Knowledge Basic MEP system on Autodesk Revit (Thai)

Revit MEP: Comprehensive Guide for Mechanical, Electrical & Plumbing (MEP) Design

Introduction to Revit MEP & Building Information Modeling (BIM)

This course provides a comprehensive introduction to Revit MEP, a powerful Building Information Modeling (BIM) software specifically designed for MEP engineering and MEP drafting. Learn how to leverage Revit MEP to efficiently design and document mechanical systems, electrical systems, and plumbing systems. We'll cover the fundamentals of BIM and how Revit MEP streamlines the MEP design process.

Course Modules:

Module 1: Revit MEP Fundamentals & Setup

• Introduction to Revit MEP: An overview of the software and its capabilities.
• Software Installation: Learn how to install and set up Revit MEP for optimal performance.
• Basic Program Settings: Understanding commands and functionalities like Systems, Insert, Annotate, Analyze, Collaborate, View, Manage, Add-ins, and modifying Properties.
• Navigating Revit: Master the Project Browser, Navigator, and other essential tools for efficient project management.

Module 2: Mechanical Systems – Ductwork Design

• Introduction to Mechanical Systems: A deep dive into designing ductwork systems.
• Components: Learn about diffusers, sprinklers, and other essential mechanical components.
• Ducting Commands: Master the commands for creating and placing ducts and associated equipment.
• Duct Routing Basics: Fundamental techniques for designing efficient duct routing.

Module 3: Electrical Systems – Wiring & Components

• Introduction to Electrical Systems: Learn the fundamentals of designing electrical systems.
• Equipment Placement: Master the commands for placing electrical equipment.
• Wiring & Cable Trays: Learn to create electrical wiring and cable trays.
• Electrical Drafting Basics: Essential techniques for creating accurate electrical plans.

Module 4: Project Setup & Modeling – Core Steps

• Step 1: Model Linking: Learn how to link in architectural and structural models.
• Step 2: Gridlines: Creating and utilizing gridlines for accurate modeling.
• Step 3: Levels: Defining levels for project organization.
• Step 4: Copying Elements: Efficiently copying monitors, levels, and gridlines.
• Step 5: Plan Creation: Creating detailed plans for your project.
• Step 6: Ceiling Plans: Developing accurate ceiling plans.
• Step 7: View Range: Setting up optimal view ranges for different perspectives.
• Step 8: View Templates: Creating and applying view templates for consistent views.
• Step 9: Visibility Graphics: Controlling the visibility of elements for clear communication.

Module 5: Duct System Design & Analysis

• Template Usage: Opening and utilizing pre-configured templates.
• Duct System Configuration: Setting up the duct system parameters.
• Duct Routing: Advanced techniques for duct routing.
• Filter Configuration: Setting up and managing filters for air quality.
• Airflow Calculations: Extracting airflow quantities for system performance analysis.

Module 6: Plumbing Systems – Fundamentals

• Introduction to Plumbing Systems: Learn the fundamentals of designing plumbing systems.
• Fixture Placement: Master the commands for placing fixtures.
• Drainage Systems: Creating drainage lines and waste lines.
• Water Supply Systems: Designing water supply lines.
• Pipe Quantity Takeoffs: Extracting pipe quantities for accurate material estimation.

Module 7: Fire Protection Systems

• Introduction to Fire Protection Systems: Designing fire protection systems.
• Template Usage: Opening and utilizing pre-configured templates.
• Model Linking & Collaboration: Working collaboratively on fire protection models.
• Sprinkler Placement: Placing sprinklers effectively.
• Pipe Scheduling (NFPA13): Understanding and utilizing pipe schedules according to NFPA13 standards.
• Pipe Creation & Quantity Takeoffs: Creating pipes and extracting pipe quantities.

Module 8: Electrical Design

• Introduction to Electrical Design: Learn the fundamentals of **electrical