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CHST Test Prep

CHST Study Material

73 Modules
5.00

Course Modules - (73)

  • 1) Do I need a permit for every hot work job?
  • 2) Hot Work: Hidden Hazards
  • 3) Welding Safety Tips and Precautions You Need to Know
  • 4) Grinder Safety | How to Properly Use an Angle Grinder
  • 5) Blankets
  • 6) Hot work Welding
  • 7) Cutting, Welding, and Other Hot Work
  • 8) HOT WORK FACT SHEET
  • 9) Frequently Asked Questions on NFPA 704
  • 10) Hot Work Permit
  • 1) Hand & Power Tools
  • 2) Power Tool Safety — It's In Your Hands
  • 3) Hand Tool Safety
  • 4) Toolbox Talk: Dangers of Compressed Air
  • 5) Chainsaw How To - Personal Protective Equipment
  • 6) Chainsaws 101: Chainsaw Safety Basics
  • 7) POWDER ACTUATED TOOL SAFETY
  • 8) Powder Actuated Tools
  • 9) Nail Gun Safety
  • 10) Carbon Monoxide in Construction/Portable Gas-Powered Equipment
  • 11) Safety Moment "How A GFCI Works" with Tim Neubauer
  • 12) Amputations FactSheet
  • 1) Fall Protection in Leading Edge Work
  • 2) Falls in Construction/Leading Edge Work
  • 3) Fall Protection for Leading Edge and Sharp Edge
  • 1) Hot Work Permit
  • 2) Hot Work Permit Sample
  • 1) Trenching and Excavation Safety
  • 2) Trench Safety - Intro and Competent Person
  • 3) Excavation Hazardous Atmosphere
  • 4) TRENCHING & EXCAVATION SAFETY
  • 5) Sloping and Benching Class B and C Soils
  • 6) Excavations in Construction Soil Classification
  • 1) Fire watcher | Duties & Responsibilities
  • 2) Fire Watch Training
  • 3) Fire Watch Hot Work
  • 4) Fire Watch Worker Manual
  • 5) Fire Watch Requirements
  • 6) Fire Watch Log Sheet
  • 7) Fire Watch Safety
  • 1) Electrocution/Work Safely with Ladders Near Power Lines
  • 2) Prevent Electrocutions: Work Safely with Cranes near Power Lines
  • 3) Electrical Safety Awareness for Non-Electrical Workers | Schneider Electric
  • 4) OSHA Focus Four Electrical
  • 5) Electrical Grounding Explained | Basic Concepts
  • 6) Limited Approach Boundary
  • 7) Lithium Ion battery safety tips
  • 8) Toolbox Talks - Generator Safety & Use
  • 9) Fully Understanding How GFCI's Work
  • 10) Arc Flash Overview
  • 11) Electrical Hazards
  • 12) OSHA Focus Four Hazards:Electrocution
  • 13) Energized Electrical Work Permit
  • 14) Electrical Specific PPE
  • 1) Fall Restraint vs. Fall Arrest in Construction
  • 2) Fall Prevention | Guardrails, Hole Covers, Fall Restraint Systems
  • 3) Guardrails for Construction Job Sites
  • 4) OSHA Guardrail Systems
  • 5) OSHA-Covering Holes - Fall Protection
  • 6) Protecting Holes and Openings
  • 7) Skylights | Roofing Safety, Fall Protection
  • 8) Toolbox Talk: Hole Covers
  • 1) OSHA Lead in Construction: an Overview
  • 2) Protecting Workers from Lead Hazards
  • 1) Occupational Noise Exposure
  • 2) Noise Exposure and Hearing Conservation
  • 3) Noise Exposure
  • 1) Struck-by Accidents in Construction/Swinging Cranes
  • 2) Struck by Falling hazards
  • 3) Struck-by Accidents in Construction/Vehicle Back-Over
  • 4) Excavator Accident: Concrete Barrier Strikes Worker
  • 5) Focus Four Hazards:Struck-By
  • 6) Struck by hazards
  • 7) OSHA Focus Four Struck
  • 1) ALARA and Radiation Safety
  • 2) Radiation Safety Training Quiz
  • 1) Hazardous or Toxic Agents and Environments
  • 2) Toxic Agents & Environments
  • 3) OSHA Lead in Construction: an Overview
  • 4) ALARA and Radiation Safety
  • 5) Chemical Toxicology
  • 6) Process Safety Management (PSM)
  • 7) Common Process Safety Management Chemicals
  • 8) Protecting Workers from the Hazards of Abrasive Blasting Matererials
  • 9) Operating a Blast Pot
  • 10) Asbestos
  • 11) INDUSTRIAL HYGIENE PROGRAM
  • 1) Small Entity Compliance Guide for the Respirable Crystalline Silica Standard for Construction
  • 2) Protecting Workers from Silica Hazards in the Workplace Video
  • 3) Controlling Respirable Crystalline Silica in Construction: Handheld Power Saws (Any Blade Diameter)
