This 1-day training course is designed to provide participants with a fundamental understanding of electrical engineering principles and concepts. It is specifically tailored for individuals without an electrical background who need to comprehend electrical systems, components, and safety practices. Through interactive sessions, practical exercises, and real-world examples, participants will gain the foundational knowledge necessary to work effectively with electrical engineers and understand the basics of electrical systems.

OBJECTIVES

• Understand the basic principles of electrical engineering.

• Learn about common electrical components and their functions.

• Gain an understanding of electrical safety practices.

• Understand the basics of electrical circuits and systems.

• Develop the ability to communicate effectively with electrical engineers.

• Learn to identify and understand simple electrical diagrams and schematics.

LEARNING OUTCOMES

• A foundational understanding of electrical engineering concepts.

• Increased confidence in working with electrical systems and engineers.

• Basic knowledge of electrical components and their functions.

• Awareness of essential electrical safety practices.

• Improved ability to interpret simple electrical diagrams and schematics.

• Practical tools and techniques for dealing with basic electrical issues.

WHO SHOULLD ATTEND

• Professionals from non-electrical backgrounds working with electrical engineers.

• Managers and supervisors overseeing electrical projects or teams.

• Maintenance personnel and technicians.

• Project managers and coordinators in engineering fields.

• Anyone interested in gaining a basic understanding of electrical engineering.

This comprehensive course ensures that participants leave with a solid understanding of electrical engineering basics, enabling them to interact more effectively with electrical professionals and handle basic electrical tasks with confidence.

Session 1: Introduction to Electrical Engineering

• Welcome and course overview

• Importance of electrical engineering in various industries

• Basic concepts: Voltage, current, and resistance

• Overview of Ohm's Law

Session 2: Electrical Components and Their Functions

• Common electrical components: Resistors, capacitors, inductors, and transformers

• Introduction to semiconductors: Diodes and transistors

• Practical exercise: Identifying and understanding components

Session 3: Basic Electrical Circuits

• Simple circuit concepts: Series and parallel circuits

• Introduction to circuit analysis

• Building and analyzing basic circuits

• Interactive exercise: Creating simple circuits using simulation software

Session 4: Electrical Safety Practices

• Importance of electrical safety

• Common electrical hazards and how to avoid them

• Personal protective equipment (PPE) and safety procedures

• Case study: Electrical safety incidents and lessons learned

Session 5: Understanding Electrical Systems

• Overview of electrical power generation and distribution

• Basics of AC and DC systems

• Introduction to electrical panels and wiring

• Practical activity: Understanding household electrical systems

Session 6: Reading Electrical Diagrams and Schematics

• Types of electrical diagrams: Schematic, wiring, and block diagrams

• Symbols and notation used in electrical drawings

• How to read and interpret basic diagrams

• Group exercise: Analyzing simple electrical schematics

Session 7: Wrap-Up and Q&A

• Recap of key concepts and techniques

• Open floor for questions and discussion

• Course feedback and evaluation