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Course Number Course Name Faculty Name University Logo T. Sulbaran & M. Shiratuddin - BIM for Construction Using ArchiCAD – Thomas Delmar Learning – ASC - 2007 Building Information Modeling BIM

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Page 1: Course Number Course Name Faculty Name University Logo T. Sulbaran & M. Shiratuddin - BIM for Construction Using ArchiCAD – Thomas Delmar Learning – ASC

Course NumberCourse Name

Faculty Name

University Logo

T. Sulbaran & M. Shiratuddin - BIM for Construction Using ArchiCAD – Thomas Delmar Learning – ASC - 2007

Building Information ModelingBIM

Page 2: Course Number Course Name Faculty Name University Logo T. Sulbaran & M. Shiratuddin - BIM for Construction Using ArchiCAD – Thomas Delmar Learning – ASC

BIM for Construction Using ArchiCADCopyright© 2007-2008 by T. Sulbaran & M. Shiratuddin – Thomas Delmar Learning - ASC

Lecture Objectives

After completing this lecture, students should be able to: • Outline the difference between 3D models and Building Information Modeling (BIM)

• Define Building Information Modeling (BIM)

• Describe the overall goal of Building Information Modeling (BIM)

• List four BIM commercial tools

• Describe Graphisoft's ArchiCAD

• List four built-in and four add-on features of ArchiCAD

Lecture Objectives

BIM – Introduction

BIM – Definition

BIM - Purpose

BIM Enabled Software (Commercially Available)

BIM Example

BIM in AEC

Page 3: Course Number Course Name Faculty Name University Logo T. Sulbaran & M. Shiratuddin - BIM for Construction Using ArchiCAD – Thomas Delmar Learning – ASC

BIM for Construction Using ArchiCADCopyright© 2007-2008 by T. Sulbaran & M. Shiratuddin – Thomas Delmar Learning - ASC

BIM - Introduction

• Technology advances instigated transition of design medium from 2D paper-based drawings to 3D digital models on computer screen - led to the introduction of Building Information Modeling (BIM)

• Matta et al (2006) - there exist progression from 2D to 3D, 4D, and BIM

• 3D models make valuable contributions to communications, not all 3D models qualify as BIM models

• 3D geometry is only part of the BIM– M = geometry– I = information shared to generate feedback and for decision making– B = building (of course)

Lecture Objectives

BIM – Introduction

BIM – Definition

BIM - Purpose

BIM Enabled Software (Commercially Available)

BIM Example

BIM in AEC

Page 4: Course Number Course Name Faculty Name University Logo T. Sulbaran & M. Shiratuddin - BIM for Construction Using ArchiCAD – Thomas Delmar Learning – ASC

BIM for Construction Using ArchiCADCopyright© 2007-2008 by T. Sulbaran & M. Shiratuddin – Thomas Delmar Learning - ASC

BIM – Definition

• Generic term used to describe advanced 3D CAD technology for modeling and managing buildings and information related to them. BIM models are differentiated from traditional CAD systems in that the software objects in a BIM model are intelligible to computer programs as representations of real-world building components, unlike the graphic objects in a two-dimensional CAD file” (Sacks et al, 2005).

• The American Institute of Architects (AIA) defines BIM as “a model-based technology linked with a database of project information”. BIM covers geometry, spatial relationships, geographic information, quantities and properties of building components. (http://en.wikipedia.org/wiki/Building_Information_Modeling)

Lecture Objectives

BIM – Introduction

BIM – Definition

BIM - Purpose

BIM Enabled Software (Commercially Available)

BIM Example

BIM in AEC

Page 5: Course Number Course Name Faculty Name University Logo T. Sulbaran & M. Shiratuddin - BIM for Construction Using ArchiCAD – Thomas Delmar Learning – ASC

BIM for Construction Using ArchiCADCopyright© 2007-2008 by T. Sulbaran & M. Shiratuddin – Thomas Delmar Learning - ASC

