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BIM for Architects www.egt.bme.hu Levente FILETOTH, [email protected] 1 BIM for Architects BIM = Building Information Modeling BIM for Architects What is BIM? Historic overview What is BIM good for? BIM for architects Case Studies paastudio, US

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Page 1: BIM for Architects

BIM for Architects www.egt.bme.hu

Levente FILETOTH, [email protected] 1

BIM for ArchitectsBIM = Building Information Modeling

BIM for Architects

• WhatisBIM?• Historicoverview• WhatisBIMgoodfor?• BIMforarchitects• CaseStudiespaastudio, US

Page 2: BIM for Architects

BIM for Architects www.egt.bme.hu

Levente FILETOTH, [email protected] 2

What is BIM?Definition of BIM, Historic overview

BUILDING INFORMATION MODELING

Definition of BIMBuilding Information Modeling (BIM) is a digital representation of physical and functional characteristics of a facility. A BIM is a shared knowledge resource for information about a facility forming a reliable basis for decisions during its life-cycle; defined as existing from earliest conception to demolition.

US National Building Information Model Standard Project Committee, www.nationalbimstandard.org

Page 3: BIM for Architects

BIM for Architects www.egt.bme.hu

Levente FILETOTH, [email protected] 3

BIM Historic Overview1974: BDS - Building Description System

1982: 3D Collision Detection

1984: VB Virtual Building

1992: BIM Building Information Modeling

1998: NURBS Surface Modeling

2000: Paramatric Modeling

2005: OPEN BIM – Open collaboration

1974: BDSBuilding Description System

The four hierachy level of the Building Description System databaseEastman, Charles: An Outline of the Building Description System, Carnegie-Mellon Univ., Pittsburgh, US, 1974.

The goal is the ”paperless” design documentation that provides additional benefits:• Simple design input of complex

building components,• Re-use of exiting elements,• Generated building views, renders,• Automated building element

schedules, surveys

Page 4: BIM for Architects

BIM for Architects www.egt.bme.hu

Levente FILETOTH, [email protected] 4

1982: 3D Collision Detection

3D collision detection of building service systemsIstván Gábor Tari, Bojár Gábor Bojár, 1982.

The very first 3D collision detection program was created in 1982 to check service systems of an atomic reactor

• it was running on a personal computer (HP 9000 technical computer)

• it could generate 3D models of pipe (with circular cross section ) elements and systems

• it could perform collision detection between pipe systems

1984: VBVirtual Building

GRAPHISOFT ArchiCAD 1.0, 1984.

Graphisoft Archicad 1.0 was released in 1984 for the Apple Lisa personal computer

• 3D building modeling with automatically generated views

• Parametric shapes with unique 3D geometry could also be created using the GDL scripting language.

Page 5: BIM for Architects

BIM for Architects www.egt.bme.hu

Levente FILETOTH, [email protected] 5

1992: Building Information Modeling

Modelling multiple views on buildingsG.A. van Nederveen and F. P. Tolman, T.U. Delft, Hollandia, 1992.

The first paper on BIM was published in 1992 at the Technical University of Delft, this underlined:

• there’s no tight and organized linkbetween the architectural and engineering “information” systems,

• The paper emphasizes the importance and advantages of the reference-model based workflow.

1998: NURBS Surface Modeling

Rober McNeel & Associates, Rhinoceros 1.0, 1998.

Robert McNeel & Associates release Rinoceros 1.0 in 1988.

• NURBS (non-uniform rational basis spline) analytical and geometry modeling application

• Provides easy and fast 3D “free-form” surface modeling for the general public

Page 6: BIM for Architects

BIM for Architects www.egt.bme.hu

Levente FILETOTH, [email protected] 6

2000: Parametric Model Connections

Revit Technologies, Revit 1.0, 2000.

Revit Technologies announced Revit 1.0 in 2000 for Microsoft Windows operating system.

• The application uses a “parametric” engine used by mechanical engineering application.