  • 4) Controlling Respirable Crystalline Silica: Jackhammers and Handheld Powered Chipping Tools
  • 5) Controlling Respirable Crystalline Silica: Handheld Grinders for Mortar Removal (Tuckpointing)
  • 6) Controlling Respirable Crystalline Silica: Handheld Grinders for Uses Other Than Mortar Removal
  • 7) OSHA’s Respirable Crystalline Silica Standard for Construction
  • 8) Silica Safety Awareness
  • 1) Bobcat Rotary Telehandlers in action
  • 2) Drilling Animation
  • 3) Forklift Load Operations
  • 4) Telehandler Load Charts
  • 5) Pre-Operation Safety & Maintenance Inspection | Construction Equipment
  • 6) Safe Operations of Concrete Pump
  • 7) Mechanical and Machinery hazards | Contact With Moving Parts of Equipment
  • 8) Powered Industrial Trucks Forklifts
  • 9) Machinery and Vehicular Safety
  • 10) Dump Trucks: Don't Dump Safety Part 1
  • 11) Dump Trucks: Don't Dump Safety Part 2
  • 1) What is Fall Protection
  • 2) Fall Protection Systems
  • 3) Overview of Fall Protection Options
  • 4) Safety Monitor | OSHA, Fall Protection Training, Roofing Work, Workplace Accidents
  • 5) Warning Line | OSHA, Fall Protection Training, Roofing Work, Workplace Accidents
  • 1) Load Handling Equipment and Lift Plans
  • 2) Crane Safety Awareness For Site Superintendents
  • 3) Why Cranes Collapse
  • 4) Pile driver operation and safety
  • 5) Load Testing Our 40 Ton Overhead Crane Installation
  • 6) Rigging USACE
  • 7) Why Subpart CC?
  • 8) CERTIFICATE OF COMPLIANCE FOR LOAD HANDLING EQUIPMENT AND RIGGING
  • 9) OSHA Cranes & Derricks Subpart CC
  • 10) Small Entity Compliance Guide for the Final Rule for Cranes and Derricks in Construction
  • 11) Inspection
  • 12) Hoisting and Hauling Equipment
  • 13) Chain Falls and Pull-Lifts
  • 1) Concrete Safety Orientation
  • 2) New York Construction Accident Animation
  • 3) Masonry Safety
  • 4) Skin Safety with Cement & Concrete
  • 5) Masonry Wall
  • 6) Laborer, Pipefitter, and Utility Foreman Crushed by Falling Block Wall
  • 7) Concrete and Masonry Construction
  • 8) Concrete and Masonry Construction
  • 1) 6 Common Confined Space Questions Answered
  • 2) What is a Confined Space
  • 3) Permit-Required Confined Space
  • 4) What is an Entry Permit What is a Confined Space Entry Permit: Confined Space Hazards
  • 5) Confined Space Roles
  • 6) Confined Spaces Deadly Spaces: Carbon Monoxide, Hydrogen Sulphide, and Other Toxic Gases
  • 7) Confined Space Air Monitoring
  • 8) Ventilation in Confined Space
  • 9) Reclassifying Permit-Required Confined Spaces (PRCS)
  • 10) Retrieval and Emergency Services in Confined Spaces
  • 11) Confined Space Basics
  • 12) Confined Spaces in Residential Construction
  • 13) Is 911 your Confined Space Rescue Plan?
  • 14) FATAL Facts
  • 1) Asbestos
  • 2) Asbestosis : Causes, Signs and Symptoms, Diagnosis & Treatment
  • 1) Physical vs Chemical Properties - Explained
  • 2) CHEMISTRY 101 - Chemical and physical properties and changes
  • 3) Chemical Hazards
  • 4) Corrosivity
  • 5) HAZARD RECOGNITION
  • 6) Hazardous Materials
  • 1) Incident/Accident Analysis
  • 2) Documentation requirements of occupational injuries and illnesses
  • 3) A Step-by-Step Guide: Incident Investigations
  • 4) Incident Investigation Quiz
  • 1) Vertical and Horizontal Lifelines
  • 2) Rigid Lifelines Designs Fall Protection Systems for the One World Trade Center Spire
  • 3) Rope Adjustment | Rope Grab, OSHA Standards, Fall Protection Training, Hazards
  • 4) What is a Vertical Lifeline Assembly and when is it used?
  • 5) Fall Protection Vertical Lifeline Assembly with Rope Grab
  • 6) What is a Temporary Horizontal Lifeline and What are Some Typical Uses for Them?
  • 7) HTL Horizontal Lifeline
  • 8) How to Use a Horizontal Temporary Life Line - Height Safety - Restraint
  • 9) Horizontal Lifeline | Fall Protection
  • 1) Protecting Workers from Heat Stress
  • 2) Heat Stress in Construction
  • 3) Working in The Cold
  • 4) The National Institute for Occupational Safety and Health (NIOSH) COLD STRESS
