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OSHA Maritime Training

OSHA 30-Hour Maritime Industry

28 Modules
5.00

Course Modules - (28)

  • 1) Introduction to OSHA
  • 2) Introduction to OSHA
  • 3) The OSHA Inspection Process
  • 4) Introduction to OSHA Power Point Presentation
  • 5) 1 hour presentation – Outreach Trainer Guide Intro to OSHA
  • 6) Workers’ Rights PSHA
  • 7) Student Handout Packet
  • 8) How to Read the OSHA Standards
  • 9) Enforcement Guidance for the Longshoring Industry
  • 1) Bringing Safety Home
  • 2) Bringing Safety Home - Part 2
  • 3) Managing Safety and Health The Basics
  • 4) How the Components Interact
  • 5) Identifying the Marks of Excellence
  • 6) ACCIDENT VS INCIDENT | The difference explained.
  • 7) Recommended Practices for Safety and Health Programs
  • 8) Guide to Developing Your Workplace Injury & Illness Prevention Program
  • 9) EQUIPMENT DAILY CHECKLIST AND SAFETY INSPECTION FORM
  • 10) Worksite Hazard Analysis
  • 11) Hazard Prevention and Control
  • 12) Incident/Accident Analysis
  • 13) Incident Investigation Pre-Test
  • 14) Forms for Recording Work-Related Injuries and Illnesses
  • 15) Injury & Illness Prevention
  • 16) Six Ways to Stay Safe When Working on Cranes in Marine Terminals
  • 17) bb
  • 1) Maritime Industry
  • 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
  • 9) Preventing Fires on Vessels
  • 1) Hold on - Slips trips and falls
  • 2) Access to Vessels
  • 3) Access to Cargo Spaces and Confined Spaces
  • 4) Access and Guarding of Drydocks and Marine Railways
  • 5) Working Surfaces
  • 6) Guarding of Deck Openings and Edges
  • 7) Ladders
  • 8) Work Surface Hazard Results in Slip and Fall
  • 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
  • 13) Personal Protective Equipment
  • 14) Personal Protective Equipments (PPE) | OSHA Requirements
  • 1) Donning a Fall Protection Harness
  • 2) Inspection Procedures Harness
  • 3) Selection, Fit Test of Harness
  • 4) Testing common types of Personal Protective Equipment (PPE)
  • 1) Fall from Containers
  • 2) Work Place Falls and Injuries
  • 3) Falling Object Protection
  • 4) How to Calculate Fall Distance | Fall Protection, Safety, Hazards, Training
  • 5) Lasher Fall - fatality
  • 6) Load Disengages from Hook, Worker Falls and Drowns
  • 7) Shipyard Employment: Walking-Working Surfaces and Personal Fall Protection Systems Standard
  • 1) Aerial Lifts
  • 2) What Is An Articulating Boom Lift? - JLG Boom Lift
  • 3) How to Choose the Right Boom Lift to Rent | Tips for Height, Space, Terrain
  • 4) Toolbox Talk: Aerial Lift Safety
  • 5) Boom Lift Safety Training Video
  • 6) Aerial Lift Safety in Construction
  • 7) Aerial Lifts
  • 1) Scissor Lifts
  • 2) Scissor Lift Safety Tips
  • 3) JLG Scissor ES Training
  • 4) Working Safely with Scissor Lifts
  • 5) How To Operate A Genie Scissor Lift
  • 1) Housekeeping
  • 2) Lighting
  • 3) Utilities
  • 4) Working Alone
  • 5) Vessel Radar and Communication Systems
  • 6) Lifeboats
  • 7) Medical Services and First Aid
  • 8) Sanitation
  • 9) Control of Hazardous Energy (Lockout/Tags-plus)
  • 10) Retention of DOT Markings, Placards, and Labels
  • 11) Motor Vehicle Safety Equipment, Operation and Maintenance
  • 12) Line Handling Accident Prevention
  • 1) Lifting - Using the Power Zone
  • 2) Proper Lifting