BIM – Definition

• A basic premise of BIM is collaboration by different stakeholders during different phases of project life cycle– to insert, extract, update or modify information in the

BIM process to support and reflect the roles of that stakeholder (NBIMS Project Committee, 2006)

• BIM was conceived to remedy the problem of fragmentation and error by creating a system to house or manage all of the information needed in a particular project in a single repository that could be accessed by all project participants and readily incorporated into all project documents (Cyon Research, 2003; Khemlani, 2003)

Lecture Objectives

BIM – Introduction

BIM – Definition

BIM - Purpose

BIM Enabled Software (Commercially Available)

BIM Example

BIM in AEC

Page 6: Course Number Course Name Faculty Name University Logo T. Sulbaran & M. Shiratuddin - BIM for Construction Using ArchiCAD – Thomas Delmar Learning – ASC

BIM for Construction Using ArchiCADCopyright© 2007-2008 by T. Sulbaran & M. Shiratuddin – Thomas Delmar Learning - ASC

BIM Purpose

• Design visualization• Reduction of Errors• Collision Detection• Quantity Take Off• 4D Constructability• 5D Cost Estimating• Asset/Equipment Inventory• Facility Operations• Space assignment• Maintenance/Repair• Emergency response, etc.

Lecture Objectives

BIM – Introduction

BIM – Definition

BIM - Purpose

BIM Enabled Software (Commercially Available)

BIM Example

BIM in AEC

Page 7: Course Number Course Name Faculty Name University Logo T. Sulbaran & M. Shiratuddin - BIM for Construction Using ArchiCAD – Thomas Delmar Learning – ASC

BIM for Construction Using ArchiCADCopyright© 2007-2008 by T. Sulbaran & M. Shiratuddin – Thomas Delmar Learning - ASC

BIM Enabled Software (Commercially Available)

• ArchiCAD by Graphisoft’s (The Focus of this Book)• Microstationby Bentley System• Jetstream by Navisworks• Model Cheker by Solibri• VAD system by Shimizu• Revit by Autodesk

Lecture Objectives

BIM – Introduction

BIM – Definition

BIM - Purpose

BIM Enabled Software (Commercially Available)

BIM Example

BIM in AEC

Page 8: Course Number Course Name Faculty Name University Logo T. Sulbaran & M. Shiratuddin - BIM for Construction Using ArchiCAD – Thomas Delmar Learning – ASC

BIM for Construction Using ArchiCADCopyright© 2007-2008 by T. Sulbaran & M. Shiratuddin – Thomas Delmar Learning - ASC

BIM Example

3D model in ArchiCAD (left) and the Interactive Schedule Element (right)

Lecture Objectives

BIM – Introduction

BIM – Definition

BIM - Purpose

BIM Enabled Software (Commercially Available)

BIM Example

BIM in AEC

Page 9: Course Number Course Name Faculty Name University Logo T. Sulbaran & M. Shiratuddin - BIM for Construction Using ArchiCAD – Thomas Delmar Learning – ASC

BIM for Construction Using ArchiCADCopyright© 2007-2008 by T. Sulbaran & M. Shiratuddin – Thomas Delmar Learning - ASC

BIM in AECLecture Objectives

BIM – Introduction

BIM – Definition

BIM - Purpose

BIM Enabled Software (Commercially Available)

BIM Example

BIM in AEC

Page 10: Course Number Course Name Faculty Name University Logo T. Sulbaran & M. Shiratuddin - BIM for Construction Using ArchiCAD – Thomas Delmar Learning – ASC

BIM for Construction Using ArchiCADCopyright© 2007-2008 by T. Sulbaran & M. Shiratuddin – Thomas Delmar Learning - ASC

This were justFew Slides

Of a SampleLecture

More Slides Will Follow

Lecture Objectives

BIM – Introduction

BIM – Definition

BIM - Purpose

BIM Enabled Software (Commercially Available)

BIM Example

BIM in AEC

More Slide will Follow