  • 5) Cold Stress
  • 6) Heat Stress
  • 7) Heat Stroke Awareness Day
  • 8) Heat Illness Prevention Plan
  • 1) OSHA Subpart Q
  • 2) OSHA-Limited Access Zone
  • 3) Concrete & Masonry Construction
  • 4) CONTROLLED ACCESS ZONES AND MONITORING
  • 5) Controlled Access Zones
  • 1) Self Retracting Lifelines (SRLs) in Construction
  • 2) Self-Retracting Lifelines
  • 3) Self-Retracting Lifelines (SRLs), Fall Arrest, Positioning Devices, Safety Nets | Fall Protection
  • 4) Using Positioning Devices as Fall Protection for Construction Projects
  • 5) OSHA-Safety Net Systems
  • 1) The Globally Harmonized System of Classification and Labeling of Chemicals
  • 2) Globally Harmonized System of Classification & Labeling of Chemicals
  • 1) Design for Construction Safety
  • 2) Optimizing Safety Through Design
  • 1) A Team Effort
  • 2) Overlapping Vulnerabilities:
  • 3) Multi Employer Worksite Safety for Construction
  • 1) Controlling Ergonomic Hazards
  • 2) ERGONOMICS QUIZ
  • 3) Simple Solutions Ergonomics for Construction Workers
  • 4) Tool Box TIPS Training Injury Prevention Solutions
  • 5) Ergonomic Solutions
  • 1) Personal Protective Equipment OSHA
  • 2) Limitation PPE Testing Common Types of PPE
  • 3) Science In ACTION! — Testing Personal Protective Equipment
  • 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) Safety Toolbox Talks: Material Handling and Safe Lifting
  • 2) Toolbox Talk: Material Handling
  • 3) Storage of Materials
  • 4) Manual Materials Handling on a Construction Project
  • 5) Lifting - Using the Power Zone
  • 6) Public Safety Orientation For Construction Sites
  • 7) Construction Safety Flammable Liquids: Safety Cans, Refueling, Storage
  • 8) Guarding and Safety Around Conveyor Belts
  • 9) How to use A Manual Pallet Jack - Safety And Operation Of Pallet Truck
  • 10) MQ Whiteman Power Buggy Pre-Operation
  • 11) Wheelbrow
  • 12) Hand Carts/Trucks Material Handling
  • 13) Construction Passenger and Material Lifting Hoist Building Elevator Fall Down Test in USA
  • 14) Truck Mounted Articulating Knuckle Boom Cranes
  • 15) Materials Handling, Storage OSHA
  • 1) Awkward & Neutral Postures
  • 2) Stressors At Work
  • 3) Risk factors (e.g., repetition, force, posture, and vibration)
  • 4) Design for Construction Safety
  • 5) Practice Good Ergonomics at Work
  • 6) Ergonomic Guidelines for Manual Material Handling
  • 7) A Safety Manager’s Guide to EARLY INTERVENTION
  • 8) TO THE POINT ABOUT HANDLING MATERIALS SAFELY Review Quiz
  • 9) Identifying and Addressing Ergonomic Hazards Workbook
  • 1) Tool Box Talk Housekeeping
  • 2) HOUSEKEEPING POLICY
  • 3) Housekeeping OSHA Standard
  • 4) HOUSEKEEPING AT CONSTRUCTION SITE(TIPS)
  • 5) Housekeeping - The Importance of the Basics
  • 6) Housekeeping on the Jobsite
  • 7) Good Housekeeping: Safety Training
  • 1) Air Monitoring
  • 2) How colorimetric gas detector tubes can help you?
  • 3) Personal Air Sampling
  • 4) Photoionisation, how it works
  • 5) Monitoring Procedures & Equipment
  • 6) Air Monitoring
  • 7) Basic Air Monitoring
  • 8) Monitoring and Sampling
  • 9) AIR MONITORING INSTRUMENTS I EPA Monitors
  • 10) Air Monitoring
  • 11) Monitoring
  • 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) MSA Altair 4 Gas - What You Need to Know
  • 2) Personal Air Sampling Pump Calibration
  • 3) 4 Basic Electrical Testers & HOW TO USE THE
  • 1) Pinch Points Hazards Safety
  • 2) Avoiding Pinch Points
  • 3) PINCH POINTS are DEADLY!
  • 1) Bloodborne Pathogens OSHA Training Video: Essential Safety Guide
  • 2) Bloodborne Pathogens - Housekeeping Practices & Procedures
  • 3) Bloodborne Pathogens
  • 4) Bloodborne Pathogens Checklist
  • 1) Bloodborne Pathogens - Determining Exposure in the Workplace
  • 2) Introduction to Bloodborne Pathogens in the Workplace
  • 3) Bloodborne Pathogens Standard
  • 1) PPE Safety Training for Construction Workers
  • 2) Fall Protection Anchors for Construction - clamps, I-beam, beamer, strap (M3V1 Anchors Overview)
