Electrical Engineering for Non-Electrical Background Learners

1. Course Outline

The course is designed to provide foundational knowledge of electrical concepts to individuals without prior electrical engineering experience. It covers basic principles, practical applications, and safety measures.

Modules:

1. Introduction to Electrical Engineering
   • Overview of Electrical Engineering
   • Relevance of Electricity in Everyday Life
   • Career and Industry Applications
2. Basic Electrical Concepts
   • Voltage, Current, and Resistance (Ohm’s Law)
   • Power and Energy in Electrical Systems
   • Introduction to Circuits and Circuit Components
3. Electrical Components and Their Functions
   • Resistors, Capacitors, Inductors
   • Switches, Relays, and Fuses
   • Transformers and Motors
4. Electricity Generation and Distribution
   • How Electricity is Generated
   • Basics of AC/DC Systems
   • Electrical Grid and Power Supply
5. Introduction to Electrical Tools and Testing Equipment
   • Multimeters, Oscilloscopes, and Testers
   • Understanding Circuit Diagrams
6. Electrical Safety and Standards
   • Importance of Electrical Safety
   • Common Electrical Hazards
   • Safety Standards and Best Practices
7. Basic Troubleshooting and Problem-Solving
   • Identifying Electrical Issues
   • Steps for Simple Electrical Repairs
   • Limitations and When to Call a Professional

2. Course Objectives

• To provide a comprehensive introduction to fundamental electrical concepts and terminology.
• To familiarize learners with basic electrical components and their functions.
• To teach the principles of electricity generation, transmission, and distribution.
• To ensure learners understand and practice electrical safety standards.
• To develop basic troubleshooting skills for common electrical problems.

3. Learning Outcomes

By the end of this course, learners will be able to:

1. Explain fundamental electrical concepts such as voltage, current, resistance, and power.
2. Identify and describe the function of basic electrical components.
3. Interpret simple circuit diagrams and understand the flow of electricity in a circuit.
4. Use basic electrical tools and equipment safely and effectively.
5. Understand electricity generation, AC/DC systems, and power distribution.
6. Apply electrical safety protocols in practical scenarios.
7. Diagnose and resolve basic electrical issues within their scope of expertise.

4. Methodology

To ensure an engaging and effective learning experience, the course will employ the following methodologies:

Teaching Methods:

1. Interactive Lectures
   • Clear explanations of concepts with visual aids and real-world examples.
2. Hands-On Demonstrations
   • Demonstrating the use of tools and testing equipment.
3. Practical Exercises
   • Learners will assemble basic circuits, measure electrical parameters, and troubleshoot simple problems.
4. Case Studies and Scenarios
   • Real-life examples of electrical systems and challenges.
5. Group Discussions and Q&A Sessions
   • Opportunities for learners to clarify doubts and share insights.

Training Materials:

• Printed and digital study guides
• Videos demonstrating practical applications
• Simulated circuit design tools and software

Assessment:

• Quizzes: Short quizzes at the end of each module to reinforce understanding.
• Practical Evaluation: Hands-on tasks to assess troubleshooting and tool usage skills.
• Final Assessment: A combination of theoretical and practical tests to evaluate overall learning.

Support:

• Access to instructor-led workshops or office hours.
• Supplementary resources for further reading and exploration.