100-05 AUTODESK REVIT ELECTRICAL

Description

Autodesk Revit Electrical Course

Module 1: Introduction to Autodesk Revit Electrical

• Overview of Revit Electrical
  • Purpose and Benefits
  • Interface and Navigation
• Getting Started
  • Installation and Setup
  • Project Templates and File Management
• Basic Concepts
  • Understanding the Revit Environment
  • Overview of Building Information Modeling (BIM)

Module 2: Creating and Managing Electrical Projects

• Project Setup
  • Setting Up a New Project
  • Importing and Linking Files
• Project Organization
  • Working with Views and Sheets
  • Managing Project Browser and Properties
• Template Customization
  • Creating and Customizing Templates
  • Standardizing Project Settings

Module 3: Electrical Systems Design

• Electrical Circuits
  • Creating and Modifying Circuits
  • Adding and Connecting Electrical Components
• Lighting Systems
  • Placing and Configuring Lighting Fixtures
  • Creating Lighting Circuits and Groups
• Power Distribution
  • Adding and Configuring Electrical Panels
  • Designing Power Distribution Systems

Module 4: Equipment and Component Placement

• Adding Electrical Components
  • Inserting Outlets, Switches, and Devices
  • Managing Component Families
• Component Scheduling
  • Creating and Customizing Schedules
  • Using Data for Quantity Takeoffs and Analysis

Module 5: Designing and Documenting Electrical Systems

• Designing Electrical Layouts
  • Drawing Electrical Layouts and Diagrams
  • Using Design Tools and Features
• Documenting Designs
  • Creating Electrical Schematics and Diagrams
  • Generating and Customizing Reports

Module 6: Collaboration and Coordination

• Working with Teams
  • Sharing and Coordinating Projects
  • Using Worksets and Collaboration Tools
• Interdisciplinary Coordination
  • Integrating Electrical with Architectural and Mechanical Models
  • Resolving Coordination Issues

Module 7: Advanced Electrical Features

• Advanced Design Tools
  • Using Revit’s Advanced Electrical Tools
  • Customizing Electrical Families and Components
• Energy Analysis
  • Performing Energy Analysis and Load Calculations
  • Integrating Energy Models with Electrical Design

Module 8: Revit Electrical for Different Building Types

• Residential Projects
  • Adapting Electrical Design for Residential Buildings
  • Specific Design Considerations
• Commercial Projects
  • Designing Electrical Systems for Commercial Spaces
  • Handling Complex Electrical Needs
• Industrial Projects
  • Special Requirements for Industrial Electrical Design
  • Integrating with Industrial Equipment and Systems

Module 9: Troubleshooting and Best Practices

• Common Issues
  • Identifying and Resolving Common Design Issues
  • Best Practices for Effective Troubleshooting
• Performance Optimization
  • Optimizing Revit for Large Projects
  • Enhancing Performance and Efficiency

Module 10: Review and Practical Application

• Case Study Analysis
  • Reviewing Real-World Revit Electrical Projects
  • Analyzing Design and Implementation Challenges
• Practical Exercises
  • Hands-On Project: Designing an Electrical System in Revit
  • Applying Concepts Learned Throughout the Course

Module 11: Updates and Continuing Education

• Software Updates
  • Keeping Up with New Features and Updates
  • Adapting to Changes in Revit Electrical
• Professional Development
  • Resources for Further Learning
  • Certification and Training Opportunities