  • 3) ABCs of Active Fall Protection | Anchor, Body Harness, Connector
  • 4) Donning a Fall Protection Harness
  • 5) Selection, Fit Test of Harness
  • 6) Inspection Procedures Harness
  • 7) Respiratory Protection in Construction: An Overview of Hazards & OSHA's Program Requirements
  • 8) Toolbox Talk: Eye Protection
  • 9) Testing common types of Personal Protective Equipment (PPE)
  • 10) How to Select and Use Hearing Protection
  • 11) Personal Protective Equipment
  • 12) Personal Protective Equipment
  • 1) Excavations in Construction/Trenching
  • 2) 5 Things You Should Know to Stay Safe in a Trench
  • 3) Focus Four Hazards:Caught-In or Between
  • 4) Caught in between
  • 5) Toolbox Safety Topic Caught in or Between Hazards
  • 6) OSHA Focus Four Caught in Between
  • 1) Fire Protection and Prevention
  • 2) Yearly Fire Extinguisher Inspection
  • 3) How to perform a monthly fire extinguisher inspection
  • 4) Fire Extinguisher Training Video
  • 5) Construction Fire Safety Practices
  • 6) FIRE EXTINGUISHER TRAINING QUIZ
  • 1) Extinguisher Basics
  • 2) Fire Extinguisher Use
  • 3) Extinguisher Placement and Spacing
  • 4) Hydrostatic Testing
  • 5) OSHA Requirements
  • 1) SpillBully Absorbent Pillows Demonstration
  • 2) HAZMAT Spill Containment Simulation
  • 3) Work Practices and Site Control
  • 4) SPILL BOOMS
  • 5) CONFINEMENT AND CONTAINMENT EPA
  • 6) Secondary Containment and Impracticability
  • 7) ENVIROMENTAL EMERGENCIES
  • 1) Emergency Response Planning on Construction Projects
  • 2) Emergency Action Plans
  • 3) Planning for Workplace Emergencies
  • 4) EMERGENCY ACTION PLAN SAMPLE
  • 5) Emergency Action Plan Training | By Ally Safety
  • 6) What is an Emergency Action Plan? | Disaster Safety
  • 1) Emergency Operations
  • 2) Dump Trucks: Don't Dump Safety Part 1
  • 3) Dump Trucks: Don't Dump Safety Part 2
  • 4) Brush Chipper Safety Check Tips
  • 5) Understanding Asbestos Safety
  • 6) How Experts Remove Lead Paint
  • 1) Hazardous Waste Operations and Emergency Response (Hazwoper)
  • 2) Emergency Response System
  • 3) National Incident Management System
  • 4) Emergency Preparedness - Is your company prepared for an emergency?
  • 5) Brief History of the Incident Command System
  • 6) Incident Command System Scenario Training
  • 7) TOOLBOX TALK: CRISIS MANAGEMENT
  • 1) Personal Protective Equipment (PPE) Reduces Exposure to Bloodborne Pathogens
  • 2) Bloodborne and Airborne Pathogens
  • 3) Bloodborne Pathogens Quiz Answers
  • 4) Universal Precautions (How to Reduce Your Risk)
  • 1) Medical and First Aid
  • 2) Medical & First Aid
  • 3) Regulations for Workplace First Aid
  • 4) BLOODBORNE PATHOGENS TRAINING VIDEO
  • 5) Bloodborne Pathogens OSHA Training Video: Essential Safety Guide
  • 6) Medical Emergencies
  • 7) Good Samaritan Law & Definition - Can I be sued?
  • 8) Best Practices Guide: Fundamentals of a Workplace First-Aid Program
  • 9) Requirements for Basic First Aid Unit Package
  • 10) First Aid Supplies
  • 11) First Aid Kit Update: Effective October 15, 2022
  • 12) American National Standard for Emergency Eyewash And Shower Equipment
  • 13) Best Practices Guide: Fundamentals of a Workplace First-Aid Program
  • 14) Service Training - First Aid
  • 1) Incident Investigation Training Video: Incident Investigation Response
  • 2) Construction Safety | BCSP Foundation
  • 3) Applicable health and safety standards and best practices
  • 4) Roles, responsibilities, and lines of authority as they relate to safety management
  • 5) A Step-by-Step Guide: Incident Investigations
  • 6) Post-incident/accident reporting and follow-up procedures
  • 7) Audit Checklist
  • 8) Health and Safety Standards and Best Practices Quiz
  • 9) Incident Investigations Quiz
  • 10) Building a Safety Culture: Improving Safety and Health Management in the Construction Industry
  • 11) Construction Safety
  • 1) Sample Safety Policy Statement
  • 2) How To Get Buy-In To Your Safety Culture
