Webinars

Get the most out of your AFSA membership! AFSA offers webinars on technical topics and business solutions several times a year. This is a hassle-free way to learn and earn required continuing education credits from any location that is convenient for you! Live webinars are FREE to AFSA members. Subscribe to our Education & Training Updates to be notified of upcoming webinars.

To subscribe to our Education & Training Updates and be notified of upcoming webinars please email us at training@firesprinkler.org.


NEW REGISTRATION SYSTEM

Please note we have updated our membership system and website. In order to integrate this new system, you will need to reset your password the first time you log into the website. If you have not already reset your password, please use the following instructions to reset your password:

  1. Click this link to reset your password: Reset Link
  2. Enter your email address associated with your AFSA account
  3. Click the "Submit" button
  4. Open your email program and look for the email from AFSA to reset your password
  5. Follow the instructions on the email to complete the process
  6. Once your password is reset, click this link to register: Webinar Link

If you need assistance accessing your account, please contact the AFSA office at 214-349-5965. 

CE Credits:

Most webinars offer continuing education credit (0.1 CEU for each hour of instruction, 1.0 NICET CPD for each hour of instruction).

Be sure to review the webinar description to see how many credits are being offered for the webinar you are registering for.

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Registration Fees:


Connection Fee for Members: FREE

Connection Fee for Non-Members: $250

Certificates of Credit: $25 per person



Webinar: OSHA's Silica in Construction Standard

Webinar: OSHA's Silica in Construction Standard
This webinar will cover the recent changes to OSHA's Silica in Construction Standard with specific emphasis on concerns for fire sprinkler installation. Presented by Rob Agnew, CIH, Assistant Professor at Oklahoma State University.


The presentation will include a basic overview of the hazards of respirable crystalline silica, basics of exposure controls, exposure monitoring, and the implementation of an exposure control plan.  Specific details on points of concern for sprinkler installation will be presented along with strategies for silica exposure control in multi-employer worksites. This webinar would benefit fire sprinkler contractors. 

Upon completion of this webinar, participants should be able to: 
     1. 
Navigate OSHA's Respirable Crystalline Silica (RCS) standard for construction
     2. Specify exposure control methods for RCS
     3. Identify responsibilities under the OSHA Multi-Employer Citation Policy

Details:

  • The webinar connection and content is FREE to all AFSA members.
  • This webinar offers 0.20 CEUs and 2.0 CPDs.  
  • To receive continuing education credit for this webinar you must register for credits for a nominal fee of $25 per certificate.

Speaker:

Robert J. Agnew, MS, CIH, CSP, REM
Rob Agnew is a graduate of the OSU Fire Protection & Safety Engineering Technology program and went on to earn a master's degree in Industrial Hygiene from the University of Oklahoma.  He is currently a Doctoral Candidate in Environmental Science at OSU. Prior to returning to OSU, he was a senior manager in the defense sector.  With 19 years in the Environmental, Health & Safety field, Mr. Agnew has extensive experience in implementing a broad spectrum of compliance programs in an international environment.  His areas of specialization and interest include; health effects of fire retardants, arc flash, electromagnetic energy, silica in construction, vapor intrusion, mold, and emergency response. In the classroom Professor Agnew looks to bring practical wisdom to the students, combining that with innovative and interactive technology, and curiosity for learning.

 
When
6/26/2018 11:00 AM - 1:00 PM
Where
Webinar Connection: Https://afsa.Adobeconnect.Com/w_062618/ Connect 15 Minutes Before Webinar Takes Place

Event Times are displayed using Central Time Zone unless specifically noted.