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EM 385 Training

40-HOUR EM 385-1-1 TRAINING

Join us for a latest 40-Hour-EM 385-1-1 training program precisely crafted to maintain the highest construction safety standards, adapted particularly for compliance with the U.S. Army Corps of Engineers (USACE) EM 385-1-1 guideline.

44 Modules
5.00

Our program is designed to give learners the critical information and useful skills needed to ensure the highest standards of safety and health on construction projects.

Training provides a comprehensive and accessible option for professionals who want to improve their safety knowledge and contribute to safer construction locations. 

While there are no official requirements for the course, participants are generally construction industry professionals looking to improve their safety understanding and compliance with EM 385-1-1 rules.

If you are a Safety Health Officer of a Construction Site (SHO), constructor, or military personnel, this course will make you skillful.

What You Can Expect to Learn:

From EM 385-1-1 certification, you will gain key safety principles and regulations for construction projects. It typically covers a range of topics related to safety and health requirements including.

  • Purpose and scope of the EM 385-1-1 manual

  • Site-specific Accident Prevention Plan (APP).

  • Learn the site safety health official (SSHO) responsibilities.

  • Activity Hazard Analysis (AHA) forms and Control

  • Fall Protection

  • Electrical Hazards on Construction Sites and Protocols for Safe Work

  • Guidelines for safe Excavation and Trenching Operations

  • Personal Protective Equipment (PPE)

  • Proper assembly, use, and inspection of scaffolds

  • Material Handling and Storage

  • Fire Protection and Prevention

  • Confined Space Entry

  • Environmental Protection.

  • Emergency Response Planning

  • Ensuring compliance with relevant OSHA regulations and USACE requirements



Course Modules - (44)

