BIM in Australia 2010

7/30/2019 BIM in Australia 2010

http://slidepdf.com/reader/full/bim-in-australia-2010 1/17

B I M I nA u s t r A I A

RepoRt on BIM/IpD FoRuMs

helD In octoBeR/noveMBeR 2010

DecMBeR 2010



BIM i Aaia



BIM i Aaia

c n t n t s

B I M I n A u s t r A l I A 2 0 1 0 1

1 . B I M l e A d e r s h I p 2

2 . B I M I M p l e M e n t At I o n t o d At e 3

3 . I n t e g r A t e d p r o j e c t d e l I v e r y A n d B I M 5

4 . c h A n g e M A n A g e M e n t 6

5 . s o t A r e 8

6 . l e g A l , c o n t r A c t uA l , l I c e n s I n g , I n s u r A n c e ,

I n t e l l e c t u A l p r o p e r t y I s s u e s 9

7 . B I M ’ s v A l u e - c o s t s , v A l u e A d d I n g 1 0

8 . g o v e r n M e n t – I M p o r tA n t c l I e n t s 1 1

9 . t h e p At h A h e A d 1 2

A c k n o l e d g e M e n t s 1 3

r e e r e n c e 1 4



1 BIM i Aaia

B I M I n A u s t r A I A 2 0 1 0

t BIM i Aaia i a iw f ii a

BIM fm i p, Mb, Biba a s i ob

a nmb 2010. Axima 35 xi f ai Aaia

mai a a , mii bi w, ai,

i a . t fm w i b

Aaia Ii f Ai, c Aaia a A.

A a fm BIM a i w b ai m fm

Aia, eii a ci (Aec) i ima

ii b aiia. t ii f iifi

a a f i BIM imi ww a a

ai fii wii Aec .

t bi f fm w :

• d a mm ai f wa BIM i, iif i

f a i a a aa immai/

a- f BIM i a ai.

• eab Aec mai a wii a ia i

a a aa i , a b w a

m i i ai.

• r ba mmb f aiai a aiia i

fm, a a bai f faiiai a aai m f BIM i Aaia.

ea fm wa a b gai sa, iia f sa M

cmmiai w af ba fm ii.

t mai i i a a aia

i; mm fm aiia fm a a a b

aa i i i ia .

Building Information Modeling (BIM) is anintegrated process for sharing key physical and

functional characteristics digitally before it is built.With BIM, AEC professionals can deliver projects

faster and more economically while minimisingenvironmental impacts.

Autodesk



2BIM i Aaia

1 . B I M A r s I p

BIM i ai wa Aia, eii

a ci (Aec) i a i aia

fi wi w f a m. A a

ii bi, a, a,

ba, m, ai iii,

fia aiai a fwa mafa

aba a xa BIM

, i a a aia a

ii ai a , wi

ima aim f mai bi im m

mia, ia a ima aiab.

lai i qi m Aec i

fwa. u f BIM a ai iff aa

i i a a , a

i fam aa a i

a ma i if aiai iab

b f a ia aa ba ,

mmiai a mmim.

a fm i ai a i

a b i i bi a a a a a i

aii i f. sm fm

aiia a f m im, f a -ai im, a f i

a i a f. M a a i a

f m ai fm m a i

aiai a b a a ima

a i ii a.

change DRIveR - goveRnMent

BIM b a f a fa m iiiai

i a a a . t g sa

iiiai i ai aiabii i a xamf a m im a iia

a f Aec i.

A mb f xai ima f a

m maa i us m BIM fwa.

t ga si Amiiai (gsA) i us

i mmi a ai a ima ai

f 3d, 4d, a BIM i a a w wi

i ab i i 2003. ti a ima

w- ima a, a m a

bi wi aa ima

a a a a.

t Aaia pii cmmii i i f

ii ai i i a bii

i a ai m im

ai i f i a b

a i m.

change DRIveR - InDustRy assocIatIons

M aiia wa i aiai b

m -ai, a a ia ma

a qi i i. BIM a aai

a ifmai maam, wa

a aiia b maai. s a ai

bw i aiai i ima

faiia a. t mmb f aiai

a c Aaia, Aaia Ii f

Ai, ei Aaia, Aaia c

Aiai, Aaia Ii f Qai s,

Aaia Ii f Bii s, Ma

Bi Aaia, p ci f Aaia a

Aaia Ii f Bii wi a a

i fia bi w i ai wi

i aiai.

pa bi a Aaia ci

I m (AcI), Aaia pm a

ci ci (Apcc), Bi eim

I Iai ci (BeIIc) a Aaia

saiab Bi eim ci (AsBec) a a

a a baia i faiiai i abai.

ai b i aiai i:

faiiai wi , ifmai i

a fm, aii, a, ai a ia

i m f ii,aa, ma a .

