Book Image

Increasing Autodesk Revit Productivity for BIM Projects

By : Fabio Roberti, Decio Ferreira
Book Image

Increasing Autodesk Revit Productivity for BIM Projects

By: Fabio Roberti, Decio Ferreira

Overview of this book

Increasing Autodesk Revit Productivity for BIM Projects takes a hands-on approach to implementing Revit effectively for everyone curious about this new and exciting methodology. Complete with step-by-step explanations of essential concepts and practical examples, this Revit book begins by explaining the principles of productivity in Revit and data management for BIM projects. You'll get to grips with the primary BIM documentation to start a BIM project, including the contract, Exchange Information Requirements (EIR), and BIM Execution Plan (BEP/BXP). Later, you'll create a Revit template, start a Revit project, and explore the core functionalities of Revit to increase productivity. Once you've built the foundation, you'll learn about Revit plugins and use Dynamo for visual programming and Power BI for analyzing BIM information. By the end of this book, you'll have a solid understanding of Revit as construction and design software, how to increase productivity in Revit, and how to apply multiple workflows in your project to manage BIM.

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Table of Contents (16 chapters)
Preface
Preface
Who this book is for
What this book covers
To get the most out of this book
Download the example files
Download the color images
Conventions used
Get in touch
Reviews
1
Section 1: Enhancing Your Productivity in Revit with Data Management and Templates
Section 1: Enhancing Your Productivity in Revit with Data Management and Templates
Free Chapter
2
Chapter 1: Introduction to Productivity in Revit
Chapter 1: Introduction to Productivity in Revit
What you should know about Revit productivity
Choosing the right tool
Overview of BIM implementation
BIM and the Revit training scheme
Summary
3
Chapter 2: Project Data Management
Chapter 2: Project Data Management
Critical data to start a BIM project
BIM documentation overview
Project functions
Asset Management
Establishing an Action Plan to start a BIM project
Summary
4
Chapter 3: Revit Template and Standards
Chapter 3: Revit Template and Standards
Technical requirements
How to create a Revit template
Summary
5
Section 2: Setting Up Revit Projects Efficiently and Exploring Core Functionalities
Section 2: Setting Up Revit Projects Efficiently and Exploring Core Functionalities
6
Chapter 4: Starting a Revit Project Efficiently
Chapter 4: Starting a Revit Project Efficiently
Technical requirements
Overview of Revit coordinate systems
Starting a Revit project and setting up the project coordinates
Summary
7
Chapter 5: Core Revit Functionalities
Chapter 5: Core Revit Functionalities
Understanding schedule management
Keynote for the project specification
Design Options
Revit Phasing
Using Scope Boxes
Worksharing
Drawing production
Summary
8
Section 3: Adding Visualizations and Dashboards to Your Data
Section 3: Adding Visualizations and Dashboards to Your Data
9
Chapter 6: Visual Programming with Dynamo
Chapter 6: Visual Programming with Dynamo
Technical requirements
Introducing Dynamo
Expanding Dynamo
Best practices
Summary
10
Chapter 7: Dashboard Analyses with Power BI
Chapter 7: Dashboard Analyses with Power BI
Technical requirements
Introduction to Power BI for Revit
Exporting and importing data from Revit to Power BI
Analyzing Revit data with Power BI
Summary
11
Section 4: Collaborating with Consultants and Plugins and Improving Revit Performance
Section 4: Collaborating with Consultants and Plugins and Improving Revit Performance
12
Chapter 8: Collaborating with Consultants
Chapter 8: Collaborating with Consultants
Strategy for collaboration
Copy/Monitor and Coordination Review
Shared Views
Design coordination and clash management
Summary
13
Chapter 9: Enhancing Productivity with Plugins
Chapter 9: Enhancing Productivity with Plugins
Managing Revit plugins
Revit plugins
Summary
14
Chapter 10: Improving Performance
Chapter 10: Improving Performance
Revit modeling best practices
Revit content management
Optimizing Revit's performance
BIM 360 best practices
Summary
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Design coordination and clash management

Design coordination and clash management are essential aspects of consultant collaboration to resolve design and model issues. The BEP will define the clash detection process and tolerances to optimize the results based on the project design stage. The primary tools used to run the clash detection process are Navisworks from Autodesk and Solibri from Nemetschek.

Autodesk has a cloud platform to run clash detection processes and resolve model issues. It is part of Autodesk Construction Cloud and is currently called BIM 360 Coordinate.

The clash detection process can be divided into two types:

  • Clash avoidance
  • Clash detection

Let's look at them in detail.

Clash avoidance

Clash avoidance is the process of identifying clashes between spatial zones assigned for the architecture, structure, and MEP disciplines. The following diagram shows a volume created to define the MEP zone and use it in the clash avoidance process...

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