  • 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) Incident Investigation
  • 9) A Step-by-Step Guide: Incident Investigations
  • 10) Incident/Accident Analysis
  • 1) Safety and Occupational Health Program Management for Contractors
  • 2) SITE SAFETY & HEALTH OFFICER (SSHO) DESIGNATION LETTER
  • 3) MISHAP NOTIFICATION AND INVESTIGATION
  • 4) How to Prepare an Activity Hazard Analysis Report
  • 5) How to Add a Mishap Report to a QA/QC Daily Report
  • 6) UNITED STATES ARMY CORPS OF ENGINEERS ACCIDENT INVESTIGATION REPORT
  • 7) USACE ERGONOMICS PROGRAM POLICY
  • 8) Activity Hazard Analysis (AHA)
  • 1) Medical and First Aid
  • 2) Regulations for Workplace First Aid
  • 3) Medical & First Aid
  • 4) Best Practices Guide: Fundamentals of a Workplace First-Aid Program
  • 5) Requirements for Basic First Aid Unit Package
  • 1) Temporary Facilities
  • 2) Temp Facilities
  • 3) Cat graders keeping the haul roads tidy
  • 4) Construction Fence
  • 5) Stormwater Quality: Construction Site Inspection
  • 6) How to Develop a Site Safety Plan for Construction?
  • 1) Personal Protective and Safety Equipment
  • 2) USAEC Personal Protective and Safety Equipment
  • 3) Eye Face Protection
  • 4) Toolbox Talk: Eye Protection
  • 5) Respiratory Equipment
  • 6) Respiratory Protection in Construction: An Overview of Hazards & OSHA's Program Requirements
  • 7) Head, Hand and Foot Protection
  • 8) Toolbox Talks - Foot Protection
  • 9) Head Protection: Preventing Head Injuries
  • 10) Toolbox Talk: Hand and Arm Protection
  • 11) Safety Foot Wear
  • 12) What electrical safety PPE is required and when?
  • 13) Noise Exposure and Hearing Conservation
  • 14) Occupational Noise Exposure
  • 15) Protecting Against Arc Flash
  • 16) PPE Selection > Lifesaving Equipment and Personal Flotation Devices
  • 1) Hazardous or Toxic Agents and Environments
  • 2) Toxic Agents & Environments
  • 3) Asbestos
  • 4) OSHA Lead in Construction: an Overview
  • 5) ALARA and Radiation Safety
  • 6) Chemical Toxicology
  • 7) INDUSTRIAL HYGIENE PROGRAM
  • 1) Accident Prevention Signs, Tags, Labels, Signals, Piping System Identification and Traffic Control
  • 2) Accident Prevention Signs, Tags, Labels, Signals, Piping System Identification, and Traffic Control
  • 3) Signals and Barricades Oregon OSHA
  • 4) OSHA / ANSI Safety Sign Standards
  • 5) Signs, Signals, and Barricades
  • 6) Construction Traffic Control : Top 7 Steps of Traffic Control | Roadside Construction Safety 2022
  • 1) Lighting
  • 2) Lighting
  • 3) Indoor Lighting Design Guide
  • 4) Foot candle
  • 5) test
  • 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) Welding and Cutting
  • 2) Welding Hazard and Safety Precaution
  • 3) HOT WORK FACT SHEET
  • 4) Cutting, Welding, and Other Hot Work
  • 5) Welding Navy
  • 6) Hot Work: Hidden Hazards
  • 7) Small Entity Compliance Guide for the Hexavalent Chromium Standards OSHA
  • 8) Welding, Burning, & Cutting
  • 9) WELDING AND CUTTING SAFETY
  • 10) Welding Safety Tips and Precautions You Need to Know
  • 11) Grinder Safety | How to Properly Use an Angle Grinder
  • 12) Blankets
  • 13) Basic Safety Precautions of Using a Plasma Cutter
  • 14) TOOLBOX TALK: HOT WORK PERMITS
  • 15) Hot Work Permit
  • 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 Hazards:Electrocution
  • 7) Electrical Hazards
  • 8) OSHA Focus Four Electrical
  • 9) Electrical Grounding Explained | Basic Concepts
  • 10) Energized Electrical Work Permit
  • 11) Limited Approach Boundary
  • 1) Control of Hazardous Energy
  • 2) Hazardous Energy
  • 3) What is Lockout Tagout?
  • 4) Energy Control Program - LOTO | What is Lockout & Tagout | Lockout Devices & Procedures | Training
  • 5) Control of Hazardous Energy
  • 1) Hand and Power Tools
  • 2) Hand & Power Tools
  • 3) TOP 5 Most DEADLY & DANGEROUS Power Tools
  • 4) Carbon Monoxide in Construction/Portable Gas-Powered Equipment
  • 5) OSHA 1926 Subpart I
  • 1) Material Handling, Storage and Disposal
  • 2) Material Handling
  • 3) Truck Mounted Articulating Knuckle Boom Cranes
  • 4) Construction Passenger and Material Lifting Hoist Building Elevator Fall Down Test in USA
