Summary

• Description:

  Download editable Grade 10 Power Mechanics Term 3 Record of Work 2026 - KICD Curriculum Design in Microsoft Word document format. A PDF version is also available upon your request.

  Aligned with the official Grade 10 Power Mechanics Curriculum Design, this technical Record of Work tracks Senior School automotive learning across 9 academic weeks. Built on a 5-period weekly schedule (accounting for the official mid-term break in Week 7), the resource logs 45 lesson sessions covering internal combustion engine principles, geometric displacement formulas, structural classifications, engine components, and precision micrometric engine overhaul measurements.

  This Record of Work tracks curriculum progress across the following core strands and sub-strands:

  • Engines:
    • Introduction to Engines (Energy Transformation, Applications in Transport & Industry, Sectioned Single-Cylinder Block Sketching, TDC & BDC Travel Limits, Cylinder Bore & Stroke Dimensions, Horsepower Specifications, Micrometer Bore & Depth Gauge Stroke Measurements, Cubic Capacity Calculations)
    • Classifications of Engines (Internal vs External Combustion Efficiency, Size & Power Output, Fuel Types [Petrol, Diesel, Gas], Spark vs Compression Ignition, Air-Cooled Fins vs Liquid Radiator Circuits, Local Workshop Excursions, Classification Tables)
    • Types of Engines (Single vs Multi-Cylinder Blocks, Inline, V-Type & Rotary Configurations, Bank Angles, Speed Classifications [RPM], Four-Stroke Cycle [Induction, Compression, Power, Exhaust], Valve Timing Diagrams, Two-Stroke Cycle Ports [Transfer & Exhaust], Engine-Machinery Matching)
    • Engine Components (Stationary Parts [Cylinder Block, Head, Crankcase, Oil Sump, Rocker Cover, Water Jackets, Oil Galleries] vs Moving Mechanisms [Pistons, Rings, Gudgeon Pins, Connecting Rods, Crankshaft Journals, Camshaft Lobes, Valves, Springs, Rocker Arms], Piston & Valve Spring Compressor Assemblies, Force Transfer)
    • Precision Engine Measurements & Diagnostics (Internal Micrometer Cylinder Bore Ovality & Taper, External Micrometer Crankshaft Main/Rod Journal Wear, Feeler Gauge Piston Ring End Gaps, Manufacturer Service Limits Comparison, Service Usability Evaluation Sheets)
  • Mid-Term Break, Portfolio Compilation, and Review:
    • Official Mid-Term Break (Week 7)
    • Strand 4.0 Mechanical Summary Mind Maps, Service Measurement Portfolios, and Tool Care

  The document records systematic learning outcomes and mechanical workshop proficiencies, including:

  • Sketching sectioned engine blocks, illustrating Top Dead Centre (TDC) and Bottom Dead Centre (BDC), and calculating engine displacement from measured bore and stroke dimensions.
  • Classifying internal combustion engines by fuel ignition methods (spark vs compression), cooling mechanisms (air vs liquid radiators), and cylinder layout configurations (inline, V-type, opposed).
  • Tracing crankshaft rotation degrees, valve timing sequences, and port operations across two-stroke and four-stroke operational cycles.
  • Dismantling and identifying stationary structural castings and moving mechanical assemblies within automotive engine blocks.
  • Operating workshop assembly tools safely, including circlip retainers, piston ring compressors, and valve spring compressors.
  • Utilizing internal micrometers, external micrometers, depth gauges, and feeler gauges to measure cylinder bore taper, journal out-of-round wear, and piston ring end gaps against manufacturer service limits.
  • Compiling complete technical evaluation sheets to determine component serviceability and overhaul requirements.

  Instructional methods recorded include engine block teardown practicals, vernier caliper and micrometer measuring labs, valve spring compression exercises, automotive workshop excursions, and technical schematic drafting. Assessment tools logged comprise measurement accuracy logs, component identification tests, assembly rubrics, service evaluation sheet audits, and portfolio checks.

  Complete with tracking columns for lesson timing, textbook reference pages, teacher remarks, and administrative sign-off lines, this resource ensures full compliance and curriculum tracking for school management.

• File Size:

  34.05 KB
• Length:

  11 pages
• Category:

  Records of Work
• Level:

  Grade 10
• Subject:

  Power Mechanics
• Posted By:

  Caleb_Peter

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