Module 1: Introduction to Electrical Layout Drawing

• • Understanding the basics of electrical layout drawings.
  • Learning how to interpret electrical schematics and diagrams.
  • Introduction to symbols, conventions, and standards used in electrical drawings.

Module 2: AutoCAD Electrical

• • Exploring the AutoCAD Electrical software interface.
  • Learning to create and edit electrical drawings efficiently.
  • Utilizing specialized tools and features for electrical design tasks.

Module 3: Building & Industrial Electrical Layouts

• • Understanding the unique requirements of building and industrial electrical layouts.
  • Exploring the principles of lighting design, power distribution, and safety considerations.
  • Hands-on exercises for designing practical building and industrial electrical layouts.

Module 4: Detailed Drawing Techniques

• • Mastering techniques for creating detailed electrical drawings.
  • Learning to annotate, dimension, and label drawings accurately.
  • Incorporating industry best practices for clear and comprehensive documentation.

Module 5: Electrical Control Panel Design

• • Understanding the components and functionality of electrical control panels.
  • Designing control panels for various applications and industries.
  • Hands-on experience in creating layout drawings and wiring diagrams for control panels.

Module 6: Schematic Drawings

• • Learning the fundamentals of schematic diagrams.
  • Creating clear and concise schematics for electrical circuits and systems.
  • Understanding the importance of schematic documentation in electrical engineering projects.

Module 7: PLC Drawing

• • Introduction to Programmable Logic Controllers (PLCs) and their applications.
  • Designing PLC control systems using schematic diagrams and layout drawings.
  • Hands-on exercises for programming and simulating PLCs.

Module 8: Circuit Design

• • Exploring the principles of electrical circuit design.
  • Understanding voltage, current, resistance, and other key parameters.
  • Designing and analyzing circuits using simulation software and practical experimentation.

Module 9: Fundamentals of Electrical Engineering

• • Reviewing essential concepts in electrical engineering.
  • Understanding Ohm's Law, Kirchhoff's Laws, and circuit analysis techniques.
  • Applying theoretical principles to practical electrical design problems.

Module 10: Application in Electrical Engineering Design

• • Integrating theoretical knowledge with practical design applications.
  • Solving real-world electrical engineering challenges using CAD tools.
  • Developing skills to excel in professional electrical engineering design projects.