Course Content
Introduction to Hand Safety
An overview of basic hand safety principles for offshore mechanical and maintenance crews. Includes common injuries, PPE usage, and essential safety behaviors.
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Tool Identification & Correct Usage
Identifying basic hand tools and understanding correct usage to prevent damage, injury, and incorrect mechanical outcomes.
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Tool Inspection & Pre-Use Checks
Identifying tool defects, wear, and unsafe conditions before use. Ensures crew members understand how to inspect tools and prevent equipment damage or personal injury.
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Safe Working Practices
Covers essential safe work techniques for using hand tools in offshore environments, including body mechanics, tool control, and working in hazardous or confined spaces.
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Hazard Awareness & Risk Control
Identifying tool-related hazards, understanding stored energy risks, spark and heat considerations, and performing proper risk assessments before work.
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Practical Scenario Exercises
Realistic offshore maintenance scenarios designed to reinforce correct tool use, hand safety, inspection steps, and safe working practices.
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Final Assessment – Basic Tools and Hand Safety
Complete the quiz.
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Basic Tools and Hand Safety

Inspecting and Tagging Out Damaged Tools

Damaged tools are a major cause of offshore injuries, equipment damage, and failed maintenance tasks.

All crew members must be able to identify a defective tool and remove it from service immediately.

This scenario teaches the correct procedure for inspection, tagging, and reporting.

1. Why Tagging Out Tools Is Critical

Using damaged tools can lead to:

  • Slips and loss of control
  • Struck-by injuries
  • Pinch points
  • Component failure
  • Equipment leaks or breakdowns
  • Delays and rework

Offshore environments accelerate tool wear due to salt, moisture, vibration, and heavy mechanical use.

2. Identifying Tool Defects

Common defects include:

Wrenches

  • Rounded jaws
  • Cracks in handle
  • Bent alignment
  • Excessive slop on fasteners

Screwdrivers

  • Worn or broken tips
  • Bent shafts
  • Loose handles

Pliers & Cutters

  • Stiff or loose pivot
  • Cracked jaws
  • Broken cutting edges

Impact Tools (Hammers, Chisels, etc.)

  • Mushroomed heads
  • Splintered handles
  • Loose heads
  • Cracks in striking surfaces

Sockets & Ratchets

  • Cracked walls
  • Worn internal drive
  • Slipping ratchets

3. Tag-Out Procedure

Step 1: Stop Work

As soon as a defect is identified, stop using the tool.

Step 2: Attach Tag-Out Label

Use a red “Do Not Use” tag or company-approved tagging system.

Tag should include:

  • Worker’s name
  • Date
  • Defect description
  • Location

Step 3: Inform Supervisor or Tool Room

Communicate the issue clearly.

Step 4: Remove Tool From Service

Move the tool to designated “Rejected Tools” area.

Step 5: Document the Issue

Record in tool log system (digital or paper):

  • Tool ID
  • Defect found
  • Action taken
  • Replacement required

4. When to Replace vs. Repair

Replace Immediately if:

  • Structural cracks are visible
  • Impact tools show mushrooming
  • Handles are bent or fractured
  • Tool cannot grip securely
  • Tool fails inspection more than once

Repair Only if:

  • Company-approved technician is available
  • Tool is designed for repair (e.g., ratchet rebuild kits)
  • No safety-critical defect exists

Never attempt “field repairs” on tools.

5. Common Mistakes to Avoid

  • Continuing work with a damaged tool
  • Using a defected tool “just one more time”
  • Removing tags without authorization
  • Not documenting tool issues
  • Ignoring rust or wear

6. Learning Objectives

By completing this scenario, trainees will:

  • Identify tool defects quickly
  • Know when and how to tag out tools
  • Understand the importance of formal reporting
  • Prevent injuries caused by improper tool use
  • Maintain high safety standards offshore