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Program content : Day 1 Fundamentals of electricity: * Electron theory including atomic elements and free electrons * Charge and attraction * Coulomb?s Law * Conductors, Insulators and Semiconductors * Current * Voltage * Resistance * Electrical symbols and mathematical prefixes. Day 2 Simple electrical circuit theory: * Ohm?s Law * Using digital multimeters to measure resistance, voltage and current * Practical workshop including the building a simple electrical circuits calculating the expected value of current and measuring the actual resistance, voltage and current * DC series circuits, this follows the theory then practical route * DC parallel circuits, again this follows the theory then practical route reinforcing the use of previously learnt techniques. Day 3 * DC series ? parallel circuits, following the same pattern as the previous day * Power, solving power problems using power formulae * Magnetism * Electromagnetism and electromagnets. Day 4 * Introduction to AC, sine waves, single and 3 phase supplies * AC generation * Frequency * Voltage and current, peak, instantaneous and RMS values * Relationship between line and phase voltage in a 3 phase system * Transformer theory, calculation and practical. Day 5 * Capacitance theory, calculation and practical * Inductance theory, calculation and practical * Impedance theory, and calculation of circuit impedance.

Program content : Day 1 Fundamentals of electricity: * Electron theory including atomic elements and free electrons * Charge and attraction * Coulomb?s Law * Conductors, Insulators and Semiconductors * Current * Voltage * Resistance * Electrical symbols and mathematical prefixes. Day 2 Simple electrical circuit theory: * Ohm?s Law * Using digital multimeters to measure resistance, voltage and...

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