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

Body Positioning, Grip, and Leverage

Proper body positioning is one of the most important aspects of tool safety offshore. Most hand injuries happen because a worker was standing incorrectly, pulling at a bad angle, or using poor leverage.

Mastering body mechanics reduces fatigue, increases control, and prevents slips that lead to injuries.

1. Stable Footing and Balance

Before applying force:

  • Plant your feet firmly
  • Keep a shoulder-width stance
  • Avoid working on wet or oily surfaces
  • Brace your body if applying heavy torque

Rule:

If your feet aren’t stable — don’t apply force.

2. Correct Grip Techniques

• Firm but Controlled Grip

Too loose = slipping

Too tight = loss of fine control

• Thumb Placement

Wrap thumbs around handles for stability.

• Tool Alignment

Keep your wrist straight — bent wrists lead to injury.

3. Using Leverage Safely

• Pull, Don’t Push

Pulling gives more control and reduces the chance of sudden overextension.

• Use Your Body Weight

Let your body weight assist with controlled force instead of pure arm strength.

• Avoid Overreaching

Overreaching puts you off balance and increases slip risk.

4. Working in Line With the Tool

Misalignment causes:

  • Slippage
  • Stripped fasteners
  • Sudden loss of control

Correct method:

  • Align tool with the bolt or surface
  • Keep shoulders and hips facing the work area
  • Avoid twisting your spine while applying force

5. Recognizing Line-of-Fire Hazards

Always ask:

  • “Where will my hand go if the tool slips?”
  • “What will happen if the fastener suddenly breaks free?”
  • “Is anything behind or under my hand?”

If your hands, body, or face are in a danger zone → reposition.

6. Fatigue and Body Positioning

Fatigue leads to:

  • Poor control
  • Bad posture
  • Reduced grip strength
  • Increased risk of slips

When fatigued:

  • Slow down
  • Reposition
  • Request assistance

Key Takeaways

  • Stable footing prevents sudden imbalance
  • Proper grip increases control
  • Good body alignment prevents slippage
  • Leverage should be applied safely and correctly
  • Fatigue drastically increases risk