Competent Person – Excavation, Trenching and Shoring
Become the go-to safety leader on your jobsite with our Competent Person – Excavation, Trenching & Shoring course. This engaging, easy-to-follow training teaches you how to identify hazards, classify soil, select protective systems, and perform OSHA-required daily inspections. Whether you’re new to trenching work or stepping into a leadership role, this course gives you the confidence and authority to keep your crew safe—and your project compliant. Great for construction supervisors, foremen, and anyone responsible for excavation operations.
$90.00
Course Description
Become the safety expert your excavation crew depends on with our Competent Person – Excavation, Trenching & Shoring Training, a comprehensive course designed to meet OSHA’s requirements under 29 CFR 1926 Subpart P. This in-depth program teaches workers, supervisors, and field leaders how to recognize excavation hazards, classify soil, select proper protective systems, and conduct the daily inspections required on every trenching operation. If your role involves overseeing trenches, working around excavation sites, or ensuring compliance on construction projects, this course provides the essential knowledge and authority needed to serve as your jobsite’s designated Competent Person.
Through step-by-step instruction, real-world scenarios, and visual learning tools, participants learn how to prevent cave-ins, identify unsafe conditions, evaluate trench stability, assess water intrusion, and address atmospheric hazards such as oxygen deficiency and toxic gases. The course also explains OSHA’s requirements for access and egress, spoil pile placement, underground utility locating, and emergency procedures. By the end of the training, you will understand how to confidently apply stop-work authority, document conditions, and implement corrective actions to keep your team safe and compliant.
Ideal for construction supervisors, foremen, safety professionals, and excavation crews, this Competent Person training provides a strong foundation for reducing jobsite risks and preventing costly violations. Whether you’re expanding your safety responsibilities or formalizing your qualifications, this OSHA-aligned course equips you with the skills and knowledge to protect workers, maintain regulatory compliance, and ensure every trenching operation is performed safely and efficiently.
Course Features
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Cross-Platform Accessibility – Training can be accessed on Mac, PC, and mobile devices.
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Subject Matter Experts (SMEs) – Our in house SME’s wrote and developed this online training course.
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High-Resolution Imagery – High-definition images enhance the training material.
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Comprehensive Interactive Learning – Fully interactive modules create an engaging learning experience.
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Continuing Education Credits – Earn CEUs upon successful course completion.
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Automated Assessment – Includes knowledge checks, quizzes, and a final exam for certification.
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Certification – Downloadable 8×10 certificate awarded upon course completion.
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Extended Course Entry – Enjoy course access for one full year after registration.
Course Outline
Module 1 — Introduction to Excavation Safety
1.1 Course Purpose and Objectives
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Define the role of a Competent Person under OSHA Subpart P
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Understand regulatory requirements and employer responsibilities
1.2 Definitions & Key Concepts
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Excavation, trench, shoring, shielding, sloping
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Cave-in
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Protective system
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Access/egress
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Hazard exposure
1.3 Legal Framework
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OSHA 29 CFR 1926.650–652
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OSHA General Duty Clause relevance
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State-plan variations
Module 2 — Competent Person Authority & Responsibilities
2.1 OSHA Definition of a Competent Person
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Ability to identify existing and predictable hazards
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Authority to take prompt corrective measures
2.2 Duties in the Field
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Daily inspections
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Continuous hazard monitoring
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Documentation
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Stop-work authority
2.3 When a Site Requires More Than One Competent Person
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Multi-employer worksites
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Large-scale trenching operations
Module 3 — Soil Classification & Analysis
3.1 OSHA Soil Types (A, B, C)
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Characteristics
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Impact on trench stability
3.2 Visual & Manual Soil Tests
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Plasticity
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Fissures
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Water content
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Layering
3.3 Manual Field Testing Methods
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Pocket penetrometer
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Shear vane tester
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Thumb test
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Dry strength test
3.4 Documenting Soil Classification
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Required documentation
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Site-specific records
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Variability across the site
Module 4 — Excavation Hazards & Risk Assessment
4.1 Common Excavation Hazards
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Cave-ins
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Water accumulation
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Adjacent structure instability
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Vibrations (equipment, traffic)
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Hazardous atmospheres (oxygen deficiency, toxic gases)
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Underground utilities
4.2 Jobsite Hazard Assessment Process
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Pre-excavation surveys
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Daily inspections
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Environmental conditions
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Equipment hazards
4.3 Case Studies: Fatal and Near-Miss Incidents
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OSHA fatality summaries
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Lessons learned
Module 5 — Protective Systems
5.1 Overview of Protective System Requirements
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Required when trench is 5 ft or deeper
