Summary

This MS Word document comprises the Grade 10 Power Mechanics Schemes of Work for Term 1, 2026. A PDF version is also available upon request.

The schemes of work cover 4 lessons per week.

Strand 1.0: Fundamentals of Power Mechanics

Sub-strand 1.1: Overview of Power Mechanics

• Introduction to power mechanics as a learning area.

• Identification of career opportunities within the power mechanics field.

• Exploration of local activities related to power mechanics.

• Importance of power mechanics in daily life and national development.

• Scope and major branches of power mechanics technology.

• Interaction with industry experts to understand real-world career prospects.

Sub-strand 1.2: Evolution of an Automobile

• Global development of the automobile from early models to modern designs.

• Historical trends and technological advancements in automobile evolution.

• Importance of innovation in improving safety, efficiency, and performance.

• Key milestones in the history of automobiles.

• Social and economic impact of automobiles on communities and transportation.

• Future trends such as electric vehicles and autonomous driving technologies.

• Comparison between early automobile features and modern vehicle innovations.

Sub-strand 1.3: Power Mechanics Workshop Layout

• Identification of major areas in a power mechanics workshop (storage, workspaces, benches, office, passages).

• Functions of the working, storage, and administrative sections.

• Sketching the layout of a standard power mechanics workshop.

• Importance of proper layout for safety, workflow, and efficiency.

• Designing improved workshop layouts.

• Presenting and evaluating workshop layout designs.

Sub-strand 1.4: General Workshop Rules and Regulations

• Description of general safety rules and regulations in power mechanics workshops.

• Interpretation of safety signs (Prohibitive, Warning, and Mandatory).

• Identification and proper use of Personal Protective Equipment (PPE).

• Practicing safe behavior while handling PPE and workshop tools.

• Developing clear workshop safety rules and creating safety flashcards.

• Role-playing scenarios to reinforce correct and incorrect safety practices.

Main Reference:
KICD Curriculum Design for Power Mechanics.