  • 3) SAFETY GOALS AND RESPONSIBILITIES
  • 4) Training Requirements in OSHA Standards
  • 5) Safety Buy in and Beliefs
  • 1) SITE-SPECIFIC HEALTH AND SAFETY PLAN
  • 2) Equity Construction Solutions Site Specific Safety Plan
  • 3) Site Specific Safety Plans
  • 4) How to Develop a Site Safety Plan for Construction? Site Safety Best Practices | Disaster Safety
  • 1) Auditing Checklist
  • 2) Recommended equipment inspection records or logs
  • 3) Inspection Modified equipment 1926
  • 4) CONSTRUCTION SAFETY CHECKLIST
  • 5) Construction Safety & Injury Prevention Program WORKBOOK
  • 1) VEHICLE/HEAVY EQUIPMENT PRE-USE INSPECTION CHECKLIST
  • 2) OSHA Pre-Shift Inspection
  • 3) How to do a Telehandler Pre-Operation Inspection | Telehandler Forklift Operator Training
  • 4) Aerial Lift Pre-Use Inspection Checklist
  • 5) Aerial Work Platform Visual Inspection/Function Check
  • 1) Systems of Safety and Introduction to Logic Tree Diagraming
  • 2) Root Cause
  • 3) Root Cause Analysis (Direct and Indirect Causes of Incident)
  • 1) Incident/Accident Analysis
  • 2) Documentation requirements of occupational injuries and illnesses
  • 3) A Step-by-Step Guide: Incident Investigations
  • 4) Incident Investigation Quiz
  • 5) Toolbox Talk - Incident Investigations
  • 1) Toolbox Talk: Accident and Incident Reporting
  • 2) ACCIDENT VS INCIDENT | The difference explained.
  • 1) What are the Risk Management Process Steps
  • 2) Risk Management
  • 3) Risk Management in Construction
  • 4) System Safety and Risk Management
  • 5) ACCIDENT PREVENTION PROGRAM for the CONSTRUCTION INDUSTRY SAMPLE
  • 6) Builders Risk vs General Liability Coverage
  • 1) Safety and Risk Management
  • 2) The risk management process
  • 3) Records and Retention Management
  • 4) What’s Your Risk Management IQ?
  • 5) Risk Management
  • 6) What is Risk Management Risk Management in Construction Projects: A Comprehensive Guide
  • 1) What are the Risk Management Process Steps
  • 2) Risk Management
  • 3) Risk Management in Construction
  • 4) System Safety and Risk Management
  • 5) ACCIDENT PREVENTION PROGRAM for the CONSTRUCTION INDUSTRY SAMPLE
  • 6) Builders Risk vs General Liability Coverage
  • 1) Resource for Development and Delivery of Training to Workers
  • 2) Choosing the Right Remote Training Delivery Method
  • 1) Shaping safety culture through safety leadership
  • 2) Safety Leadership & Improving Safety Culture in the Workplace
  • 3) Safety Leadership and Actively Caring in Construction
  • 4) MANAGEMENT COMMITMENT AND EMPLOYEE INVOLVEMENT
  • 5) Sustainable Safety Leadership - Safety Culture Improvement
  • 1) Introduction to Practical Behavior-Based Safety
  • 2) Communication Strategies
  • 3) Employee Confidentiality - Manager sharing confidential information
  • 1) Communication Strategies
  • 2) Communication in Construction
  • 3) Safety Culture Starts with Open Communication
  • 1) BEHAVOUR BASED SAFETY GUIDE
  • 2) Behavior Based Safety Training
  • 3) What Is Behavioral Safety? (workplace examples and strategies)
  • 4) Introduction to Practical Behavior-Based Safety
  • 5) The Basics of Behaviour Based Safety | Creating a Safer Workplace
  • 1) Subject Matter Expert (SME) Roles and Responsibilities
  • 2) Your Role as a Subject Matter Expert
  • 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) Aerial Lifts
  • 1) Ladder Safety
  • 2) Ladder Safety Quiz
  • 3) How to Inspect and Maintain Your Ladder
  • 4) Introduction to Ladders
  • 5) Ladder Safety
  • 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) Signals and Barricades Oregon OSHA
  • 2) OSHA / ANSI Safety Sign Standards
  • 3) Signs, Signals, and Barricades
  • 4) Construction Traffic Control : Top 7 Steps of Traffic Control | Roadside Construction Safety 2022
  • 5) Work Zone Safety
  • 6) How to Protect Pedestrians and Workers in Construction Traffic Control Zones
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Upon completion of the lesson, participants will be able to: 