B Aaia Ii f Ai a c

Aaia a mmi i abai a

faiiai, a a ii, m f ,

i a qi f a

ia immai f BIM i Aaia.



3 BIM i Aaia

2 . B I M I M p M n t At I n t At

Web ServerLocal Server

Distribute Information

Building Project

Collect Information

Information ManagementRepository

Life of Building

Manual 2D CAD2D 3D Intelligent 3D One Way Two Way

ISOLATED

BUSINESS MODEL

COLLABORATIVE INTEGRATED

PLAN PLANPLAN

0A 0B 1A 1B 2A 2B 3A 3B

digitaltraditional

Legend

Communication type

0 – 2D 1 – MODELLING 2 – COLLABORATION 3 – INTEGRATIONManual and CAD based (2D or 3D) Singl e-di sc ip li na ry use o f o bj ec t-based

3D modelling software within one disciplineSharing of object-based modelsbetween two or more disciplines

Integration of several multi-disciplinary models using model servers of other net work-based technologies

UPTAKE

TOWARDS INTEGRATIONTaking the Australian Construction Industry forward

TOWARDS INTEGRATION

WHERE WE WERE WHERE WE ARE NEXT STEP WHERE WE ARE GOING

Full Information Capture

TRUST

M o d e l l i n g s o f t w a

r e

3 D

C A D

S i n g l e p l a t f o r m / I F

C

S i n g l e p l a t f o r m / I F

C

B I M

B I M

I n t e r o p e r a b i l i t y

I n t e r o p e r a b i l i t y

Efficiency Project Economics Lifecycle EconomicsESD

Representation Prototype

Figure 1: Implementing BIM Source: Australian Institute of Architects and CRC for Construction Innovation

n a iz a. sm mai a

b i i immai f BIM

f a, f m . t BIM

immai a f mai a fm

wa a i.

sm mai w i i BIM b a

ma aii. t immai f

BIM w i, b m mai, a ia

ibii i m. I wa aw

a a i, m a i m

ma aii BIM, ma bi

immai ai, m ffi a

m mi.There are opportunities for leaner design, more sustainable outcomes inBIM particularly with some of the toolsavailable. The ‘I’ for information in BIMis fundamental.

Craig Muir, GHD

i 1 bw ia a i

immai f BIM a mai m wa

iai. t a wi mm

fm 2d cAd 3d mi wi iff iii

iai wi abai. t iiia a

a a i- b ii ai

ia ifmai fm a,

a, b-a a w a

wi am . t a a i

iai, wi f ifmai a f

. Ma mai i Aaia a i

3d mi a abai a.



4BIM i Aaia

m aiia xai a i m a

‘if ’ aabiii f BIM a ai ba

f a f i ma a aia fwa.

hw, m f s oa h a

Baaa a b imi i faiii

maam.

i m a aa mi iai,

a iia i wi a a i

immai . Mai mmim

BIM ma ma a a aia a b aiia

bi a mmia b wi fw. daa

a ifmai maam qim a m

iia a aff qi iff w

a i i ifmai.

Bi ii f ii f BIM a f

mx a ma wi aiai a

a iab i. t ti ‘M’ g

f cmai ma aii a ai

a w i mii aaa, a

m i m f a i mafai

, iaai im a a ai a

i m BIM. t a bi a i iima a a, a a a

a i bii ai a a a

ab fi ww wi

f iai.

simia, B + a a i ii

m a ma m BIM a a m

ii .

trIple ‘M’ outcoMes –IntroductIon o BIM

the Good

7% i i mafa

9% i i iaai im

ri a i a i 3d a w BIM

the Bad

raii f aff

o a ai 3d ia -iai

22% ia i afi/3d mi

the ugly

$250k fwa im

$500k -aii im

v “” w f w a

Ma lw ti ‘M’ g f cmai

the BeneIts o BIM Include:

• saff, a, a, b-a a

a a wi i 3d

• M ifm ii mai

• Im i a i maam

• hi qai mai,

qai f ifmai

• Im fi f i i

• efi a ii 3d mi

• ra im iai a iii

• Im abii f aai a i ai

• Qi i aa ia wi i i

• Ia im (roI) fm b

mmiai a ai f 3d mi

fm a a i ai.

