1. Has successfully completed all assignments and final exam requirements for :
Student # Score Issued CEU
DISS®
Dr. Thomas W. Davidson OHSE, RSP, RFSP CSI®
-
CEO / IBOEHS®
- Director
Exceeds Criteria for Accepted Practices in SH&E Training
(ANSI/ASSE Z490.1), also meets (ANSI/ASSE Z359.2) Minimum
Comprehensive Managed Fall Protection Program found in
ANSI/ASSE Z359 Fall Protection Code
Lori K. Davidson M.S., EHS CSI®
- President
INSTRUCTOR LED ON-SITE (ILT) HANDS-ON an
EXAM CLASS: EM385-1-1, V2014, 29CFR1926,
29CFR1910, ANSI Z359
"ever changing"
DAVIDSON INSTITUTE®
SAFETY SCIENCES®
Continuing Professional Development (CPD)
Certificate of Completion
MARK POPE, RSM®, RSO®, SSHO®
Validation: Call or email
Davidson Institute®/ Complete Safety Institute®
tdavidson.csi57@yahoo.com
+1-618-698-4832 Direct Line1818 West
Washington O'FALLON, IL 62269
SS®®
DISS®
2016
MARK POPE, RSM®, RSO®, SSHO®
3690 P 05-22-16 4.0
FALL PROTECTION COMPETENT PERSON
Instructor-led-training. Roles of Competent/Qualified/Authorized Persons, Clearance, Prioritizing Hazards, Relative Risk Ratings, 5 Forms Fall
Protection, Hierarchy, Legislative Requirements/Applications, Evaluating/FPP, Energy Dissipation Arresting Fall, Calculating Absorber
Deployment, Swing Fall, Max Arrest Force/Elongation/Vertical/Horizontal/Tension/Sag/Complex Lifelines, Proving Structural Capacity (LRFD).

2. CONTENT/SUBJECT/SCOPE FALL PROTECTION QUALIFIED PERSON EM385-1-1.2014 (40
Hours)* Understanding the ANSI Z359 Fall Protection Code
* Role of the Competent/Qualified/Authorized Persons
* Assessing Clearance Requirements
* Prioritizing Hazard Abatement Methods
*Using Relative Risk Rating Systems
*Five Forms of Fall Protection
* Hierarchy, Legislative Requirements and Applications
* Evaluating Fall Protection Plans
* Theory of Energy Dissipation Arresting a Fall
* Calculating Personal Energy Absorber Deployment
* Calculating the Distance Fallen During Swing Falls
* Calculating Maximum Arrest Force and Elongation of Vertical Lifelines
* Assessing Energy Absorption Anchorages
* Proving Structural Capacity Using Load and Resistance Factor Design (LRFD)
* Calculating Tension and Sag of Simple Horizontal Lifelines Using Energy Methods
* Use of In-Line Energy Absorbers in Horizontal Lifelines
* Complex Horizontal Lifelines and When to Involve Experts
NOTE:
This Training meets the Criteria for Accepted Practice in Safety, Health and Environmental Training
(ANSI/ASSE Z490.1) Highest Industry Standard
It Also Meets the Requirements of (ANSI/ASSE Z359.2
Minimum Requirements for a Comprehensive Managed Fall Protection Program Found in the ANSI/ASSE
Z359 Fall Protection Code