1. Identify which health and safety programs (e.g., fall protection, ladders, respiratory) are relevant to site-specific safety plan

2. Apply relevant standards to worksite conditions

3. Identify trends related to incidents and accidents

4. Evaluate construction means and methods and their impact on safety 

CHST Exam Blueprint (PDF)


Domain 1

Hazard Identification and Control (includes Health Hazards) • 57.1 %

Knowledge of:

1.           Common hazards and controls associated with hot work (e.g., cutting, welding, grinding)

2.           Common electrical hazards and controls

3.           Common hazards and controls associated with excavations

4.           Common hazards and controls associated with working at heights (e.g., ladders, scaffolding, aerial platforms)

5.           Common hazards and controls associated with working in confined spaces

6.           Common struck by hazards and associated controls

7.           Common caught-in or caught-between hazards and associated controls

8.           Common hazards and controls associated with hoisting and rigging

9.           Common hazards and controls associated with crane operations

10.      Common hazards and controls associated with material handling

11.     Common hazards and controls associated with material storage

12.      Common hazards and controls associated with housekeeping

13.      Common hazards and controls associated with powder actuated tools

14.      Common hazards and controls associated with hand and power tools

15.      Common hazards and controls associated with asbestos exposure

16.      Common hazards and controls associated with lead exposure

17.      Common hazards and controls associated with noise exposure

18.      Common hazards and controls associated with radiation exposure (ionizing and non-ionizing)

19.      Common hazards and controls associated with silica exposure

20.      Common hazards and controls associated with chemical exposure

21.      Common hazards and controls associated with working in extreme temperatures

22.      Common hazards and controls associated with vibration and impact exposures

23.     The Globally Harmonized System of Classification and Labeling of Chemicals (GHS)

24.      Basic safety through design (e.g., incorporating hierarchy of controls into design of building or systems)

25.      Risks associated with multiple trades working simultaneously in work area (e.g., congested area, overlapping of workers)

