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Competent Person Training

OSHA Competent Person - Trenching and Excavation

Studies show that excavation work is one of the most hazardous types of work done in the construction industry. Injuries from excavation work tend to be of a very serious nature and often result in fatalities.The primary concern in excavation-related work is a cave-in. Cave-ins are much more likely to be fatal to the employees involved than other construction-related accidents.

21 Modules
5.00

Course Modules - (21)

  • 1) Safety in the Trenches: An Overview of Basic Trench Safety
  • 2) Trenching and Excavation Safety
  • 3) Excavations: Introduction
  • 4) Trench Safety: Before You Dig It, Plan It!
  • 5) Excavation Safety Program
  • 6) Trenching and Excavation Safety
  • 1) Competent Person for Excavations
  • 2) Trench Safety - Intro and Competent Person
  • 3) Excavation Competent Person - Toolbox Talk
  • 4) SAFETY WALKAROUND CHECKLIST TRENCHES & EXCAVATIONS
  • 5) Competent Person
  • 6) Competent Persons for Trenching & Excavations
  • 7) OSHA Trenching and Excavation Film
  • 8) Trench Cave In | Oregon OSHA compliance officer caught cave in on tape
  • 9) Trenching and Excavation Safety
  • 1) What is an OSHA Competent Person?
  • 2) Competant VS Qualified Person in Safety
  • 1) OSHA Standard 29 CFR 1926.650-652 Subpart P
  • 2) Scope, Application, and Definitions
  • 3) OSHA 1926.600 Subpart P Excavations
  • 4) Subpart P
  • 5) OSHA 1926 Subpart P Excavations
  • 1) Safety Toolbox Talks: Trenching and Excavation Safety
  • 2) Trench Safety - Know the Numbers
  • 3) The Top 5 Dangers in Trenching and Excavation & How to Protect Yourself
  • 4) Excavating & Trenching
  • 5) Quick Guide/Information for Excavations
  • 6) Preventing Worker Deaths from Trench Cave-ins
  • 7) Trenching and Excavation Safety Fact Sheet
  • 8) How Should We Operate Heavy Equipment Around Excavations?
  • 9) Tailgate/Toolbox Topics
  • 10) Safety Bulletin
  • 11) Trenching and Excavation Safety
  • 12) All Workers Must Be Kept Safe
  • 1) TRENCHING & EXCAVATION SAFETY
  • 2) Trenching and Excavation Safety
  • 3) Trenching and Excavation Safety OSHA Excavation Standard
  • 4) Excavation Hazards - Control Measures
  • 5) Excavation & its Hazards
  • 6) Pre-Excavation Requirements
  • 7) Jobsite Safety & Equipment in Operation
  • 1) Excavation Hazardous Atmosphere
  • 2) HAZARDOUS ATMOSPHERES
  • 3) Hazardous Atmospheres
  • 1) USA North 811 - How to Premark Your Excavation Site
  • 2) Help prevent excessive 811 locate updates
  • 3) Digging Safely Around Utilities
  • 4) Failure to Identify and Mark a Line in its Entirety
  • 5) Excavation Safety Day Shows Dangers of Utility Digging
  • 1) How to Classify Different Soil Types?
  • 2) Excavations in Construction Soil Classification
  • 3) OSHA 1926 Subpart P Appendix A – Soil Classification
  • 4) Types of Soils
  • 5) What is Soil ?
  • 6) Soil Classification Outline
  • 7) What are the Different Types of Soil? Trenching and Excavation | Construction
  • 1) Phases of Trench Collapse
  • 2) Multiple Cave-in Scenario
  • 3) Inspecting a Trench for Fissures and Cracking
  • 4) Types of Soil Failures
  • 5) Types of Soil Failure
  • 6) Heave Trench Failure
  • 7) Flowing or Heaving Sand Into a Test Pit Excavation Caused by Groundwater
  • 8) HEAVING AND BOILING
  • 9) Hydraulic Heave
  • 10) Soil Instability
  • 1) Excavation Surcharges | Back to the Drawing Board
  • 2) Trench Spoil
  • 3) Benching and Overburden Removal at Quarry
  • 4) Environmental Factors Affecting Trench Stability
  • 1) Sloping and Benching
  • 2) Options for Construction Sloping and Benching Systems
  • 3) Benching Systems for Different Soil Types:
  • 4) Sloping Requirements Are Based Upon Soil Type
