1.Metalwork
Holding Devices: (a) vice (b) clamp (c) pliers, etc.
2.Metalwork: drills and drilling machines-types, uses, sketches, screw thread forming- types, uses and sketches.
3. Energy and Power: Definition, forms and sources.
Basic ideas of electricity and magnetism; definition or meaning of matter, structure of matter, atom, structure of atom, electrons, protons, neutrons, current, electric charge/polarity of charges, conductors/insulators.
4. Electric fields, Magnetic fields, magnetism (north and south poles), types of magnets, experiment (state laws of electricity and magnetism).
5. Basic Components of Electric Circuits: definition of electric circuit, resistors, capacitors, insulators, etc.
6. Definition of Voltage, Resistance, Inductance, Capacitance, Dielectric nature and types of capacitors. Electromotive force (E.M.F)
7.Inter-Relations and Interaction of Electricity and Magnetic Fields. Coils/solenoids, stating the examples of current-carrying conductors.(Ohm’s law).
8. Machines: Definition, examples of machines, calculations of Mechanical Advantage(M.A), etc.
9. Maintenance- definition, types and nature of maintenance.
10. Building: definition, types of buildings and materials. Composition: properties/tools used for mixing concrete i.e. Hand tools and mechanical plants, methods of transporting concrete.
11. Revision
12. Test.
2.Metalwork: drills and drilling machines-types, uses, sketches, screw thread forming- types, uses and sketches.
3. Energy and Power: Definition, forms and sources.
Basic ideas of electricity and magnetism; definition or meaning of matter, structure of matter, atom, structure of atom, electrons, protons, neutrons, current, electric charge/polarity of charges, conductors/insulators.
4. Electric fields, Magnetic fields, magnetism (north and south poles), types of magnets, experiment (state laws of electricity and magnetism).
5. Basic Components of Electric Circuits: definition of electric circuit, resistors, capacitors, insulators, etc.
6. Definition of Voltage, Resistance, Inductance, Capacitance, Dielectric nature and types of capacitors. Electromotive force (E.M.F)
7.Inter-Relations and Interaction of Electricity and Magnetic Fields. Coils/solenoids, stating the examples of current-carrying conductors.(Ohm’s law).
8. Machines: Definition, examples of machines, calculations of Mechanical Advantage(M.A), etc.
9. Maintenance- definition, types and nature of maintenance.
10. Building: definition, types of buildings and materials. Composition: properties/tools used for mixing concrete i.e. Hand tools and mechanical plants, methods of transporting concrete.
11. Revision
12. Test.