Price: $89.99

USACE EM 385 Training 2024

24-HOUR EM 385-1-1 TRAINING

Our 24-hour EM 385-1-1 training is an intermediate-level course consisting of 21 modules. By taking our 24-hour EM 385-1-1 online course, contractors, managers, and government workers can be guaranteed compliance with U.S. Army Corps of Engineers (USACE) regulations for occupational safety and health. The course will take just 24 hours to complete, and you will be awarded a certificate at the end of the training. Get enrolled today to get your hands on the best and budget-friendly 24-hour EM 385-1-1 training.

33 Modules

This intermediate-level course has been designed for Contractors and Employees who need to fulfill EM 385-1-1 training requirements for government or army contract work. Collateral Duty Safety Officers or CDSOs must take this course in addition to the 24 hours of mandatory refresher training every four years.

Our course will cover the EM 385-1-1 manual, which contains the U.S. Army Corps of Engineers' occupational safety and health rules. It will also cover workplace management, the requirements for personal protection equipment, fall prevention, and other topics.

Who Needs Our 24-Hour EM 385-1-1 Training?

Our course is best for employees who are required to complete EM 385-1-1 training of 24 hours, including:

       Contractors who work on USACE projects or military installations.

       Government or military employees who must comply with or enforce EM 385-1-1 standards

       Collateral Duty Safety Officers (CDSOs) who are required to undergo a 24-hour refresher training after every four years.

EM 385-1-1 training is of different types depending on the hours of training. We also offer the 40-Hour EM 385-1-1 and 16-Hour EM 385-1-1 training courses for employees who have to meet the EM 385-1-1 training standards.


Course Modules - (33)