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Required at <5 ft if a cave-in hazard exists
5.2 Sloping & Benching Systems
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Type A, B, C soil angle requirements
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Configurations and limitations
5.3 Shoring Systems
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Hydraulic shores
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Timber shoring
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Aluminum hydraulic shoring
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Installation and removal procedures
5.4 Shielding Systems (Trench Boxes)
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Use, placement, and depth limitations
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Manufacturer’s tabulated data
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Transition areas (in/out of the box)
5.5 Designing Protective Systems
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Using tabulated data
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Using pre-engineered systems
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Custom designs by a registered professional engineer
Module 6 — Access, Egress & Traffic Control
6.1 Ladders and Ramps
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Ladder spacing every 25 ft of lateral travel
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Ladder extension above trench edge
6.2 Walkways & Crossovers
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Guardrail requirements
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Structural integrity
6.3 Protection from Mobile Equipment
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Barricades
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Spotters
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Warning systems
Module 7 — Atmospheric Hazards & Monitoring
7.1 Hazardous Atmospheres in Excavations
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Oxygen deficiency
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Hydrogen sulfide
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Methane
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VOCs
7.2 Atmospheric Monitoring Equipment
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Calibration
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Bump testing
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Continuous vs. periodic monitoring
7.3 Ventilation & Engineering Controls
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Fans / blowers
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Purging
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Hot work precautions
Module 8 — Water Accumulation & Emergency Situations
8.1 Water Control Procedures
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Pumps
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Diversions
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Well points
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Special considerations for Type C soil
8.2 Emergency Rescue Planning
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Competent Person’s role during emergencies
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Engulfment rescue hazards
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Controlled access points
8.3 Severe Weather Considerations
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Rain
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Freezing
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Flooding potential
Module 9 — Utility Locating & Underground Installations
9.1 811 Requirements
9.2 Locating and Exposing Utilities
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Hand-digging
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Vacuum excavation
9.3 Support Systems for Adjacent Structures
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Foundations
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Roadways
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Poles
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Pipelines
Module 10 — Inspection Requirements
10.1 Daily Inspections
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Start-of-shift
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After rain
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After vibration events
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After hazard notifications
10.2 Inspection Documentation
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Forms
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Logs
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Photography
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Corrective actions
10.3 Frequency and Triggers
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Continuous during exposure
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Post-incident inspections
Module 11 — Safe Work Practices
11.1 Spoil Pile Requirements
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2 ft minimum setback
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Soil weight considerations
11.2 Equipment Operation Near Excavations
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Undercutting
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Bench collapse hazards
11.3 Worker Positioning and Communication
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No working under loads
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Communication protocols
Final Exam
Accreditation
This course meets the eligibility for Continuance of Certification (COC) points awarded by the Board of Certified Safety Professionals (BCSP).
Certificate
After successfully passing a final exam, you can immediately download your official certificate. A copy is stored in our site database should you need additional copies. View Certificate Example
FAQ's
What conditions require a protective system in a trench or excavation?
OSHA requires a protective system for any trench 5 feet deep or deeper, and for trenches under 5 feet if a cave-in hazard exists.
What is the Competent Person’s role during excavation operations?
A Competent Person must be able to identify existing and predictable hazards and have the authority to take immediate corrective action, including stopping work.
How do you classify soil according to OSHA (Types A, B, and C)?
Soil classification is based on stability, using visual and manual tests (e.g., thumb test, pocket penetrometer, shear vane). Type A is the most stable; Type C is the least stable.
What hazards must a Competent Person inspect for every day before workers enter a trench?
Key hazards include:
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Cave-ins
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Water accumulation
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Hazardous atmospheres
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Adjacent structure instability
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Spoil pile placement
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Inadequate access/egress
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Vibration sources
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Faulty protective systems
What are the main types of protective systems regulated by OSHA?
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Sloping
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Benching
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Shoring (hydraulic, timber)
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Shielding (trench boxes)