• It enables to establish 2-way connection between building model elelements

2005: OPEN BIM

Open, structured design coordination, www.buildingsmart.org

BuildingSMART initated OPEN BIM in 2005:

• BIM based design development and documentation workflows

• OPEN standards

• Applicable for the entire life-cycle of the building and accessible for all participants regardless the software application they use

• Design• Procure• Assemble• Operate

Page 7: BIM for Architects

BIM for Architects www.egt.bme.hu

Levente FILETOTH, [email protected] 7

What is BIM?

= ?

What is BIM?CAD = Computer Aided Design Drawing

Paper

CAD

CAD = Computer Aided DesignDrawing

Page 8: BIM for Architects

BIM for Architects www.egt.bme.hu

Levente FILETOTH, [email protected] 8

What is BIM?BIM = Building Information Modeling = ?

Paper

CAD

BIMpaastudio, US

BIM = ?

BIM = Computer program?

Orcutt Winslow Partnership, US

Page 9: BIM for Architects

BIM for Architects www.egt.bme.hu

Levente FILETOTH, [email protected] 9

BIM = 3D building model?

Bond Bryan Architects, UK

BIM = Collection of Building Data?

Bond Bryan Architects, UK

Documentation

Fabrication

Building Analysis

Construction Documentation

Conceptual Design

Renovation

Construction Logistics

Construction 4D & 5D

Operation & Maintenance

Design

Operate

Build

Whole Life-cycle

BIM

Page 10: BIM for Architects

BIM for Architects www.egt.bme.hu

Levente FILETOTH, [email protected] 10

BIM = Collection of Building Data?DESIGN• Schematic design• Construction docs.• Building Analysis• Design documents

BUILD• Fabrication• Construction 4D, 5D

OPERATE• Renovation• Maintenance

What is BIM?

Computer program3D building model

Building Data collection

Page 11: BIM for Architects

BIM for Architects www.egt.bme.hu

Levente FILETOTH, [email protected] 11

What is BIM?

= Information + 3DS t r u c t u r a l i n f o r m a t io nB u i ld ing E ne r ge t i c sS t a n d a r d s , R u le s , C o d e sF i r e R e gs . , B ldg . P hy s ic sM a nuf a c t u r e r da t aC ons t r uc t ion , Log is t i c sM a in t e na nc e , Ope r a t ionB udge t , C os t s , Fe e s

What is BIM?BIM = Building Information Modeling = 3D + Information

Paper

CAD

BIMpaastudio, US

BIM = 3D + Information

Page 12: BIM for Architects

BIM for Architects www.egt.bme.hu

Levente FILETOTH, [email protected] 12

What is BIM?

BIM requires a3D building model,

yet BIM is much more than • 3D geometry and• Texture

LASERCAD, SE

What is BIM?

BIM contains the virtual representationof real life

• building elements, • systems, • components.

ZA BOR Architects, RU

Page 13: BIM for Architects

BIM for Architects www.egt.bme.hu

Levente FILETOTH, [email protected] 13

What is BIM?

ZA BOR Architects, RU

BIM contains the virtual representationof real life

• building elements, • systems, • components.

What is BIM?

BIM enables the complete virtual simulation of the entire, real building,before starting the construction processes.

Vikár és Lukács architects

Page 14: BIM for Architects

BIM for Architects www.egt.bme.hu

Levente FILETOTH, [email protected] 14

Virtual Simulat ion

Virtual Simulat ion

Page 15: BIM for Architects

BIM for Architects www.egt.bme.hu

Levente FILETOTH, [email protected] 15

Virtual Building and Simulat ion

What is BIM?

Fazakas Architects

BIM enables the complete virtual simulation of the entire, real building,before starting the construction processes.

