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ASP Exam Prep

Safety Programs and Concepts

Elevate your test-day performance with ASP Prep designed for results. Many students have seen significant score improvements by committing to our proven study method—begin your path to success today!

28 Modules
5.00

Course Modules - (28)

  • 1) Safety, health, and environmental management and audit systems (e.g., ISO 14000, 45001, 19011, ANSI Z10)
  • 2) ISO 14001:2015 PDF CHECKLIST | Environmental Management Systems
  • 3) ISO 45001:2018
  • 4) ISO 9001:2015 PDF CHECKLIST
  • 5) Breaking Down ANSI/ASSP Z10
  • 1) Hierarchy of Controls
  • 2) Administrative Controls The Hierarchy of Controls
  • 3) Hierarchy of Hazard Controls
  • 1) Fault Tree Analysis
  • 2) Fault Tree Analysis Explained with Examples
  • 3) How to use - Process FMEA explained
  • 4) Preliminary Hazard Analysis
  • 5) Fishbone Diagram - Ishikawa Diagram - Cause and Effect Diagram
  • 6) Fishbone Diagram Explained with Example
  • 7) Control of Hazardous Energy
  • 8) Subsystem Hazard Analysis
  • 9) How to Conduct a Change Analysis
  • 1) The energy trace and barrier analysis (ETBA)
  • 2) Hazard Analysis Using the Hazard Identification Checklist
  • 3) CHEMICAL PROCESS HAZARDS ANALYSIS
  • 4) WHAT-IF” HAZARD ANALYSIS
  • 5) SYSTEMS ANALYSIS USING FAULT TREES
  • 6) Risk and How to use a Risk Matrix
  • 7) Risk Assessment Tools and Methods – Risk Matrix
  • 1) Globally Harmonized System of Classification & Labeling of Chemicals
  • 2) The Globally Harmonized System of Classification and Labeling of Chemicals
  • 1) Lock Out Tag Out
  • 2) Introduction
  • 3) Scope and Application
  • 4) Purpose
  • 5) Definitions
  • 6) Energy Control Program
  • 7) Energy Control Procedures - Documentation
  • 8) Energy Control Procedures - Required Content
  • 9) Periodic Inspection
  • 10) Employee Training and Communication
  • 11) Additional Training (Tagout System)
  • 12) Employee Retraining
  • 13) New or Modified Equipment
  • 14) Full Employee Protection
  • 15) Materials and Hardware
  • 16) Application of Energy Control
  • 17) Release from Lockout/Tagout
  • 18) Testing of Machines
  • 19) Outside Personnel (Contractors)
  • 20) Group Lockout-Tagout Requirements
  • 21) Shift & Personnel Changes
  • 1) Introduction to circuits and Ohm's law | Circuits | Physics |
  • 2) Ohms Law Explained - The basics circuit theory
  • 3) CSP/ASP (Certified Safety Professional) Exam Preparation VOL-5 | Domain-1|
  • 4) Storage capacity calculations
  • 1) Safety Toolbox Talks: Trenching and Excavation Safety
  • 2) Excavations in Construction/Trenching OSHA
  • 3) Excavations in Construction/Soil Classification
  • 4) Trenching, Shoring and The Competent Person
  • 5) Trenching and Excavation
  • 6) What are the Different Types of Soil? Trenching and Excavation
  • 7) What is the Maximum Slope for Different Soil Types? Sloping and Benching |
  • 8) Inspecting a Trench for Fissures and Cracking
  • 9) Underpinning Explainer
  • 10) Excavation Hazardous Atmosphere
  • 11) Trenching and Excavation Safety
  • 12) Trenching and Excavation Safety Fact Sheet
  • 1) Introduction
  • 2) What is Fall Protection
  • 3) Risk Assessment | Planning to Use Fall Protection,
  • 4) Competent vs Qualified Person
  • 5) ABC of Fall Protection
  • 6) Falling Object Protection | Tool Lanyards, Safety Nets, Fall Protection,
  • 7) Overview of Fall Protection Options
  • 8) Elimination of Fall Hazards
  • 9) Fall Prevention | Guardrails, Hole Covers, Fall Restraint Systems
  • 10) Self-Retracting Lifelines (SRLs), Fall Arrest, Positioning Devices, Safety Nets | Fall Protection
  • 11) Self Retracting Lifelines (SRLs), Fall Arrest, Positioning Devices, Safety Nets | Fall Protection
  • 12) Warning of Fall Hazards | Warning Lines, Safety Monitor System,
  • 13) Vertical and Horizontal Lifelines
  • 14) Fall Protection in Excavation
  • 1) Workplace Falls and Injuries, Deaths, Accidents, Fatality
  • 2) Falling Object Protection | Tool Lanyards, Safety Nets, Fall Protection,
  • 3) How to Prevent Dropped Objects by Tethering, Topping and Trapping
  • 4) Slips Trips and Fall Hazards
  • 5) Walking-Working Surfaces OSHA Standard
  • 1) Safeguarding Equipment and Protecting Employees from Amputations
  • 2) Unguarded Machinery/ Self-inspection checklist - - Machine guarding
  • 1) OSHA Regulations & Required Training for Powered Industrial Truck Operators
  • 2) Forklift Truck Safety Hazards
  • 3) Forklift Safety and Maintenance
  • 4) OSHA Pre-Shift Inspection
  • 5) JLG Telehandler Operator Safety
  • 6) Telehandler inspection How to do a Telehandler Pre-Operation Inspection
  • 7) Forklift Pedestrian Safety
  • 8) FORKLIFT TRAINING:
  • 9) Forklift Safety
  • 10) MAINTENANCE PLAN
  • 1) Boom Deflection & Shock Loading | Sims Crane Minute
  • 2) How to Calculate & Determine the Weight of a Load for Overhead Lifts
  • 3) Shock loads explained
  • 4) Why Things Fall Off Cranes
  • 5) Rigging Basics 101
  • 6) Crane Hand Signals in 2 Minutes
  • 7) What Is a Lift Director
  • 8) Basic Crane Hand Signals
  • 9) Lifting Slings 101: Choosing the right lifting sling for your job
  • 10) What are the ASME B30.2 Hand Signals for Overhead and Gantry Cranes?
  • 11) Wire Rope Capacities EIP and EEIP
  • 12) How to Inspect Shackles to ASME B30.26 Standards
  • 13) Hoisting and Rigging Fundamentals
  • 14) Subpart CC – Cranes and Derricks in Construction: Qualified Rigger
  • 15) Subpart CC – Cranes and Derricks in Construction: Signal Person Qualification
  • 16) LOAD HANDLING EQUIPMENT CRANE OPERATION CRITICAL LIFT PLAN
  • 17) Ropes, Chains, and Slings
  • 18) Shackles and Hooks
  • 1) Catenary
  • 2) Float (ship)
  • 3) Interior Hung
  • 4) Multi-level
  • 5) Multi-point Adjustable
  • 6) Needle Beam
  • 7) Single-point Adjustable
  • 8) Two-point (swing stage)
  • 1) Frame Scaffold or Fabricated Frame
  • 2) Ladder Jack
  • 3) Mast Climbers
  • 4) Mobile (Manually or Propelled)
  • 5) Pole or Wood Pole
  • 6) Pump Jack
  • 7) Specialty and Other Scaffolds
  • 8) Tube and Coupler
  • 1) Safety Management Systems (SMS) Fundamentals: Policy
  • 2) Process Hazard Analysis
  • 3) Process Safety Management (PSM) Quiz
  • 4) Process Safety: Managing Risk in High-Hazard Sectors
  • 5) The Use of Metrics in Process Safety Management (PSM) Facilities
  • 1) Identifying Confined Spaces
  • 2) What is a Confined Space
  • 3) 6 Common Confined Space Questions Answered
  • 4) DEFINITIONS AND EVALUATION OF CONFINED SPACES
  • 5) Confined Space Basics
  • 1) Permit-Required Confined Space
  • 2) Permit Confined Space Entry
  • 3) Permit-Required Confined Space
  • 4) Permit
  • 1) 6 Essential Elements of Your Fleet Safety Program
  • 2) MOTOR VEHICLE SAFETY AT WORK
  • 3) Distracted Driving and Driver Fatigue
  • 4) MOTOR VEHICLE SAFETY POLICY
  • 5) Fleet Safety Policy—Regulated
  • 1) Personal Protective Equipment (PPE)
  • 2) OSHA Compliant Personal Protective Equipment
  • 3) Eye Protection
  • 4) Respirator Safety
  • 5) Testing common types of Personal Protective Equipment (PPE)
  • 6) Donning a Fall Protection Harness
  • 7) Selection, Fit Test of Harness
  • 8) Inspection Procedures Harness
  • 9) Personal Protective Equipment
  • 10) Personal Protective Equipment
  • 1) Overview
  • 1) Toolbox Talk: Accident and Incident Reporting
  • 2) The Accident Prevention Plan
  • 3) The Importance of Documenting with Images
  • 4) Incident Investigation
  • 5) Incident Investigation
  • 6) Incident/Accident Analysis
  • 1) Change in Magement
  • 2) How to Define the Purpose of Management of Change
  • 3) Change in Magement
  • 1) Change in Magement
  • 2) Change in Magement
  • 3) How to Define the Purpose of Management of Change
  • 4) MANAGEMENT OF CHANGE
  • 1) Leading and Lagging Indicators
  • 2) Where to Start with Lead & Lag Safety Indicators
  • 3) Safety Performance Indicators
  • 4) Using Leading Indicators to Improve Safety and Health Outcomes OSHA
  • 5) Leading and Lagging Indicators
  • 1) Real and Hidden Cost of Accidents | Direct & Indirect cost | Danger Signs |
  • 2) Incidence Rates
  • 3) Near Miss Reporting Systems
  • 4) Near Miss Form
  • 5) ABC Company Supervisor Safety Performance Appraisal
  • 1) What is an OSHA Recordable?
  • 2) How to Calculate Accident Incident Rate
  • 1) Free OSHA
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Learning Outcomes:

Students may request IACET CEU credit upon successful completion of the course, provided all required criteria are met. This option is available for those who wish to receive official recognition of their continuing education.

Completion Requirements:

Online classes tend to be more cost-effective than in-person courses. You can save on travel expenses, lodging, and other associated costs, making online training a more budget-friendly option. Additionally, online courses can often be completed more quickly than their in-person counterparts, as you can work through the material at your own pace and without the constraints of a fixed class schedule.

Students may request IACET CEU credit upon successful completion of the course, provided all required criteria are met. This option is available for those who wish to receive official recognition of their continuing education.
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Schedule

You can complete this course at your own pace.

One of the primary benefits of online training is its flexibility and convenience. study at your own pace, making it an ideal choice for those with busy schedules 

This Course Includes

  • Modules : 28
  • Duration : 1 IACET (CEU)
  • Certificate : No:
  • Language : English
  • Skill Level : Expert
IACET Accredited
About Us

NYC Construction Safety Training (PdhSafety.com) aims to offer quality training that is relevant and useful for the construction industry. These efforts include offering training courses that are essential for achieving success and career outcomes in the construction industry, ensuring that course material is both useful and applicable. We conduct perpetual reviews of training materials to maintain accuracy and relevance, and we are committed to developing a team of high-quality staff and instructors.

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  • Office Address 189 Valentine Ln Yonkers, New York 10705

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