  • 5) How to use A Manual Pallet Jack - Safety And Operation Of Pallet Truck
  • 6) MQ Whiteman Power Buggy Pre-Operation
  • 7) Wheelbrow
  • 8) Guarding and Safety Around Conveyor Belts
  • 9) Belt conveyor
  • 10) Hand Carts/Trucks Material Handling
  • 11) Load Handling Equipment
  • 12) Flammable and Combustible Liquids
  • 1) Rigging
  • 2) Rigging
  • 3) How to Calculate & Determine the Weight of a Load for Overhead Lifts
  • 4) Hoisting and Rigging Safety Manual
  • 5) Hoisting and Rigging Fundamentals
  • 6) Rigging USACE
  • 7) How to Inspect Shackles to ASME B30.26 Standards
  • 1) Load Handling Equipment (LHE)
  • 2) Load Handling Equipment
  • 3) Subpart CC – Cranes and Derricks in Construction: Qualified Rigger
  • 4) Cranes and Derricks in Construction: Signal Person Qualification
  • 5) Truck Mounted Articulating Knuckle Boom Cranes
  • 6) Construction Passenger and Material Lifting Hoist Building Elevator Fall Down Test in USA
  • 7) Material Hoists and Elevator Systems
  • 8) Wire Rope Capacities EIP and EEIP
  • 9) CERTIFICATE OF COMPLIANCE FOR LOAD HANDLING EQUIPMENT AND RIGGING
  • 10) LOAD HANDLING EQUIPMENT CRANE OPERATION CRITICAL LIFT PLAN
  • 1) Conveyors
  • 2) Conveyors
  • 3) Belt Conveyor Tutorial
  • 4) Guarding and Safety Around Conveyor Belts
  • 1) Vehicles, Machinery and Equipment
  • 2) Vehicles Machinery & Equipment
  • 3) Truck Mounted Articulating Knuckle Boom Cranes
  • 4) Construction Passenger and Material Lifting Hoist Building Elevator Fall Down Test in USA
  • 5) Bobcat Rotary Telehandlers in action
  • 6) Powered Industrial Trucks Forklifts
  • 7) Drilling Animation
  • 8) Forklift Load Operations
  • 9) Telehandler Load Charts
  • 10) Pre-Operation Safety & Maintenance Inspection | Construction Equipment
  • 11) Vehicles, Machinery and Equipment
  • 12) Safe Operations of Concrete Pump
  • 1) Floating Plant and Marine Activities
  • 2) Floating Plant & Marine Activities
  • 3) Line Handling Accident Prevention
  • 4) Operation and Safety Procedures Manual Vessel Operations Office
  • 1) Overview
  • 2) Chemical Cargo Barges
  • 3) Flammable and Combustible Liquid Cargo Barges
  • 4) Dry Bulk Cargo Barges
  • 5) Common Hazards
  • 1) Electrical
  • 2) Ladders general requirements
  • 3) Machinery and Piping Systems
  • 4) Pressure Vessels, Drums and Containers
  • 5) Tools and Related Equipment
  • 6) Typical Health Hazards
  • 1) Pressurized Equipment and Systems
  • 2) Pressurized Systems
  • 3) CYLINDER SAFETY 101
  • 4) What is a Boiler and How does It Work?
  • 5) Compressed air best practice
  • 6) Pipeline Safety: Hydrostatic Pressure Testing
  • 1) Fall Protection
  • 2) Fall Protection
  • 3) Fall Restraint vs. Fall Arrest in Construction
  • 4) OSHA-Safety Net Systems
  • 1) FALL PROTECTION BASICS | ABCD’s, Demonstration, PFAS, Fall Restraint vs. Fall Arrest, and more!
  • 2) How to Put on a Fall Protection Harness
  • 3) Inspection and Maintenance of Fall Protection Equipment
  • 4) How to Inspect Fall Protection Equipment
  • 5) Fall Protection Anchors | Temporary and Permanent, Ridge Anchor, Guardian
  • 6) Fall Protection Anchors for Construction - clamps, I-beam, beamer, strap (M3V1 Anchors Overview)
  • 7) ABC of Fall Protection
  • 8) 3M Fall Protection - Fall Protection ABCDs
  • 9) Components of a Fall Arrest System
  • 10) OSHA-Safety Net Systems
  • 11) Calculating Fall Distance
  • 12) Fall Distance Educator
  • 1) OSHA-Controlled Access Zones
  • 2) OSHA-Limited Access Zone
  • 3) OSHA-Controlled Decking Zones (Steel Erection)
  • 4) OSHA-Safety Monitoring Systems
  • 5) OSHA-Warning Line Systems
  • 6) Safety Monitor | OSHA, Fall Protection Training, Roofing Work, Workplace Accidents
  • 7) Warning Line | OSHA, Fall Protection Training, Roofing Work, Workplace Accidents
  • 8) CONTROLLED ACCESS ZONES AND MONITORING
  • 9) Controlled Access Zones
  • 1) OSHA Guardrail Systems
  • 2) Guardrails for Construction Job Sites
  • 3) OSHA-Covering Holes - Fall Protection
  • 4) Protecting Holes and Openings
  • 5) Toolbox Talk: Hole Covers
  • 6) Skylights | Roofing Safety, Fall Protection
  • 7) OSHA-Hoist Areas
  • 8) Fall Prevention | Guardrails, Hole Covers, Fall Restraint Systems