  • 1) NEW TABLE OF CONTENTS
  • 2) HISTORICAL PERSPECTIVE
  • 3) MAJOR HIGHLIGHTS
  • 4) MAJOR HIGHLIGHTS
  • 5) ACCIDENT PREVENTION PLAN (APP)
  • 6) SITE SAFETY & HEALTH OFFICER
  • 7) ACTIVITY HAZARD ANALYSIS (AHA)
  • 1) Safety and Occupational Health Program Management for United States Army Corps of Engineers Personnel
  • 2) Program Management
  • 3) Safety and Health Management
  • 4) How the Components Interact
  • 5) Identifying the Marks of Excellence
  • 6) Risk and How to use a Risk Matrix
  • 7) Toolbox Talk: Accident and Incident Reporting
  • 8) Pre Job Hazard Analysis
  • 9) Writing Activity Procedure | Activity Hazard Analysis (AHA), Hazard Identification, OSHA Standards Training
  • 10) How to Identify Hazards | Activity Hazard Analysis (AHA), Haz ID, OSHA Rules Safety Training
  • 11) Activity Hazard Analysis - Activity Steps and Tasks
  • 12) Incident Investigation
  • 13) A Step-by-Step Guide: Incident Investigations
  • 14) Incident/Accident Analysis
  • 1) Safety and Occupational Health Program Management for Contractors
  • 2) 2024 SWG Safety Standdown Video
  • 3) For USACE Safety Specialist the Work is Personal
  • 4) USACE Nashville District Talks Successful Safety Program
  • 5) How to Prepare an Activity Hazard Analysis Report
  • 6) How to Add a Mishap Report to a QA/QC Daily Report
  • 7) SITE SAFETY & HEALTH OFFICER (SSHO) DESIGNATION LETTER
  • 8) MISHAP NOTIFICATION AND INVESTIGATION
  • 9) UNITED STATES ARMY CORPS OF ENGINEERS ACCIDENT INVESTIGATION REPORT
  • 10) Activity Hazard Analysis (AHA)
  • 11) USACE ERGONOMICS PROGRAM POLICY
  • 1) Temporary Facilities
  • 2) Temp Facilities
  • 3) Construction Fence
  • 4) Cat Graders Keeping the Haul Roads Tidy
  • 5) Stormwater Runoff/Run On
  • 6) Stormwater Quality: Construction Site Inspection
  • 7) How to Develop a Site Safety Plan for Construction?
  • 8) Temporary Traffic Control Zones
  • 9) Temporary Traffic Control Zones part 2
  • 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
  • 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) Personal Protective and Lifesaving Equipment
  • 2) Personal Protective and Lifesaving Equipment
  • 3) PPE Safety Training for Construction Workers
  • 4) ABCs of Active Fall Protection | Anchor, Body Harness, Connector
  • 5) Fall Protection Anchors for Construction - clamps, I-beam, beamer, strap (M3V1 Anchors Overview)
  • 6) Donning a Fall Protection Harness
  • 7) Selection, Fit Test of Harness
  • 8) Inspection Procedures Harness
  • 9) Respiratory Protection in Construction: An Overview of Hazards & OSHA's Program Requirements
  • 10) Toolbox Talk: Eye Protection
  • 11) Testing common types of Personal Protective Equipment (PPE)
  • 12) How to Select and Use Hearing Protection
  • 13) Personal Protective Equipment
  • 14) Personal Protective Equipment
  • 1) Hazard Assessment
  • 2) PPE Selection
  • 3) PPE Selection > Head Protection
  • 4) PPE Selection > Eye and Face Protection
  • 5) PPE Selection > Foot Protection
  • 6) PPE Selection > Hearing Protection
  • 7) PPE Selection > Respiratory Protection
  • 8) PPE Selection > Hand and Body Protection
  • 9) PPE Selection > Lifesaving Equipment and Personal Flotation Devices
  • 10) PPE Selection > Personal Fall Protection Equipment
  • 11) Employee Training
  • 12) Cleaning, Maintenance and Replacement
  • 1) Fire Prevention and Protection
  • 2) Fire Protection & Prevention
  • 3) HAZARDS OF FLAMMABLE GASES, LIQUIDS & AEROSOLS & RISK MINIMIZATION
  • 4) Flash Point
  • 5) What is a Fire Alarm System?
  • 6) Components Of Fire Protection Systems
  • 7) Fire Suppression System Simulation
  • 8) How fire sprinkler systems work (3D Animation)
  • 9) Firefighting Strategies for the Wildland/Urban Interface
  • 10) Fire Watch Safety Video
  • 11) Hot Work Permit
  • 12) THE FIRE TRIANGLE
  • 1) Introduction
  • 2) Fire Safety Plan
  • 3) Precautions for Hot Work
  • 4) Fire Watches
  • 5) Fire Response
  • 6) Fixed Fire Extinguishing System Hazards on Board Vessel
  • 7) Land-Side Fire Protection Systems
  • 8) Training
  • 1) Extinguisher Basics
  • 2) Fire Extinguisher Use
  • 3) Extinguisher Placement and Spacing
  • 4) Hydrostatic Testing
  • 5) OSHA Requirements
  • 1) Hand and Power Tools
  • 2) Hand & Power Tools
  • 3) Power Tool Safety — It's In Your Hands
  • 4) Hand Tool Safety
  • 5) Toolbox Talk: Dangers of Compressed Air
  • 6) Chainsaw How To - Personal Protective Equipment
  • 7) Chainsaws 101: Chainsaw Safety Basics
  • 8) POWDER ACTUATED TOOL SAFETY
  • 9) Powder Actuated Tools
  • 10) Nail Gun Safety
  • 11) Carbon Monoxide in Construction/Portable Gas-Powered Equipment
  • 12) Safety Moment "How A GFCI Works" with Tim Neubauer
  • 13) Amputations FactSheet
  • 1) Work Platforms and Scaffolding
  • 2) Work Platforms & Scaffolding
  • 3) OSHA-Support Structure
  • 4) OSHA-Fabricated Frame
  • 5) OSHA-Two-point (swing stage)
  • 6) OSHA-Pole or Wood Pole
  • 7) OSHA-Mast Climbers
  • 8) OSHA-Ladder Jack
  • 9) OSHA-Specialty and Other Scaffolds
  • 10) OSHA-Interior Hung
  • 11) Aerial Lifts
  • 12) Summit Aerial Lift Safety Video
  • 13) Aerial Lift Fall Protection
  • 1) Overview
