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BIM – The methodology complete course

Step-by-step guide to mastering the BIM methodology
Instructor:
AulaGEO Academy
75 students enrolled
English [Auto]
Use BIM programs for the management of construction projects
Implement the BIM methodology in projects and organizations
Create realistic models that represent constructive conditions
Produce 4D simulations of construction process
Create conceptual proposals for initial stages of the project
Create metric computations from conceptual proposals
Create detailed metric computations from BIM models
Use Revit for facility management and preventive maintenance control
Connect Revit with external databases

In this advanced course I show you step by step how to implement the BIM methodology in projects and organizations. Including practice modules where you will work on real projects using Autodesk programs to create truly useful models, perform 4D simulations, create conceptual design proposals, produce exact metric computations for cost estimates, and use Revit with external databases for Management. of Facilities.

This course is the equivalent of several Masters of BIM Project Management, whose cost is around USD3000 to USD5000, but, instead of investing such amount, you can get the same knowledge for a fraction of the cost. With my other Revit and Robot courses you will have a complete view of BIM. Remember that BIM is not a program, it is a working method based on new technologies. Nobody tells you that and therefore you might think that to know BIM you only need to know how to model in Revit. But this is false, and that’s why many do not get the expected results despite spending thousands of dollars on training and software.

With this course you will learn to use BIM throughout the life cycle of the project, at the same time that you will be able to work in practical and guided exercises on the programs.

 

The AulaGeo team worked hard on this course. It was developed in Spanish by Enzo, voiced by Gabriella for English speaking students.

Course introduction

1
Introductory class

Introduction to Building Information Modeling (BIM)

1
BIM evolution
2
Parametric elements
3
What is BIM
4
Avoiding misunderstandings

BIM project execution plan

1
BIM execution plan
2
Identifying BIM Goals and Uses
3
Designing the BIM Execution Process
4
Developing information exchange
5
Define the support infrastructure
6
Implementing the BIM planning process

Data exchanges and interoperability

1
COBie
2
LOD - Level of Detail and Level of Development
3
Classification systems
4
Model Checker
5
Model Verifier Configuration
6
COBie Extension
7
Classification Manager
8
Shared Data Environment
9
Worksets
10
Links
11
Estructura de carpetas en proyectos
12
Conflict management

Project delivery methods

1
Project delivery methods
2
BIM contracts

Practical module 01 - Useful models to build

1
Introduction to the practical section
2
Buildable Models - Steel
3
Buildable Models - Concrete
4
Buildable Models - Wood
5
Sub-divide items according to tasks
6
Revit extensions for structural models
7
Layout options
8
Exercise 01 - Creating Constructable Models
9
Using parts to improve accuracy
10
Exercise 02 - Using parts to improve model accuracy
11
Exercise 03 - Using Views to improve communication

7: Practical module 02 - 4D simulation and construction planning

1
Introduction to module 02
2
Using the timeline in Naviswork
3
Using parts to improve the accuracy of the simulation
4
Exercise 01 - 4D simulations and construction planning
5
Decomposed Work Structure
6
Segmenting elements according to their location in the model
7
Exercise 02 - Segmenting elements by location
8
Using 4D simulation to manage procures
9
Exercise 03 - Procurements management

Practical module 03 - Estimation of costs and quantities

1
Design alternatives with conceptual masses
2
Adding parameters to the conceptual masses
3
Using floors to quantify masses
4
Compute floor areas in masses
5
Use formulas to estimate construction costs
6
Exercise 01 - Creating and comparing conceptual estimates
7
Converting mass surfaces to building elements
8
Creating tables to control costs
9
Creating material tables
10
Using parts to improve the accuracy of materials
11
Using conditional formats
12
Using preliminary costs to guide the design
13
Exercise 02 - Reusing preliminary costs during design
14
Setting up a model for exact metric computations
15
Exploring the catalogs
16
Extracting project quantities
17
Adding resources to quantity objects
18
Virtual quantity computations
19
Analysis of changes in computation of materials
20
Exporting metric computation reports
21
Constructive and destructive metric computation methods
22
Exercise 03 - Creating detailed metric computations

Practical module 04 - Facilities management

1
Identifying parameters for use of spaces
2
Creating and assigning new parameters to the model
3
Creating tables to report and enter parameter values
4
Building formulas to follow and report Management metrics
5
Displaying GI information in plant views using labels
6
Exercise 01 - Adding installation management information
7
Creating new parameters and views to follow the history
8
Using tables to plan replacements and preventive maintenance
9
Using conditional formats to highlight elements in tables
10
Exercise 02 - Using BIM models to track and plan maintenance
11
Compiling and updating maintenance data
12
Exporting BIM model data to external databases
13
Importing and merging external data into the BIM model
14
Exercise 03 - Integrating BIM models into monitoring systems

conclusion

1
Farewell
You can view and review the lecture materials indefinitely, like an on-demand channel.
Definitely! If you have an internet connection, courses on Udemy are available on any device at any time. If you don't have an internet connection, some instructors also let their students download course lectures. That's up to the instructor though, so make sure you get on their good side!
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Includes

8 hours on-demand video
9 articles
Full lifetime access
Access on mobile and TV
Certificate of Completion