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Building information modeling - the 5W's

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Building Information Modeling

– the 5W’s

November 05, 2009

Shafee Ahamed

Research Officer

Centre for Computer-assisted Construction Technologies

Institute for Research in Construction National Research Council Canada

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For the Architect:

BIM - Building Information Modeling.

The Engineer:

BIM - Building Information Management.

The Owner:

BIM - Building Information Maintenance.

The Idealist:

BIM - Building Information Masterpiece.

For the rest of us:

BIM - Building Information Migraine.

Text adapted from an article on Revit MEP in AUGIWorld , image source: http://chaitanya1.files.wordpress.com/2008/04/elephant.png

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Evolution of BIM

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Users of BIM

Architecture

Civil and Structural

Mechanical, Electrical and Plumbing

Plant Design (Oil and Gas, offshore)

Buried Utilities (water, communication, gas ..)

Power Utilities

Geospatial

Facility Management

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3D to nD Modeling

3D

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AIA 2009

April 30

– May 02

Autodesk Revit 2010 Ecotect

Bentley V 8 i HevaComp

Graphisoft Archicad 12 Eco Design

Nemetschek VectorWork Architect

Trelligence Affinity Extend BIM

Google SketchUP Ruby API

AutoDes Inc bonazai3d b3d

Adobe Adobe Suite Bluebeam

Newforma Newforma NPC

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What is BIM?

BIM covers geometry, spatial relationships, geographic information, quantities and

properties of building components

V

e n

d o

r

s

BIM is a single integrated model representation from which all drawings & reports are

generated

AE

C

Us

ers

Building Information Modeling is the process of

generating and managing building data during its life cycle

F o r e s I g h t

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Benefits of BIM

Digital object Data storage Param etric Integra tion

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Success of BIM

Digital object Data storage Param etric Integra tion for interoperability

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Anatomy of BIM

DWF IFC DWG RCC XML PDF ODBC gbxml landxml aecxml Database Sensors Analysis Product data Cost COBIE/ CIS/2 IFCxml

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Swiss-army knife

syndrome

http://www.leisuregeek.com/images/wenger_giant_swiss_army_knife_2.jpg

The condition of needing to be equipped with the most possible tools for the

maximum number of undefined situations.

Tools or software that have a superfluous amount of functions but that are not

overly good at any of them.

BIM represent the Information

related to a building, not what you do with the information.

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BIM Essentials &

Expectations

Essentials (vendor provides) Expectations by

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BIM applications

Visualization Energy analysis Pre fabrication Structural analysis Asset management Air flow Lighting

Generation of construction specifications Manage building data dynamically

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How Virtual Reality is used

in Construction

Objective: To identify the concerns about the

impact of new arena complex will have on the proposed location in city of London

Data:

• Plan view map of the city • 3D view of the city

• 3D model of the proposed arena complex • How much and how far

• L.O.D and how realistic • Terrain details

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BIM Adoption and

Implementation - MAAP

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Case study: Camio project

Ref: BIM Handbook Construction Presentation: Paul Teicholz

Assembled on computer before been built

Integration with TimberLine for Estimation

Shop drawings

Layout quantities

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BIM Case Study

(

Miami International Airport)

Source: RISA Technologies

Challenges

Complex geometry of the vaulted roof, which functions as both the roof and the wall of the terminal building. Additionally, the cantilevered beams had to be designed for multiple load cases and uplift because Miami is a hurricane region. RISA made

checking the different load cases and load paths of the cantilevered section easy, Meagher says.

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Drop of the unwanted geometry, Control LOD,

Translate the geometry to light-weight

Modify the parameters (scale, origin, association)

Enhance the data (light, textures) Building families or grouping

Develop local functional simulations

Add sensors, proximity switches Triggers for events

Build behaviors

Create scene and Environments Develop interactions and associations

Develop a control module and GUI Interact with supporting devices Publish the model

BIM

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Value of BIM

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BIM & Lifecycle

Management

As Design As Built CAD L S As Operated As Maintained M C M C DOC DOC

T i m e

Design handover Project handover Monitor & Control

Architect Contractors Occupants Facility

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Present BIM Explorations

Architecture Structures MEP

Prosteel

RISA

ETABS

Construction activities and Documentation

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Research in BIM

Architecture

Structures

MEP

Pre-design

Design

nD Engine

Construction

Construction activities

and Documentation

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Automated Retrieval of

Information

nD Modeling 1 2 3 4 5 Construction Documents Modeling & Simulation Visualization Performance Analysis Maintenance Benchmarks

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Barriers in BIM

Building Information

Modeling

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Challenges in BIM

All AEC sector disciplines not equally represented Liability issues

Time and steep learning Curve Many vendor specific platforms Data interoperability

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Reality of BIM

Analysis • Energy • Structure Design • Visualization • Prototyping Content Management • Specifications • Change management

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Why BIM

Contract for design, construct and operate

Design, construct and maintain

U.S. Government seeks sources to design, construct and maintain

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BIM & Lifecycle

Management

BIM

Visualization Current Tools & Tech. IFC gbXML Interopera-bility

Platforms Data capture

Knowledge transfer R & D Performance Indicators Achieve Behaviour Physics based Intelligent Physics based

LCM

BIM model is now robust to be used for LCM

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Presentation Overview

Definitions Evolution Tools Users Vendors Applications Success Essentials Our work Case studies Beyond BIM As-Design LCM X ASAP

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Conclusions

BIM IMPLEMENTATION IS SLOW BUT INEVITABLE

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www.irc.nrc-cnrc.gc.ca

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