  • 2) Horse Scaffolding
  • 3) Independent Pole Wood Scaffolds
  • 4) Independent Pole Metal Scaffolds
  • 5) Painter's Suspended Staging
  • 6) Wood Trestle and Extension Trestle Ladders
  • 7) Aerial Lifts
  • 8) Scissor Lifts
  • 1) Electrical
  • 2) Electrical
  • 3) Electrocution/Work Safely with Ladders Near Power Lines
  • 4) Prevent Electrocutions: Work Safely with Cranes near Power Lines
  • 5) Electrical Safety Awareness for Non-Electrical Workers | Schneider Electric
  • 6) OSHA Focus Four Electrical
  • 7) Electrical Grounding Explained | Basic Concepts
  • 8) Limited Approach Boundary
  • 9) Lithium Ion battery safety tips
  • 10) Toolbox Talks - Generator Safety & Use
  • 11) Fully Understanding How GFCI's Work
  • 12) Arc Flash Overview
  • 13) Electrical Hazards
  • 14) OSHA Focus Four Hazards:Electrocution
  • 15) Energized Electrical Work Permit
  • 16) Electrical Specific PPE
  • 1) Rigging
  • 2) Rigging
  • 3) Boom Deflection & Shock Loading | Sims Crane Minute
  • 4) How to Calculate & Determine the Weight of a Load for Overhead Lifts
  • 5) Shock loads explained
  • 6) Why Things Fall Off Cranes
  • 7) Rigging Basics 101
  • 8) Crane Hand Signals in 2 Minutes
  • 9) What Is a Lift Director
  • 10) Basic Crane Hand Signals
  • 11) Lifting Slings 101: Choosing the right lifting sling for your job
  • 12) What are the ASME B30.2 Hand Signals for Overhead and Gantry Cranes?
  • 13) Wire Rope Capacities EIP and EEIP
  • 14) How to Inspect Shackles to ASME B30.26 Standards
  • 15) Hoisting and Rigging Fundamentals
  • 16) Subpart CC – Cranes and Derricks in Construction: Qualified Rigger
  • 17) Subpart CC – Cranes and Derricks in Construction: Signal Person Qualification
  • 18) LOAD HANDLING EQUIPMENT CRANE OPERATION CRITICAL LIFT PLAN
  • 19) Ropes, Chains, and Slings
  • 20) Shackles and Hooks
  • 1) Load Handling Equipment (LHE)
  • 2) Load Handling Equipment
  • 3) Crane Safety Awareness For Site Superintendents
  • 4) Why Cranes Collapse
  • 5) Pile driver operation and safety
  • 6) Load Testing Our 40 Ton Overhead Crane Installation
  • 7) Rigging USACE
  • 8) Why Subpart CC?
  • 9) CERTIFICATE OF COMPLIANCE FOR LOAD HANDLING EQUIPMENT AND RIGGING
  • 10) OSHA Cranes & Derricks Subpart CC
  • 11) Small Entity Compliance Guide for the Final Rule for Cranes and Derricks in Construction
  • 12) Inspection
  • 13) Hoisting and Hauling Equipment
  • 14) Chain Falls and Pull-Lifts
  • 15) Load Handling Equipment and Lift Plan
  • 1) Vehicles, Machinery and Equipment
  • 2) Vehicles Machinery & Equipment
  • 3) Bobcat Rotary Telehandlers in action
  • 4) Drilling Animation
  • 5) Forklift Load Operations
  • 6) Telehandler Load Charts
  • 7) Pre-Operation Safety & Maintenance Inspection | Construction Equipment
  • 8) Safe Operations of Concrete Pump
  • 9) Mechanical and Machinery hazards | Contact With Moving Parts of Equipment
  • 10) Powered Industrial Trucks Forklifts
  • 11) Machinery and Vehicular Safety
  • 1) Excavation and Trenching
  • 2) Excavation & Trenching
  • 3) Trenching and Excavation Safety
  • 4) Trench Safety - Intro and Competent Person
  • 5) Excavation Hazardous Atmosphere
  • 6) TRENCHING & EXCAVATION SAFETY
  • 7) Protective Systems
  • 8) Sloping and Benching Class B and C Soils
  • 9) Excavations in Construction Soil Classification
  • 1) HOT WORK FACT SHEET
  • 2) Hot Work: Hidden Hazards
  • 3) Welding Safety Tips and Precautions You Need to Know
  • 4) Oxy-fuel Equipment Safety
  • 5) Oxygen and Acetylene Safety Precautions
  • 6) Welding Safety: Electric Shock
  • 7) Electric Welding Safety: How to be Safe
  • 8) Grinder Safety | How to Properly Use an Angle Grinder
  • 9) Blankets
  • 10) Hot Work Permit
  • 11) Fire Watch
  • 12) Cutting, Welding, and Other Hot Work
  • 13) Welding and Cutting Safety
  • 14) Controlling Hazardous Fume and Gases during Welding
  • 1) Material Handling, Storage, Disposal, and Conveyors
  • 2) Material Handling
  • 3) Safety Toolbox Talks: Material Handling and Safe Lifting
  • 4) Toolbox Talk: Material Handling
  • 5) Storage of Materials
  • 6) Manual Materials Handling on a Construction Project
  • 7) Lifting - Using the Power Zone
  • 8) Housekeeping - The importance of the basics
  • 9) Public Safety Orientation For Construction Sites
  • 10) Belt Conveyor Tutorial
  • 11) Guarding and Safety Around Conveyor Belts
  • 12) How to use A Manual Pallet Jack - Safety And Operation Of Pallet Truck
  • 13) MQ Whiteman Power Buggy Pre-Operation
  • 14) Wheelbrow
  • 15) Hand Carts/Trucks Material Handling
  • 16) Construction Passenger and Material Lifting Hoist Building Elevator Fall Down Test in USA
  • 17) Construction Safety Flammable Liquids: Safety Cans, Refueling, Storage
  • 18) Truck Mounted Articulating Knuckle Boom Cranes
  • 19) Materials Handling, Storage OSHA
  • 1) Fall Protection
  • 2) Fall Protection
  • 3) Fall Restraint vs. Fall Arrest in Construction
  • 4) Self-Retracting Lifelines (SRLs), Fall Arrest, Positioning Devices, Safety Nets | Fall Protection
  • 5) FALL PROTECTION BASICS | ABCD’s, Demonstration, PFAS, Fall Restraint vs. Fall Arrest, and more!
  • 6) OSHA-Safety Net Systems