  • 3) Longshore Safety Railcar Operations
  • 4) Top Loader
  • 5) Container Falling from Ship
  • 6) Lashing
  • 7) Straddle Carrier Overturns
  • 8) Swinging Load
  • 9) Improperly Slung Cargo
  • 10) Steel Cargo Handling Safety Video
  • 11) Steel Cargo Handling Safety Video
  • 12) Forklift
  • 13) Housekeeping Safety
  • 14) Five Ways to Stay Safe When Working on Chassis in Marine Terminals
  • 1) Rigging
  • 2) Inspection
  • 3) Ropes, Chains, and Slings
  • 4) Shackles and Hooks
  • 5) Chain Falls and Pull-Lifts
  • 6) Hoisting and Hauling Equipment
  • 7) Use of Gear
  • 8) Crane Boom Contacts Power Lines, Worker Electrocuted
  • 9) Crane Operations w/o Adequate Clearance Crushes Welder
  • 10) Worker Standing in the Bight of Line Struck
  • 11) Truck Mounted Crane Crushes Rigger
  • 1) Overview
  • 2) Servicing Multi-Piece and Single-Piece Rim Wheels in Marine Terminals
  • 3) Preventing Semi-Tractor Driver Injuries during Container Lifting Operations
  • 4) Five Ways to Stay Safe When Working on Chassis in Marine Terminals
  • 5) Six Ways to Stay Safe When Working in Marine Terminal Mechanic Shops
  • 1) Shipboard Electrical
  • 2) Introduction
  • 1) Hazard Communication in the Maritime Industry
  • 2) Hazard Communication Training
  • 3) The Globally Harmonized System of Classification and Labeling of Chemicals
  • 4) HAZARD COMMUNICATION
  • 5) What is the NFPA 704 Fire Diamond?
  • 6) HMIS Hazard Rating System
  • 7) DOT Chart 16- Understanding HazMat Placards and Labels
  • 1) Painting in Confined Space Causes Fire
  • 2) Overview
  • 3) Confined or Enclosed Spaces and Other Dangerous Atmospheres
  • 4) Pre-Entry (Planning) >> Testing the Atmosphere
  • 5) Initial Entry Testing >> Warning Signs and Labels
  • 6) Initial Entry Testing >> Visual Inspection
  • 7) Initial Entry Testing >> Ventilation
  • 8) Cleaning and Other Cold Work
  • 9) Cleaning Preparation
  • 10) Cleaning Operations
  • 11) PPE Selection
  • 12) Hot Work (including Welding, Cutting and Heating)
  • 13) Preparing Space for Hot Work
  • 14) Surface Preparation
  • 15) Toxic Cleaning Solvents
  • 16) Chemical Removers
  • 17) Mechanical Removers
  • 18) Flammable and Combustible Liquids
  • 19) Painting and Other Coatings
  • 20) Improper Ventilation Causes Fire in Confined Space
  • 21) Repair Welder Electrocuted
  • 1) Explosive limits (LEL and UEL)
  • 2) HAZARDS OF FLAMMABLE GASES, LIQUIDS & AEROSOLS & RISK MINIMIZATION
  • 3) Flashpoint, Flame point and Autoignition
  • 4) Combustible Dusts
  • 5) Flammable-Combustable Liquids
  • 6) Pressure Vessels, Drums and Containers
  • 7) Worker Overcome by Carbon Monoxide Drowns
  • 1) Bloodborne Pathogens - Introduction to Online Course
  • 2) What To Expect During an Oregon OSHA Inspection
  • 3) Overview of the Exposure Control Plan for Bloodborne Pathogens
  • 4) Bloodborne Pathogens - Engineering Controls for Healthcare Facilities
  • 5) Bloodborne Pathogens - Engineering Controls for Non-Healthcare Facilities
  • 6) Hazard Communication for Bloodborne Pathogens
  • 7) Bloodborne Pathogens Training - The Hepatitis Vaccine
  • 8) Bloodborne Pathogens - Personal Protective Equipment (PPE)
  • 9) Bloodborne Pathogens - Annual Employee Training Requirements
  • 10) Bloodborne Pathogens
  • 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
