural engineers have the best job in the world. We’re needed to create safe sound structures while factoring in the effects of environmental forces using a combination of physics and experience. It takes a really well rounded individual to do all of that.

In my opinion, the key to being a well rounded professional is to never stop learning or seeking out new resources in your industry. I thought I’d share with you some resources that may be helpful to you as a structural engineer, from my own experience:

Continuing Education Webinars

Attending webinars online is a great way to get Continuing Education credits you need. Webinars enable you to stay sharp on topics that are continually changing and that you may need to adapt to in our industry.

Some of the resources engineers at Simpson Strong-Tie go to for webinars and CECs include:

ACI – American Concrete Institute

AISC – American Institute of Steel Construction

ASCE – American Society of Civil Engineers

AWC – American Wood Council

CFSEI – Cold-Formed Steel Engineers Institute

NCSEA –  National Council of Structural Engineers Association

SEAOSC – Structural Engineers Association of Southern California  

Engineering Associations

Training
Structural engineering associations often offer in person trainings.

 

 

 

 

 

 

 

Keeping in touch with fellow structural engineers means that you can talk shop and get some great advice about issues you face on the job. Some associations you can look into:

SEAINT- Structural Engineers Association – International 

NCSEA- National Council of Structural Engineers Associations 

SEAOC- Structural Engineers Association of California

SEAOSC- Structural Engineers Association of Southern California 

SEAOCC- Structural Engineers Association of Central California 

SEAOSD- Structural Engineers Association of San Diego

SEAU- Structural Engineers Association of Utah

ASCE- American Society Of Civil Engineers

ACI- American Concrete Institute

AISC- American Institute of Steel Construction

PCA- Portland Cement Association

PCI- Precast/Prestressed Concrete Institute

CRSI- Concrete Reinforcing Steel Institute

AISI- American Iron and Steel Institute

Simpson Strong-Tie also offers great software resources for structural engineers and other building industry professionals. What resources do you recommend? Let us know in the comments below.

Getting Involved and Staying Connected in the Industry

I’m excited to share some tips on getting more involved with the structural engineering community. There are many organizations and industry associations related to structural engineering that it can feel daunting to try to meet all of the key players and make a name for yourself.

engineer

I have a really unique and fun job at Simpson Strong-Tie as a field engineer for our light-frame construction products, which include connectors, fasteners, and lateral systems.  As a field engineer, I spend most of my time out on the road visiting engineers, architects, building officials, contractors, and others who need technical assistance using our product lines. While this means I spend a good chunk of time in SoCal traffic, I do get to talk to lots of different people working on projects ranging from small home remodels that might be using our new Strong-Frame® special moment frame to huge multi-family housing projects with several thousand units.

I also make sure to attend as many industry association functions as I can, because these are the best places to network and meet other professionals. There are many great organizations, including the Structural Engineers Association, which has chapters all over the United States. The California chapters have very strong participation. I also suggest getting involved in other industry organizations that include people outside of the profession, such as building officials, inspectors, contractors, builders, and architects. These people play an integral part in the construction industry and it’s important to understand their role and importance in supporting structural engineering.

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