Page 16: BIM for Architects

BIM for Architects www.egt.bme.hu

Levente FILETOTH, [email protected] 16

What is BIM good for?Faster design development, open project coordination

FAST OPEN

What is BIM good for?Faster design development, open project coordination

2D CAD design development

Total (100%) time duration

Idő

Design Design Documentation Design Coordination

BIM based design development

20% - 50% savings on total time

duration

Page 17: BIM for Architects

BIM for Architects www.egt.bme.hu

Levente FILETOTH, [email protected] 17

What is BIM good for?Faster design development, open project coordination

What is BIM good for?Faster design development, open project coordination

Page 18: BIM for Architects

BIM for Architects www.egt.bme.hu

Levente FILETOTH, [email protected] 18

Why OPEN BIM is even better?

OPEN BIM design coordination and collaboration, www.buildingsmart.org

Faster design development, open project coordination

OPEN BIM design coordination and collaboration, www.buildingsmart.org

Why OPEN BIM is even better?Faster design development, open project coordination

Page 19: BIM for Architects

BIM for Architects www.egt.bme.hu

Levente FILETOTH, [email protected] 19

• Design• Procure• Assemble• Operate

OPEN BIM design coordination and collaboration, www.buildingsmart.org

OPEN BIM is a universal approach to the collaborative design, realization and operation of buildings based on open standards and workflows, accessible to all participants.

Why OPEN BIM is even better?

= OPEN project coordination

Allplan

ArchiCAD

Revit

Spirit.IFC .BCF

Tekla Str. SCIA Str. Revit Str.

Solibri

DDS-CAD MEP

Energy Plus

Revit MEP

Vico Office

Dialux

OPEN BIM design coordination and collaboration, www.buildingsmart-tech.org/implementation/implementations

AxisVM

EliteCAD

Vectorworks

Over 200 software applications support the OPEN BIM workflows and stanards

Page 20: BIM for Architects

BIM for Architects www.egt.bme.hu

Levente FILETOTH, [email protected] 20

OPEN BIM for the entire building life-cycle, www.vicosoftware.com

Design TimeCosts 5D+ + =

= 5D Construction

OPEN BIM for the entire building life-cycle, www.baboonlab.com

Des

ign

Con

cept

Ana

lysi

s

Fabr

icat

ion D

esig

n

Con

stru

ctio

n4D

& 5

D

Logi

stic

s

Mai

nten

ance

Ren

ovat

ion

Design MaintainConstruct Whole Life-cycle+ + =

= Teljes életcikus támogatás

Page 21: BIM for Architects

BIM for Architects www.egt.bme.hu

Levente FILETOTH, [email protected] 21

Platform independent support

optimices production, less waste

Standard, open data exchange

whole building life-cycle support

Safe & secureinformation flow

4D & 5D construction management

Why OPEN BIM is even better?

Nyílt alapú, struktúrált tervkoordináció, www.buildingsmart.org

Page 22: BIM for Architects

BIM for Architects www.egt.bme.hu

Levente FILETOTH, [email protected] 22

What is BIM good for?

Time duration

Design

Bid

Construction

Faster design development=

Open, standard project coordination=

BIM for ArchitectsBIM in the architectural design practice

• BIM Based Design• Documentation• Renderings, Animations• Algorithmic Design • Energy Evaluation• Teamwork• Interactive presentation• Coordination• Construction• Smart City

Frank Lloyd Wright: Solomon Guggenheim Museum (ARCHICAD)

Page 23: BIM for Architects

BIM for Architects www.egt.bme.hu

Levente FILETOTH, [email protected] 23

BIM based design development

“One change, one place at one time” while all• project views, • documentation layouts,• detail drawings,• schedules, etc.are automatically and instantly updated

NHS office, paastudio, US

NHS irodaház, paastudio, US

Page 24: BIM for Architects

BIM for Architects www.egt.bme.hu

Levente FILETOTH, [email protected] 24

NHS office, paastudio, US

Design Documentation

© Brian Hearn

BIM based design development provides various advantages during documentation:• document versioning,• revision management, • layout update,• support of bid packages,• auto-update of detail drawings,• one-click publishing of document

sets in various formats.