Ba ifmai i b B ta

B + a ci ei



5 BIM i Aaia

3 . I n t G r At p r j c t I v r A n B I M

m aiia bi iia b wi

ai w i f ia i

(Ipd). t abii f mi-iiia am ii

ai, i, bi, a a

ba w wi a i, ia BIM

m f i a i i xii. hw,

f m a f i, aai i i

wi aa.

I m a, i iai f m wii

a i a m ai a ab

aba ba f imaib fwa, iff

aa iq. t a a a mb f

i wi ai a w w 3d m a

w a ibii if m i

wi a w.

t a b f Ipd a b ai f a

if a imi mb f bi i

ai a ai a w w

wi m. t Ai ciii a Maia

ca Aiai’ (AMcA) BIM iiiai i

a abai f a ai i

ai 3d m. ti iiiai aa i BIM a abi am

ww a a a wi fm

3d m. t a w aai

fm fwa ai wi w i i

im.

In the bigger picture of the built environment, we should be able to do a

3D model of the City of Sydney with all the services.

John Hainsworth ARUP



6BIM i Aaia

4 . c A n G M A n A G M n t

InteRnal change ManageMent - coMpanIes

I ii BIM, i f a a im bf

bi i ai a . ti

i f ‘ia’ BIM a mim ii wi a

i f iab ia a maam

a iia a a. exam f

a i a BIM im a a

i cAd aff ai; aff i i BIM

aii i i f a

im f m aff wi i qi

i BIM.

t ii f BIM a a f xim

a am a bi w, maam

a aff w ia ifmai

a m a a ‘a if’. i m

ifmai aaiab a b a i f

i iab a m if

i i mi mii i

i. ti a ia fii, im

ii a a mmiai bw

a wii am.

ri f a iii bw

w f iff iii a a i

‘ia’ im, iia ifi im

mmim f a fm i

a ba i i a, wi a

ima am maam a f

.

WoRkFoRce ManageMent

pai f wf maam i ima.

p maam wi BIM qi biiaai a BIM i a ‘wa f w’. t i m am

w i; qi i ii a

mmiai i a w a ia i

w wi 3d a/ 4d m i a abai,

ia im wi a mai

ai. A a BIM a, i a ma bi a

m f i.

MultIDIscIplInaRy appRoach –

unDeRgRaDuate eDucatIon

uiii a a i f BIM

im, a wi m aa a w

BIM-a a a iia

-fa xi .. ai wi wi

i wi i a ima a f BIM/

Ipd im. m aiia mm

a iii f a miiiia

aa ab a i f abai

aabii i i i.

staFF coMpeten cy

saff aii i f ma aia

wi ii f BIM. saff w a

aa fm ii ma a m f

a i f BIM b a

wa xi, wi xii aff a

b ai i. o f

i aii i ‘ai ai’

a i a m iai i

i iai. BIM a maai bw

fi wi a b a fa i ai BIM

i aii am a Aec i bai.

FoRuM optIons FoR tRaInIng

Participants are concerned about the high costs of

training and the lack of support from training bodies

and industry associations. They are looking for industry

leadership and support in this area.



7 BIM i Aaia

exteRnal change ManageMent - I nDustRy

BIM aw f i f ai, aaa iai i i a

mai f. hw, abai a

iai wi a, a, a

b-a a b ai. t a f i

a ai:

• t a f mm aa a .

• t iabii f iff m fwa

afm w .

• t i i aa, ifmai a w

i ai .. ai a m

i ma a f a mm wa f

wi b a i ai –

bi, a a ba – ma

a f ai f BIM

aiia i a f ia wa.

pai aia aa a

i ima w ai ifmai

a ibiii a a b aa a

bii f a b i a im ..

m wa ai aa a

f h k Ai . A ,mai a iai i a aia

aa i aa a i

.

FoRuM optIons FoR

InDustRy stanDaRDs

There were a number of options

put forward to develop national

standards and protocols

immediately. These include:

• A working party of representatives

of a number of large companies

could pool their standards

and work towards preparing a

common set for the industry. In

New Zealand, the key players in

the building sector (through theNZ Construction Industry Council)

developed the NZCIC Design

Documentation Guidelines. These

clearly dene the various design

stages possible in a building

project covering architectural,

structural, electrical, hydraulic,

re protection, re engineering,

HVAC, as well as ancillary services.