26.      Principles of ergonomics as applied to construction practices and material handling

27.      Requirements, usage, and limitations of personal protective equipment

28.      Basic testing and monitoring equipment (e.g., electrical, industrial hygiene, four gas meter) required for a situation

Skill to:

1.          Apply the hierarchy of controls

2.           Verify corrective actions were effective in eliminating or mitigating hazards

3.           Recognize and address hazards over changing construction site conditions (e.g., excavations after weather events, changing site entrances)

4.           Develop job/hazard safety analyses

5.           Prioritize identified hazards based on level of risk (e.g., order of severity, probability, frequency)

Domain 2

Emergency Preparedness and Fire Prevention • 10.3%

Knowledge of:

1.           Proper fire protection and prevention methods (e.g., appropriate class of fire extinguishers, inspection criteria)

2.           Components of emergency action plans

3.           Common elements of response plans for environmental hazards (e.g., releases or spills)

4.           Emergency response system (e.g., incident command system, crisis management, emergency response equipment, media)

5.           Potential first aid or medical needs (e.g., availability of first aid kit, AED, CPR supplies)

6.           Universal precautions (e.g., bloodborne/airborne pathogens)

Skill to:

1.     Plan for emergencies


Domain 3

Safety Program Development and Implementation • 17.1%

Knowledge of:

1.          Applicable health and safety standards and best practices (e.g., health, safety, construction, and environmental)

2.           Common components of site-specific safety plans

3.           Worksite assessment or audit processes

4.           Roles, responsibilities, and lines of authority as they relate to safety management

5.           Recommended equipment inspection records or logs

6.           Basic risk management concepts (e.g., public safety, builder’s risk and liabilities, general liability)

7.           General/basic construction site conditions that could potentially impact safety

8.           Data gathering techniques and procedures used in incident investigations

9.          Techniques for determining the root cause of accidents or incidents

10.      Post-incident/accident reporting and follow-up procedures

11.     Documentation requirements of occupational injuries and illnesses

Skill to:

1.           Identify which health and safety programs (e.g., fall protection, ladders, respiratory) are relevant to site-specific safety plan

2.          Apply relevant standards to worksite conditions

3.           Identify trends related to incidents and accidents

4.           Evaluate construction means and methods and their impact on safety

Domain 4

Leadership, Communication, and Training • 15.5%

Knowledge of:

1.        Available training delivery methods and instructional materials (e.g., classroom, on-the-job training, online)

2.        Appropriate human behavior motivation methods and techniques (e.g., behavior-based safety)

3.         Communication strategies (e.g., methods to disseminate information)

4.         When to consult with equipment manufacturers, suppliers, or subject matter experts

5.         Information confidentiality requirements (e.g., trade secrets, personal medical, personally identifiable information)

6.         BCSP Code of Ethics

Skill to:

1.         Develop site-specific safety training requirements based on job tasks and work environment

2.         Maintain all applicable documentation (e.g., training documents, injury logs)

3.        Determine training requirements and delivery methods based on characteristics and needs of worksite personnel (e.g., skill level, education level, language proficiency)

4.         Identify existing and foreseeable at-risk conditions and behaviors

5.         Recognize situations or behaviors that present imminent danger

6.         Coach personnel to correct unsafe behaviors

7.        Access relevant current information (e.g., standards, codes, safety-related information)

8.        Apply the BCSP Code of Ethics

 


 

Domain 1

Hazard Identification and Control (includes Health Hazards) • 57.1 %

Knowledge of:

1.           Common hazards and controls associated with hot work (e.g., cutting, welding, grinding)

2.           Common electrical hazards and controls

3.           Common hazards and controls associated with excavations

4.           Common hazards and controls associated with working at heights (e.g., ladders, scaffolding, aerial platforms)