  • 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) 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) 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) Sloping and Benching Class B and C Soils
  • 8) Excavations in Construction Soil Classification
  • 1) Tunnels, Shafts & Caissons
  • 2) What Is Caisson Foundation? - Types of Caisson Foundation
  • 3) Tunnel Construction Explained
  • 4) Underground Construction (Tunnels), Shafts and Caissons
  • 5) Underground Gold Mine Blasting, Southern Oregon
  • 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) Concrete Masonry Roofing
  • 2) Skin Safety with Cement + Concrete
  • 3) Masonry Safety
  • 4) Health and Safety Risk Reductions Using Pre Fabricated Concrete Formwork Systems
  • 5) Concrete, Masonry, Roofing, and Wood Construction
  • 1) Blasting
  • 2) USACE Blasting
  • 3) Transportation of Explosives
  • 4) Explosives Underground -- Handling Explosives in Modern Mines
  • 1) Steel Erection
  • 2) Steel Erection Safety
  • 3) Steel Erection Safety
  • 4) Key Elements in OSHA Standards for Steel Erection
  • 5) Steel Erection
  • 1) Diving
  • 2) Diving Operations
  • 3) Underwater Construction Work
  • 4) MK29 Mixed Gas Rebreather System
  • 5) The Most Dangerous Job EVER: Underwater Welding
  • 1) Tree Maintenance and Removal
  • 2) Tree Trimming Safety
  • 3) Safe Removal of Hazard Trees
  • 4) Tree Maintenance and Removal
  • 5) So you want to be an Arborist ?
  • 1) Hazardous Waste Operations and Emergency Response
  • 2) What is HAZWOPER ?
  • 3) OSHA: 1910.120
  • 4) Hazardous waste operations and emergency response. - 1910.120
  • 5) Hazardous Waste Operations and Emergency Response
  • 6) 1910.120(a) Scope, Application, and Definitions
  • 7) Key Provisions and Employer Requirements Under the HAZWOPER Standard
  • 8) Technical Enforcement and Assistance Guidelines for Hazardous Waste Site and RCRA Corrective Action Clean-up Operations
  • 9) Inspection Procedures for 29 CFR 1910.120 and 1926.65, Paragraph (q): Emergency Response to Hazardous Substance Releases
  • 10) National Institute of Environmental Health Sciences
  • 11) HAZWOPER
  • 1) Confined Space Entry
  • 2) Confined Space
  • 3) Confined Space Basics
  • 4) DEFINITIONS AND EVALUATION OF CONFINED SPACES
  • 5) Identifying Confined Spaces
  • 6) What is a Confined Space
  • 7) 6 Common Confined Space Questions Answered
  • 8) Explosive limits (LEL and UEL)
  • 9) Fire tetrahedron | What are the elements required in order to ignite fire
  • 1) Sanitation
  • 2) Sanitation
  • 3) Health Hazards in Construction
  • 4) Housekeeping on the Jobsite
  • 1) Rope Access
  • 1) Emergency Operations
  • 1) Airfield and Aircraft Operations
  • 2) Airfield Operations
  • 3) Runway Construction
  • 4) Airfield and Aircraft Operations
  • 1) Uncrewed Aircraft
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Why Choose NYCCST 40-Hour-EM 385-1-

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  • Covers Latest 2024 EM 385-1-1 manual

  • Dynamic discussions and real-world case studies

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FAQ’s


What is the intent of the 40-hour EM 385-1-1 training?

To educate participants with the US Army Corps of Engineers (USACE) Safety and Health Requirements Manual (EM 385-1-1). 

Who needs this training?

This training is essential for anybody involved in USACE military construction projects, including contractors, supervisors, and managers.

What Does the Training Cover?

The training looks into the many safety and health (SOH) subjects covered in the EM 385-1-1 manual.

Is there a new version of the training?

Yes, here's an updated March 2024 handbook of EM 385-1-1.

How Long Will the Course Take to Complete?

It takes about 40 hours.

Is the training valid forever?

Most certificates based on EM 385-1-1 are valid for one year. 

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This Course Includes

  • Modules : 44
  • Duration : 40 Hours
  • Certificate : Yes:
  • Language : English
  • Skill Level : Expert
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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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