  • 7) Calculating Fall Distance
  • 8) Fall Distance Educator
  • 1) How to Put on a Fall Protection Harness
  • 2) Fall Protection Anchors for Construction - clamps, I-beam, beamer, strap (M3V1 Anchors Overview)
  • 3) Fall Protection Anchors | Temporary and Permanent, Ridge Anchor, Guardian
  • 4) Components of a Fall Arrest System
  • 5) How to Rescue a Fallen Worker
  • 6) Swing Fall Hazards| Roofing Safety, Fall Protection, OSHA Rules, Radius, Prevention, Pendulum
  • 7) Personal Fall Protection Systems Fact Sheet
  • 1) Fall Prevention | Guardrails, Hole Covers, Fall Restraint Systems
  • 2) OSHA Guardrail Systems
  • 3) Guardrails for Construction Job Sites
  • 4) OSHA-Covering Holes - Fall Protection
  • 5) Protecting Holes and Openings
  • 6) Skylights | Roofing Safety, Fall Protection
  • 7) Toolbox Talk: Hole Covers
  • 1) Demolition, Renovation and Re-Occupancy
  • 2) Demolition and Renovation
  • 3) Demolition Safety 101
  • 4) How Asbestos Abatement Works
  • 5) How Experts Remove Lead Paint
  • 1) Control of Hazardous Energy
  • 2) Lock Out Tag Out
  • 3) Introduction
  • 4) Scope and Application
  • 5) Purpose
  • 6) Definitions
  • 7) Energy Control Program
  • 8) Energy Control Procedures - Documentation
  • 9) Energy Control Procedures - Required Content
  • 10) Periodic Inspection
  • 11) Employee Training and Communication
  • 12) Additional Training (Tagout System)
  • 13) Employee Retraining
  • 14) New or Modified Equipment
  • 15) Full Employee Protection
  • 16) Materials and Hardware
  • 17) Application of Energy Control
  • 18) Release from Lockout/Tagout
  • 19) Testing of Machines
  • 20) Outside Personnel (Contractors)
  • 21) Group Lockout-Tagout Requirements
  • 22) Shift & Personnel Changes
  • 23) Control of Hazardous Energy
  • 1) Steel Erection
  • 2) Steel Erection
  • 3) Steel Erection
  • 4) Key Elements in OSHA Standards for Steel Erection
  • 5) Toolbox Talks Steel Erection
  • 6) Multiple Lift Rigging (Christmas Tree) Example - Newark, NJ
  • 7) Steel Erection Safety
  • 8) Fall Protection Steel Erection
  • 9) OSHA 1926.750 – Scope (Steel Erection)
  • 10) OSHA’s Inspection Policy and Procedures Steel Erection
  • 11) Part 26: Steel Erection
  • 1) Safe Access
  • 2) Safe Access
  • 3) Walking-Working Surfaces OSHA Standard
  • 4) OSHA-Accessibility
  • 5) Workplace Accidents from Ladders | Fatal Falls From Ladders, OSHA, Fall Protection Training
  • 6) Ladder Safety Overview
  • 7) Portable Ladder Safety Training
  • 8) OSHA-Stairways and Ladders
  • 9) OSHA-Ladder Safety
  • 10) Stairs and Ladders PPT
  • 11) OSHA-Falls: Misuse of Portable Ladders
  • 12) How to Inspect and Maintain Your Ladder
  • 13) How to Pick the Right Ladder for the Job
  • 14) How to Safely Set Up Your Portable Ladder
  • 1) Access to Vessels
  • 2) Access to Cargo Spaces and Confined Spaces
  • 3) Access and Guarding of Drydocks and Marine Railways
  • 4) Working Surfaces
  • 5) Guarding of Deck Openings and Edges
  • 1) Confined Space Entry
  • 2) Confined Space
  • 3) 6 Common Confined Space Questions Answered
  • 4) What is a Confined Space
  • 5) Permit-Required Confined Space
  • 6) What is an Entry Permit What is a Confined Space Entry Permit: Confined Space Hazards
  • 7) Confined Space Roles
  • 8) Confined Spaces Deadly Spaces: Carbon Monoxide, Hydrogen Sulphide, and Other Toxic Gases
  • 9) Confined Space Air Monitoring
  • 10) Ventilation in Confined Space
  • 11) Reclassifying Permit-Required Confined Spaces (PRCS)
  • 12) Retrieval and Emergency Services in Confined Spaces
  • 13) Confined Space Basics
  • 14) Confined Spaces in Residential Construction
  • 15) Is 911 your Confined Space Rescue Plan?
  • 16) FATAL Facts
  • 1) Confined or Enclosed Spaces and Other Dangerous Atmospheres
  • 2) Pre-Entry (Planning) >> Testing the Atmosphere
  • 3) Initial Entry Testing >> Warning Signs and Labels
  • 4) Initial Entry Testing >> Visual Inspection
  • 5) Initial Entry Testing >> Ventilation
  • 6) Cleaning and Other Cold Work
  • 7) Cleaning Preparation
  • 8) Cleaning Operations
  • 9) PPE Selection
  • 10) Hot Work (including Welding, Cutting and Heating)
  • 11) Preparing Space for Hot Work
  • 12) Surface Preparation
  • 13) Toxic Cleaning Solvents
  • 14) Chemical Removers
  • 15) Mechanical Removers
  • 16) Flammable and Combustible Liquids
  • 17) Painting and Other Coatings
  • 18) Overview
  • 1) Hazardous Waste Operations and Emergency Response
  • 2) HAZWOPER
  • 3) OSHA: 1910.120
  • 4) What is HAZWOPER ?
  • 5) HAZWOPER
  • 6) Medical Surveillance Program
  • 7) Donning Level A & Level B DuPont™ Tychem® Encapsulated Suits
  • 8) Level A Decontamination Process
  • 9) Air Monitoring
  • 10) Plugging, Patching, and Overpacking
  • 11) National Institute of Environmental Health Sciences
  • 12) Key Provisions and Employer Requirements Under the HAZWOPER Standard
  • 13) Hazardous Waste Operations and Emergency Response
  • 14) Fact Sheet OSHA
  • 15) Fact Sheet EPA
  • 1) Sanitation
  • 2) Sanitation USACE
  • 3) Health Hazards in Construction
  • 4) Housekeeping on the Jobsite
  • 5) American National Standard for Emergency Eyewash And Shower Equipment

