BIM – The methodology complete course – AulaGEO

Course Curriculum

Chapter 1: Course introduction

Lecture 1: Introductory class

Chapter 2: Introduction to Building Information Modeling (BIM)

Lecture 1: BIM evolution

Lecture 2: Parametric elements

Lecture 3: What is BIM

Lecture 4: Avoiding misunderstandings

Chapter 3: BIM project execution plan

Lecture 1: BIM execution plan

Lecture 2: Identifying BIM Goals and Uses

Lecture 3: Designing the BIM Execution Process

Lecture 4: Developing information exchange

Lecture 5: Define the support infrastructure

Lecture 6: Implementing the BIM planning process

Chapter 4: Data exchanges and interoperability

Lecture 1: COBie

Lecture 2: LOD – Level of Detail and Level of Development

Lecture 3: Classification systems

Lecture 4: Model Checker

Lecture 5: Model Verifier Configuration

Lecture 6: COBie Extension

Lecture 7: Classification Manager

Lecture 8: Shared Data Environment

Lecture 9: Worksets

Lecture 10: Links

Lecture 11: Estructura de carpetas en proyectos

Lecture 12: Conflict management

Chapter 5: Project delivery methods

Lecture 1: Project delivery methods

Lecture 2: BIM contracts

Chapter 6: Practical module 01 – Useful models to build

Lecture 1: Introduction to the practical section

Lecture 2: Buildable Models – Steel

Lecture 3: Buildable Models – Concrete

Lecture 4: Buildable Models – Wood

Lecture 5: Sub-divide items according to tasks

Lecture 6: Revit extensions for structural models

Lecture 7: Layout options

Lecture 8: Exercise 01 – Creating Constructable Models

Lecture 9: Using parts to improve accuracy

Lecture 10: Exercise 02 – Using parts to improve model accuracy

Lecture 11: Exercise 03 – Using Views to improve communication

Chapter 7: 7: Practical module 02 – 4D simulation and construction planning

Lecture 1: Introduction to module 02

Lecture 2: Using the timeline in Naviswork

Lecture 3: Using parts to improve the accuracy of the simulation

Lecture 4: Exercise 01 – 4D simulations and construction planning

Lecture 5: Decomposed Work Structure

Lecture 6: Segmenting elements according to their location in the model

Lecture 7: Exercise 02 – Segmenting elements by location

Lecture 8: Using 4D simulation to manage procures

Lecture 9: Exercise 03 – Procurements management

Chapter 8: Practical module 03 – Estimation of costs and quantities

Lecture 1: Design alternatives with conceptual masses

Lecture 2: Adding parameters to the conceptual masses

Lecture 3: Using floors to quantify masses

Lecture 4: Compute floor areas in masses

Lecture 5: Use formulas to estimate construction costs

Lecture 6: Exercise 01 – Creating and comparing conceptual estimates

Lecture 7: Converting mass surfaces to building elements

Lecture 8: Creating tables to control costs

Lecture 9: Creating material tables

Lecture 10: Using parts to improve the accuracy of materials

Lecture 11: Using conditional formats

Lecture 12: Using preliminary costs to guide the design

Lecture 13: Exercise 02 – Reusing preliminary costs during design

Lecture 14: Setting up a model for exact metric computations

Lecture 15: Exploring the catalogs

Lecture 16: Extracting project quantities

Lecture 17: Adding resources to quantity objects

Lecture 18: Virtual quantity computations

Lecture 19: Analysis of changes in computation of materials

Lecture 20: Exporting metric computation reports

Lecture 21: Constructive and destructive metric computation methods

Lecture 22: Exercise 03 – Creating detailed metric computations

Chapter 9: Practical module 04 – Facilities management

Lecture 1: Identifying parameters for use of spaces

Lecture 2: Creating and assigning new parameters to the model

Lecture 3: Creating tables to report and enter parameter values

Lecture 4: Building formulas to follow and report Management metrics

Lecture 5: Displaying GI information in plant views using labels

Lecture 6: Exercise 01 – Adding installation management information

Lecture 7: Creating new parameters and views to follow the history

Lecture 8: Using tables to plan replacements and preventive maintenance

Lecture 9: Using conditional formats to highlight elements in tables

Lecture 10: Exercise 02 – Using BIM models to track and plan maintenance

Lecture 11: Compiling and updating maintenance data

Lecture 12: Exporting BIM model data to external databases

Lecture 13: Importing and merging external data into the BIM model

Lecture 14: Exercise 03 – Integrating BIM models into monitoring systems

Chapter 10: conclusion

Lecture 1: Farewell