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Morning Session:

1. Welcome and Course Objectives (15 minutes)

• Brief overview of the day's agenda.
• Learning outcomes.

2. Fundamentals of Electronics (45 minutes)

• Basic concepts: Voltage, Current, Resistance, and Power.
• Ohm’s Law and its applications.
• Introduction to components: Resistors, Capacitors, Inductors, Diodes, and Transistors.

3. Electrical Safety Awareness (1 hour)

• Dangers of High Voltage:
  • Risks associated with 400V systems.
  • Effects of electric shocks on the human body.
• Safety Procedures:
  • Personal Protective Equipment (PPE).
  • Safe handling of electrical tools and equipment.
• Safety Standards and Regulations:
  • Local and international standards (e.g., OSHA, IEC).

4. Circuit Theory Basics (1 hour)

• Series and parallel circuits.
• Circuit diagrams and symbols.
• Practical calculations.

Afternoon Session:

5. Introduction to AC/DC Circuit (2 hour)

• Bread boarding basics.
• Soldering essentials and safety tips.
• Reading and following circuit schematics.
• Simple Circuit Series Circuit Parallel Circuit Combination Circuit
• The Potential divider, The current divider
• The Wheatstone bridges
• C-R circuits and Charging & discharging
• Wave shaping with C-R networks
• L-R circuits, Wave shaping with L-R networks
• AC versus DV
• Waveforms and signals
• Frequency & periodic time
• Average, peak, peak-peak, and RMS values
• Capacitive reactance, Inductive reactance, Impedance

6. Practical Lab Session: Building Simple Circuits (30 minutes)

• Constructing a basic circuit (e.g., LED circuit).
• Applying safety measures while working on circuits.
• Testing and troubleshooting the circuit.

7. Electrical Measurement Techniques (30 minutes)

• Using a multimeter: Voltage, current, and resistance measurements.
• Identifying and correcting 

8. Electrical Equipment (1 hour): 

• Voltage Transformers
• Voltage and turns ratio
• DC Motors
• Stepper motors
• Fundamentals of three-phase AC motors
• Fundamental of single-phase AC motors

9. Electrical Equipment (1 hours): 

• Practical circuits implementation and building via Multisim Software

Provided Materials after course:

• Course handouts.
• Safety checklist.
• Quick reference guide for electronic components and safety practices.

This course structure balances theoretical knowledge with practical skills and a strong 

emphasis on safety, especially when dealing with AC/DC voltage equipment.

common errors.