AutoCAD Electrical is a software designed for electrical engineers to create and modify electrical control systems quickly. It includes specialized tools for designing circuits, creating panel layouts, and generating bill of materials. The software reduces errors, enables faster annotation, and collaboration with suppliers and team members. Extensive libraries of symbol sets, industry-standard schematic symbols, and parametric parts take the complexity out of creating schematics and drawings. AutoCAD Electrical also enables customizable reports, diagrams, and drawings that meet specific project requirements.

This module will teach you how to create electrical schematics in AutoCAD Electrical, including how to use the electrical symbol library and component database.

This module will teach you how to create wiring diagrams in AutoCAD Electrical, including how to use the wire routing tools and cable schedules.

This module will teach you how to create panel layouts in AutoCAD Electrical, including how to use the panel tools and documentation tools.

• This module will cover the basics of E-Plan, including the user interface, drawing tools, and commands.
• You will learn how to navigate the E-Plan user interface, how to create and edit drawings, and how to use the drawing tools and commands

• This module will teach you how to use E-Plan for electrical design tasks, such as creating and editing electrical schematics, creating and editing wiring diagrams, and creating and editing panel layouts.

• This module will teach you how to use E-Plan for documentation tasks, such as creating and editing bill of materials, creating and editing cable schedules, and creating and editing reports.

• This module will teach you how to use E-Plan for project management tasks, such as creating and editing project plans, tracking project progress, and managing project documents.

Understanding the role of Revit MEP in the BIM workflow

Navigating the Revit MEP interface and work environment

Configuring project settings and units for MEP projects

Setting up work sharing and collaboration tools

Creating and editing MEP systems (mechanical, electrical, plumbing)

Placing MEP fixtures and equipment

Utilising system types and connectors for MEP elements

Customising and utilising MEP families

Designing heating, ventilation, and air conditioning (HVAC) systems

Placing and configuring HVAC equipment (AHUs, fans, etc.)

Distributing air and managing ductwork

Analysing airflows and performing load calculations

Creating electrical systems and circuitry

Placing electrical fixtures and equipment (lights, switches, panels)

Designing electrical circuits and connections

Load analysis and power distribution

Designing plumbing systems (water supply, drainage, and sanitary)

Placing plumbing fixtures and equipment (sinks, toilets, pipes)

Managing pipe routing and slope

Hydraulic analysis and pipe sizing

Designing fire protection systems (sprinklers, fire pumps, etc.)

Placing and configuring fire protection components

Analysing fire protection coverage and hydraulic calculations

Performing energy analysis for MEP systems

Evaluating MEP system efficiency and sustainability

Implementing green building practices

Coordinating with architectural and structural disciplines

Clash detection and resolution in a BIM environment

Collaborating with engineers and architects in multi-disciplinary projects

Managing interdisciplinary workflows

Exploring cloud-based collaboration with BIM 360

Sharing models and documents with team members and stakeholders

Real-time updates and version control

Reviewing and resolving clashes through cloud-based platforms

Designing MEP systems for a commercial building

MEP planning and documentation for a healthcare facility

Analysing and designing MEP systems for a residential complex