  • 5) Sloping
  • 6) Sloping and Benching Class B and C Soils
  • 7) Sloping and Shoring
  • 8) What is the Maximum Slope for Different Soil Types?
  • 1) Hydraulic Shore Installation
  • 2) Trench Shield Inspection
  • 3) Trench Shield Assembly
  • 4) Hydraulic Shore Inspection
  • 5) TRENCH SHIELD ASSEMBLY & USAGE
  • 6) Shoring in Soft Soil l Sheet Pile l I Beam Shoring
  • 7) Methods of Shielding and Shoring in Construction Trenching and Excavation
  • 8) OSHA 1926 Subpart P Appendix D – Aluminum Hydraulic Shoring for Trenches
  • 9) Using Trench Safety Equipment
  • 1) Trench Safety - Trench Box Placement
  • 2) 1926 Subpart P App D - Aluminum Hydraulic Shoring for Trenches
  • 3) ESC Trench Safety - Trench Shields (also known as Trench Boxes) Assembly and Installation
  • 4) Engineering vs Experience - What Keeps People Safe in Trenches
  • 1) Trench Safety - Trench Inspection
  • 2) Excavations in Construction Soil Classification
  • 3) Daily Inspection Checklist for Trenching/Excavation Sites
  • 4) Inspection of Excavations
  • 5) 1926.651(k)-Inspections
  • 6) SUNY Geneseo Excavation Permit
  • 1) Soldier Pile walls
  • 2) Soldier Piles and Lagging Animation
  • 3) Placing Lagging: Time-Lapse Compilation
  • 1) TIMBER SHORING SYSTEMS
  • 2) Excavations: Situations
  • 3) Excavations: Sloping and Shoring
  • 4) Trench Safety - The 3 S's of Shoring - Entering & Exiting a Trench
  • 5) Toolaholic - Turnkey Site Solutions - Shoring educational
  • 1) Underpinning Explainer
  • 2) New Basement - Crawlspace Dig Out and Underpinning
  • 3) Underpinning, a Calculated Approach
  • 4) The Underpinning Steel Pipe Pile Press fit Technique
  • 5) Excavation Safety Support of Excavation & Underpinning
  • 1) Footings | Why are they used?
  • 2) Common Footing Types
  • 3) Footing Failure - Undermining
  • 4) Foundation Undermining
  • 5) Building Collapse Due to Soil Support Failure Happened in Istanbul
  • 6) Retaining Walls
  • 1) Rescue Methods FR1: Trench Essentials
  • 2) Rescue Methods and Absolute Rescue Quick Tips: Trench
  • 3) FDNY performs dramatic trench rescue in the Bronx
  • 4) 2019 NAXSA Washington Trench Safety Summit Video
  • 1) No Escape: Dangers of Confined Spaces
  • 2) Confined Space Intro
  • 3) Confined Space
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Under the Excavation standards, tasks performed by the competent person include:

■ Classifying soil;

■ Inspecting protective systems;

■ Designing structural ramps;

■ Monitoring water removal equipment; and

■ Conducting site inspections.

29 CFR 1926.650, 29 CFR 1926.651, and 29 CFR 1926.652 are applicable OSHA standards.

Learning Outcomes:

  • Understand safety protocols in the workplace.
  • Recognize potential hazards and mitigate risks.

CEU Requirements CEU Requirements

  • 100% appearance for the course
  • Fully involvement in all class trainings (determined by instructor)
  • Completion of Continuing Education and Training Registration Form
  • Completion of mandatory quiz assessments
  • As applicable, attainment of least passing score on required end-of-course examination
  • Participation and submittal of end-of-course assessment form (must provide name on form to obtain credit)

Prerequisites Prerequisites

There are no prerequisites but, mandatory to do Video Cons in this course. Students must be able to orally communicate with instructor in primary language of the training

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This Course Includes

  • Modules : 21
  • Duration : 8 Hours
  • Certificate : Yes:
  • Language : English
  • Skill Level : Expert
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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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