Page 25: BIM for Architects

BIM for Architects www.egt.bme.hu

Levente FILETOTH, [email protected] 25

Renderings, animations

The 3D BIM model enables the quick and easy creation of • presentation renderings,• photo-realistic views,• animationsat any stage of the design development and documentation processes.

Frank Lloyd Wright: Solomon Guggenheim Museum (CineRender)

Frank Lloyd Wright: Solomon Guggenheim Museum (ARCHICAD)

Page 26: BIM for Architects

BIM for Architects www.egt.bme.hu

Levente FILETOTH, [email protected] 26

Frank Lloyd Wright: Solomon Guggenheim Museum (ARCHICAD)

Frank Lloyd Wright: Solomon Guggenheim Museum (CineRender)

Page 27: BIM for Architects

BIM for Architects www.egt.bme.hu

Levente FILETOTH, [email protected] 27

Frank Lloyd Wright: Solomon Guggenheim Museum (CineRender)

Algorithmic architecture

“Free-form” building models created through mathematical expressions, in the BIM environment provides advantages during• design development,• documentation,• construction.

Zaha Hadid

Page 28: BIM for Architects

BIM for Architects www.egt.bme.hu

Levente FILETOTH, [email protected] 28

Michael HansmeyerComputational Architecture

www.michael-hansmeyer.comTED Talk

Michael Hansmeyer

Page 29: BIM for Architects

BIM for Architects www.egt.bme.hu

Levente FILETOTH, [email protected] 29

Michael Hansmeyer, Computational Architecture, www.michael-hansmeyer.com

Michael Hansmeyer, Computational Architecture, www.michael-hansmeyer.com

Page 30: BIM for Architects

BIM for Architects www.egt.bme.hu

Levente FILETOTH, [email protected] 30

Michael HansmeyerMichael Hansmeyer, Computational Architecture, www.michael-hansmeyer.com

Dave Eaton, Geoffrey Klein, Michael Wetmore

Page 31: BIM for Architects

BIM for Architects www.egt.bme.hu

Levente FILETOTH, [email protected] 31

Zaha Hadid

Zaha Hadid

Page 32: BIM for Architects

BIM for Architects www.egt.bme.hu

Levente FILETOTH, [email protected] 32

Zaha Hadid

Page 33: BIM for Architects

BIM for Architects www.egt.bme.hu

Levente FILETOTH, [email protected] 33

Page 34: BIM for Architects

BIM for Architects www.egt.bme.hu

Levente FILETOTH, [email protected] 34

BIM and Building EnergeticsBIM with energy information enables architects to

• validate design alternatives based on energy consumption,

• quick and accurate analyses, • perform annual, dynamic energy

simulation,• at any stage of the design

development processes.

Page 35: BIM for Architects

BIM for Architects www.egt.bme.hu

Levente FILETOTH, [email protected] 35

architecture2030.org

Energy Conscious Design

Energy Conscious Design

Solar Techologies

Renewable Energy

BIM based building energy evaluation

1.Buildinggeometryreview2.Reviewofdetails,materials

4.Dinamic energycalculation3.Manual datainput

5.Resultsdesplayedasgraphiccharts

BuildingEnergyModel(BEM)

Page 36: BIM for Architects

BIM for Architects www.egt.bme.hu

Levente FILETOTH, [email protected] 36

Page 37: BIM for Architects

BIM for Architects www.egt.bme.hu

Levente FILETOTH, [email protected] 37

Microsoftirodaépület,Vikár és Lukács építésziroda

Energy consumption based refurbishment of an office building• Evaluation of design alternatives based on energy consumption• Adding external shading systems on large curtain walls• Evaluation of renewable energies, passive and active solar systems

BIM based building energy evaluation

Page 38: BIM for Architects

BIM for Architects www.egt.bme.hu

Levente FILETOTH, [email protected] 38

Page 39: BIM for Architects

BIM for Architects www.egt.bme.hu

Levente FILETOTH, [email protected] 39

Teamwork

BIM work environment enables teamwork in the office and across continent (cloud-based)

