JSS2 Basic technology Lessons Topics
FIRST TERM
- 1. Definition and Importance of Mechanics
- 2. Types of Motion
- 3. Forces and Their Effects
- 4. Introduction to Simple Machines
- 5. Applications of Simple Machines in Everyday Life
- 6. Practical Examples and Demonstrations of Simple Machines
- 7. Types of Forces
- 8. Effects of Friction on Motion
- 9. Techniques for Reducing Friction
- 10. Linear Motion
- 11. Circular Motion
- 12. Oscillatory Motion
- 13. Introduction to Newton's Laws of Motion
- 14. Newton's First Law of Motion (Law of Inertia)
- 15. Newton's Second Law of Motion (Law of Acceleration)
- 16. Newton's Third Law of Motion (Action and Reaction)
- 17. Applications of Newton's Laws in Real-World Situations
- 18. Definition of Balanced and Unbalanced Forces
- 19. Effects of Balanced and Unbalanced Forces on Objects
- 20. Practical Exercises and Demonstrations on Identifying and Analysing Forces
- 21. Introduction to Pressure: Definition and Units
- 22. Effects of Pressure on Objects
- 23. Introduction to Buoyancy: Archimedes' Principle and Its Applications
- 24. Introduction to Energy: Definition and Forms
- 25. Relationship Between Energy and Work
- 26. Practical Examples and Demonstrations of Energy and Work
- 27. Introduction to Power: Definition and Units
- 28. Types of Machines: Simple and Complex
- 29. Practical Examples and Demonstrations of Machines and Power
SECOND TERM
- 1. Definition and Importance of Structures
- 2. Types of Structures: Frame, Shell, Composite
- 3. Applications of Structures in Everyday Life
- 4. External Forces: Compression, Tension and Shear
- 5. Internal Forces: Bending and Torsion
- 6. Effects of Forces on Different Types of Structures
- 7. Factors Affecting Structural Stability
- 8. Techniques for Enhancing Structural Stability
- 9. Examples of Structurally Stable and Unstable Structures
- 10. Introduction to Construction Materials
- 11. Properties and Characteristics of Construction Materials
- 12. Applications of Construction Materials in Building Technology
- 13. Importance of Architectural Drawing in Building Technology
- 14. Basic Drawing Tools and Their Uses
- 15. Introduction to Drawing Techniques: Lines, Shapes and Projections
- 16. Introduction to Floor Plans
- 17. Drawing Simple Floor Plans of Buildings
- 18. Practical Exercises for Students to Practise Drawing Floor Plans
- 19. Introduction to Elevations
- 20. Drawing Elevations of Buildings
- 21. Hands-on Practice for Students to Create Elevation Drawings
- 22. Techniques and Methods of Building Construction
- 23. Phases of Building Construction
- 24. Safety Precautions in Building Construction
- 25. Introduction to Building Technology Project
- 26. Selection of Project Topics Related to Building Construction
- 27. Planning and Organisation of Project Work for the Term
THIRD TERM
- 1. Definition and Forms of Energy
- 2. Sources of Energy: Renewable and Non-Renewable
- 3. Importance of Energy in Everyday Life
- 4. Introduction to Energy Conversion Devices
- 5. Principles of Operation of Energy Conversion Devices
- 6. Practical Examples and Demonstrations of Energy Conversion Devices
- 7. Introduction to Electrical Systems
- 8. Components of Electrical Systems
- 9. Applications of Electrical Systems in Various Industries
- 10. Safety Precautions When Working with Electricity
- 11. Electrical Regulations and Standards
- 12. Demonstration of Safe Practices in Electrical Work
- 13. Definition and Importance of Power Systems
- 14. Components of Power Systems
- 15. Practical Examples and Demonstrations of Power Systems
- 16. Methods of Power Generation
- 17. Advantages and Disadvantages of Different Power Generation Methods
- 18. Practical Examples and Demonstrations of Power Generation
- 19. Importance of Energy Conservation
- 20. Techniques for Conserving Energy in Households and Industries
- 21. Practical Exercises and Demonstrations on Energy Conservation
- 22. Introduction to Renewable Energy Technologies
- 23. Benefits and Challenges of Renewable Energy
- 24. Practical Demonstrations of Renewable Energy Systems
- 25. Importance of Energy Efficiency
- 26. Strategies for Improving Energy Efficiency in Buildings and Appliances
- 27. Practical Examples and Demonstrations of Energy-Efficient Technologies