Summary

• Description:

  The MS Word document comprises Grade 10 Power Mechanics Term 2 Schemes of Work 2026. The PDF version is also available upon your request.

  This scheme of work provides a structured teaching and learning plan for Grade 10 Power Mechanics during Term 2.

  • Number of Weeks: 14
  • Lessons per Week: 5
  • Mid-Term Break: Week 9
  • End of Term Exams and Assessments: Week 14

  The scheme of work is organized using strands, sub-strands, specific learning outcomes, key inquiry questions, learning experiences, learning resources, and assessment methods to guide learners in understanding motor vehicle systems, joining processes, and engine technology.

  It covers the following topics:

  • Functions of motor vehicle body in vehicles
  • Types of vehicle bodies and their characteristics
  • Classification of vehicle bodies according to their uses
  • Interior body parts of motor vehicles
  • Exterior body parts of motor vehicles
  • Importance of vehicle body design and structure
  • Emergency vehicle bodies and their uses
  • Safety features in vehicle body design
  • Interior safety features including seat belts and airbags
  • Importance of vehicle body engineering
  • Meaning and structure of motor vehicle chassis
  • Functions of chassis in supporting vehicle systems
  • Types of chassis frames used in vehicles
  • Safety features incorporated in chassis design
  • Materials used in chassis construction
  • Frame sections and structural design
  • Importance of strong and stable chassis in vehicle safety
  • Threaded fasteners used in motor vehicle body joining
  • Locking devices used in vehicle assemblies
  • Riveting processes in vehicle body construction
  • Adhesive joining methods used in vehicles
  • Tools used in motor vehicle joining processes
  • Types and functions of threaded fasteners
  • Applications of rivets and adhesives in vehicle assembly
  • Importance of strong and reliable joining processes
  • Meaning and definition of engines
  • Uses of engines in machines and vehicles
  • Engine terminologies and basic concepts
  • Calculating engine capacity
  • Importance of engines in transportation and machinery
  • Identification of engine parts
  • Functions of different engine components
  • Sketching and identifying engine components
  • Measuring engine components
  • Basic principles of engine operation
  • Methods used to classify engines
  • Classification of engines according to fuel type
  • Classification of engines according to cooling systems
  • Classification of engines according to number of cylinders
  • Differences between petrol and diesel engines
  • Alternative fuel engines and emerging technologies
  • Engine classification according to speed categories
  • Engine size classifications
  • Comparing different types of engines
  • Examples of engines used locally in Kenya
  • Applications of engines in machines and equipment
  • Advantages of different engine types
  • Developments and innovations in engine technology
  • Summary and revision of engine classification concepts
• File Size:

  30.70 KB
• Length:

  10 pages
• Category:

  Schemes of Work
• Level:

  Grade 10
• Subject:

  POWER MECHANICS
• Posted By:

  Caleb_Peter

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