• reserve your work area• real-time messages• send & receive changes• offline work• safe & secure environment

NHS irodaház, paastudio, US

Teamwork with the office

Page 40: BIM for Architects

BIM for Architects www.egt.bme.hu

Levente FILETOTH, [email protected] 40

Teamwork across continents

Page 41: BIM for Architects

BIM for Architects www.egt.bme.hu

Levente FILETOTH, [email protected] 41

BIM enables interactive design presentation

• 2D + 3D content• interactive walk through• collaboration is enabled,• works on mobile devices,• easy to use,• manufacturer specific element

information can be displayed

Interactive presentation

Interactive project presentation

Page 42: BIM for Architects

BIM for Architects www.egt.bme.hu

Levente FILETOTH, [email protected] 42

Interactive project presentation

Apple Inc.

Page 43: BIM for Architects

BIM for Architects www.egt.bme.hu

Levente FILETOTH, [email protected] 43

BIM based workflows are at the center of open interdisciplinary project collaboration: • System independent, open date

exchange,• Reference model based

coordination• Considering local and global

standards• Using standardized model

classes throughout all processes

Collaboration

Vikár és Lukács építésziroda

Vikár and Lukács architects

Structural Engineer

Architectural Designer

Mechanical Engineer

Collaboration

Page 44: BIM for Architects

BIM for Architects www.egt.bme.hu

Levente FILETOTH, [email protected] 44

Architectural model Structural model

Column

Slab

Columns

Slab

Reference Model

Architectural model = Structural or MEP model

Architect Engineer

Engineer

Achitect

Reference Model

Architectural model = Structural or MEP model

Page 45: BIM for Architects

BIM for Architects www.egt.bme.hu

Levente FILETOTH, [email protected] 45

1. Design alternative

2. Design alternative

Collaboration

NordreJarlsbergBrygge,Norway,RiftASArchitects

Page 46: BIM for Architects

BIM for Architects www.egt.bme.hu

Levente FILETOTH, [email protected] 46

NordreJarlsbergBrygge,Norway,RiftASArchitects

NordreJarlsbergBrygge,Norway,RiftASArchitects

Page 47: BIM for Architects

BIM for Architects www.egt.bme.hu

Levente FILETOTH, [email protected] 47

NordreJarlsbergBrygge,Norway,RiftASArchitects

ConstructionBIM based Tender, Pre-Construction, Construction workflows enables the delivery of more accurate quantity estimations, tight integration of construction management processes while minimizing errors on the site. Faster construction, reduced costs are the ultimate benefits.Australian Institute of Architects, architecture.com.au

Page 48: BIM for Architects

BIM for Architects www.egt.bme.hu

Levente FILETOTH, [email protected] 48

www.vicosoftware.com

Coordinate Drawingsand Models

Coordination via reference models

BIM Models from architects and from engineers Schedule

Locations

Quantity Takeoff

Estimating

Layout

Production Control

5D Construction Management

Smart City & BIMBIM provides the primary data core of a Smart City, to be extended with CIM and GIS data to create the so called “BIG Data”.

Smart City• infrastructure, transportation,

optimized primary energy consumption,

• better urban comfort,• sustainable future is the ultimate

goal.

Urban Strategies Inc.

Page 49: BIM for Architects

BIM for Architects www.egt.bme.hu

Levente FILETOTH, [email protected] 49

BIM, CIM, GIS and the Smart City

Urban Strategies Inc.

Urban Strategies Inc.

BIM, CIM, GIS and the Smart City

Page 50: BIM for Architects

BIM for Architects www.egt.bme.hu

Levente FILETOTH, [email protected] 50

Urban Strategies Inc.

Santander Smart City

BIM for Architects

• Computer program

• 3D building model

• Collection of Building Data

• Faster design development

• Open, standardized coordination

• Whole life-cycle support

• Design• Procure• Assemble• Operate