Learning Objectives

The main objective of our 24-Hour EM 385-1-1 training course is to give employees the training they need to adhere to the health and safety standards set out by the USACE in the EM 385-1-1 document. The major topics covered in our course include:

       Identify which EM 385-1-1 rules contractors and CDSOs need to follow in order to inspect a job site.

       Use EM 385-1-1 guidelines to stop common hazards and incidents at work.

       Select the proper safety monitoring systems, engineering controls, and PPE for the work that comes under the USACE contract.

       Describe the best practices for using safe equipment for a variety of jobs in the workplace. 

What's the difference between 16, 24, and 40-hour EM 385-1-1 training?

EM 385 courses are designed for military or government contractors who are required to meet EM 385-1-1 training standards. The number of training hours varies by role and employer requirements.

The 16-hour EM 385-1-1 training applies to contractors working on military installations or Army Corps projects, or military or government employees who must comply with or enforce EM 385-1-1 standards.

The 24-hour EM 385-1-1 course is similarly suitable for contractors and military or government employees. This course also satisfies 24 hours of refresher training that Collateral Duty Safety Officers (CDSOs) must complete every four years.

The 40-hour course is designed for supervisors, managers, contractors, and construction personnel working on military contracts that must comply with EM 385-1-1 regulations and compliance standards. It covers a wide range of safety and health areas applicable to project superiors or managers.

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This Course Includes

  • Modules : 33
  • Duration : 24 Hours
  • Certificate : Yes:
  • Language : English
  • Skill Level : Proficient
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