5.           Common hazards and controls associated with working in confined spaces

6.           Common struck by hazards and associated controls

7.           Common caught-in or caught-between hazards and associated controls

8.           Common hazards and controls associated with hoisting and rigging

9.           Common hazards and controls associated with crane operations

10.      Common hazards and controls associated with material handling

11.     Common hazards and controls associated with material storage

12.      Common hazards and controls associated with housekeeping

13.      Common hazards and controls associated with powder actuated tools

14.      Common hazards and controls associated with hand and power tools

15.      Common hazards and controls associated with asbestos exposure

16.      Common hazards and controls associated with lead exposure

17.      Common hazards and controls associated with noise exposure

18.      Common hazards and controls associated with radiation exposure (ionizing and non-ionizing)

19.      Common hazards and controls associated with silica exposure

20.      Common hazards and controls associated with chemical exposure

21.      Common hazards and controls associated with working in extreme temperatures

22.      Common hazards and controls associated with vibration and impact exposures

23.     The Globally Harmonized System of Classification and Labeling of Chemicals (GHS)

24.      Basic safety through design (e.g., incorporating hierarchy of controls into design of building or systems)

25.      Risks associated with multiple trades working simultaneously in work area (e.g., congested area, overlapping of workers)

26.      Principles of ergonomics as applied to construction practices and material handling

27.      Requirements, usage, and limitations of personal protective equipment

28.      Basic testing and monitoring equipment (e.g., electrical, industrial hygiene, four gas meter) required for a situation

Skill to:

1.          Apply the hierarchy of controls

2.           Verify corrective actions were effective in eliminating or mitigating hazards

3.           Recognize and address hazards over changing construction site conditions (e.g., excavations after weather events, changing site entrances)

4.           Develop job/hazard safety analyses

5.           Prioritize identified hazards based on level of risk (e.g., order of severity, probability, frequency)

Domain 2

Emergency Preparedness and Fire Prevention • 10.3%

Knowledge of:

1.           Proper fire protection and prevention methods (e.g., appropriate class of fire extinguishers, inspection criteria)

2.           Components of emergency action plans

3.           Common elements of response plans for environmental hazards (e.g., releases or spills)

4.           Emergency response system (e.g., incident command system, crisis management, emergency response equipment, media)

5.           Potential first aid or medical needs (e.g., availability of first aid kit, AED, CPR supplies)

6.           Universal precautions (e.g., bloodborne/airborne pathogens)

Skill to:

1.     Plan for emergencies


Domain 3

Safety Program Development and Implementation • 17.1%

Knowledge of:

1.          Applicable health and safety standards and best practices (e.g., health, safety, construction, and environmental)

2.           Common components of site-specific safety plans

3.           Worksite assessment or audit processes

4.           Roles, responsibilities, and lines of authority as they relate to safety management

5.           Recommended equipment inspection records or logs

6.           Basic risk management concepts (e.g., public safety, builder’s risk and liabilities, general liability)

7.           General/basic construction site conditions that could potentially impact safety

8.           Data gathering techniques and procedures used in incident investigations

9.          Techniques for determining the root cause of accidents or incidents

10.      Post-incident/accident reporting and follow-up procedures

11.     Documentation requirements of occupational injuries and illnesses

Skill to:

1.           Identify which health and safety programs (e.g., fall protection, ladders, respiratory) are relevant to site-specific safety plan

2.          Apply relevant standards to worksite conditions

3.           Identify trends related to incidents and accidents

4.           Evaluate construction means and methods and their impact on safety

Domain 4

Leadership, Communication, and Training • 15.5%

Knowledge of:

1.        Available training delivery methods and instructional materials (e.g., classroom, on-the-job training, online)

2.        Appropriate human behavior motivation methods and techniques (e.g., behavior-based safety)

3.         Communication strategies (e.g., methods to disseminate information)

4.         When to consult with equipment manufacturers, suppliers, or subject matter experts

5.         Information confidentiality requirements (e.g., trade secrets, personal medical, personally identifiable information)

6.         BCSP Code of Ethics

Skill to:

1.         Develop site-specific safety training requirements based on job tasks and work environment

2.         Maintain all applicable documentation (e.g., training documents, injury logs)

3.        Determine training requirements and delivery methods based on characteristics and needs of worksite personnel (e.g., skill level, education level, language proficiency)

4.         Identify existing and foreseeable at-risk conditions and behaviors

5.         Recognize situations or behaviors that present imminent danger

6.         Coach personnel to correct unsafe behaviors

7.        Access relevant current information (e.g., standards, codes, safety-related information)

8.        Apply the BCSP Code of Ethics

 




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  • Modules : 73
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  • Language : English
  • Skill Level : Beginner
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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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