  • 9) Scaffolding Collapse, Welder Falls
  • 1) OSHA-What are the capacity requirements for all scaffolds?
  • 2) OSHA-Scaffold Platform Construction
  • 3) OSHA-Criteria for Supported Scaffolds
  • 4) OSHA-Access Requirements
  • 5) OSHA-Use Requirements
  • 6) OSHA-Fall Protection Requirements
  • 7) OSHA-Falling Object Protection
  • 1) OSHA-Fabricated Frame
  • 2) OSHA-Support Structure
  • 3) OSHA-Major Components - braces, tiebacks & guardrail systems
  • 4) OSHA-(Common Causes & Prevention) Fall Protection
  • 5) OSHA-Electrical Hazards
  • 1) Machinery and Piping Systems
  • 2) Safeguarding Equipment and Protecting Employees from Amputations
  • 3) Unguarded Machinery/ Self-inspection checklist - - Machine guarding
  • 4) Machine Guarding Baby Steps
  • 5) Machine Guarding Training
  • 6) 5 Big Mistakes in Machine Guarding
  • 7) Workbench Grinder Wheel Explodes
  • 1) Health and Safety Program
  • 2) 10 Steps to Creating an Effective Safety Program in Your Workplace
  • 3) Roles, responsibilities, and lines of authority as they relate to safety management
  • 4) A Step-by-Step Guide: Incident Investigations
  • 5) Systems of Safety and Introduction to Logic Tree Diagraming
  • 6) The Importance of Root Cause Analysis During Incident Investigation
  • 1) Hot Work - Welding, Cutting and Brazing
  • 2) Welding, Cutting and Brazing Safety
  • 3) Grinder Safety | How to Properly Use an Angle Grinder
  • 4) Cutting, Welding, and Other Hot Work
  • 5) Welding, Burning, & Cutting
  • 6) Welding and Cutting Safety
  • 7) Welding Safety Tips and Precautions You Need to Know
  • 8) Welding Safety: Electric Shock
  • 9) Blankets
  • 10) Oxygen and Acetylene Safety Precautions
  • 11) Fire Watch
  • 12) Welding Safety: How Training Impacts the Safety of the Workplace
  • 1) Ergonomics Basics
  • 2) Fit for Duty Program
  • 3) Fitness or Duty
  • 4) Stressors at Work
  • 5) Controlling Ergonomic Hazards
  • 6) Material Handling
  • 7) A Safety Manager’s Guide to EARLY INTERVENTION
  • 8) Identifying and Addressing Ergonomic Hazards Workbook
  • 9) Ergonomics Programs
  • 10) Workplace Ergonomics
  • 1) Lock Out Tag Out
  • 2) OSHA 1910.147 - Control of Hazardous Energy
  • 3) Lockout/Tagout for Employees
  • 4) LOCKOUT / TAGOUT (LOTO)
  • 5) Control of Hazardous Energy Lockout/Tags-Plus
  • 6) Electrical Panel Repair Results in Electrocution
  • 7) High Pressure/Temperature Steam Release During Engine Room Repair
  • 1) Respirator Safety
  • 2) Osha Respiratory Protection Video
  • 3) PPE TRAINING REQUIREMENTS
  • 4) Respirator Types
  • 5) Respiratory Protection Training: Confined Space Hazards |
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The 30-hour Maritime Industry OSHA Training Program is intended to provide a variety of training to workers with safety responsibility. Training emphasizes hazard identification, avoidance, control and prevention. The course will be tailored to the specific type of work involved at shipyards, marine terminals, or longshoring.

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This Course Includes

  • Modules : 28
  • Duration : 30 Hours
  • Certificate : Yes:
  • Language : English
  • Skill Level : Proficient
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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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