These are now being updated in

the same way.

• Modifying existing standardsprepared in the UK and the US

for the Australian environment

including, for example, the State

of Ohio BIM Protocol, Ohio State

Architect’s Ofce. (http://das.ohio.

gov/Divisions/GeneralServices/

StateArchitectsOfce)

An unexpected consequence of introducing BIM was that our staff retentionwas high at a time when there were significant movements in the industry.Staff wanted to work with BIM.

Philip Parker Hames Sharley



8BIM i Aaia

5 . s t A r

BIM tools don’t allow usto do everything we want;at BVN we complement the use of BIM with other design software to suit our needs!

Dominik Holzer Practice Director ModusBVN Architecture

cm fwa a ima a

i BIM im. di mai a i

a a f awa a fwa afm fm

iff ’ .. A, gaif, B,

ta. t BIM a mm b

iai i fwa i f

ma, i iii a .

t a a mb f a wi

aaiab BIM fwa :

• ea a i qi m ; m

a xi a a a iai aia

b mai.

• pia BIM i mai i Aec

i fi a ‘i a wi’ b bi

iai i a i fwa a

fai f a .

• ti a i bi fi i a-

f BIM, a i m, wi

a a , ma a

ba i BIM .

o f ma bai ia i

i imi abii f iff BIM afm

bai aa fm a a

ai ww. Aiai ifa (ApI)

qim a aa wi fw iai

f aa , i a .

A ia i i m f

.. Ic-ba fwa b i i a i

a mmia a aia imiai, a Ic

aa a b w .

i a mai a i qi a

faiii maam (M) aabii i BIM m, i

i x a i f, w i f ai

b, wi b iab ma. o f

ifi a f i i aabii

i aiabii i qim f a bii

w a a iiia bii.

FoRuM optIons FoR

co-oRDInateD coMputeR

pRoDucts

Participants want industry

associations to work with computer

software manufacturers to explore

communication and/or transfer

synergies so there is a co-ordinated

industry solution.

Participants want software

manufacturers to work on FM

solutions.



9 BIM i Aaia

6 . G A , c n t r A c t u A , I c n s I n G , I n s u r A n c ,

I n t c t u A p r p r t I s s u s

la a aa qim wii Aec i a

abai ia f BIM. t a ifi

wi w iabiii a ibiii a a, a wi

ii am a faib aw aia f BIM m,

a ifi wi mb aa a ‘w f if’ i a ai.

ti ma a a a ima ia i. cmai a

xai a wa BIM i i. t mm f i a

bai i ai i i i a a w w

w f BIM a ia aw i mi a wi

aii.

Ia i mx. o a, i aam a

ia i if a BIM m a a b ii;

aff mi iff m ma a 3d m a aia

wi m. sm mai, aia a wa

‘ i’ a faiii maam w i w

ia i a m, a a i. t i ai

a ai qi a w a bii ma b w m if

a i a f ia faiii maam m.

FoRuM optIons FoR legal, contRactual, lIcensIng,

InsuRance, Intellectual pRopeRty Issues

Participants want industry associations to lead in this area and provide

national and international advice and guidance about BIM models and the

legal and contractual issues associated with sharing of information.



10BIM i Aaia

7 . B I M ’ s vA u - c s t s , v A u A I n G

Conceptual

Design

Detailed

Design Analysis

Documentation

Fabrication

Construction

4D/5D

Construction

Logistics

Operation &

Maintenance

Demolition

Renovation

ProgrammingBIM’s Return On Investment

Cost estimation accuracy within 3%

Up to 40% elimination of unbudgeted change

A savings of up to 10% of the contract value through clash detections

Up to 80% reduction in time taken to generate a cost estimate

Up to 7% reduction in project time

Figure 2: Stanford University Center for Integrated Facilities Engineering (CIFE) gures based on 32 major projects using BIM

BIM’ a i mifa. BIM i a ma

a, b im i a qi

i ai wa a i ma i i

awai ba a a qai

a fa i. t a ai f

bii w f im a m i BIM, b

a i a i f i.

m ma i, i qi iff i

fm BIM; a ma b wi

f BIM mi f bii, wa

m a ma bii w wa ‘

w f if’ M f i a.

t a ii f a ai wi BIM

aai a imai. B mai

m/ imai bii w, ima

f iai a b w i ia

a i fi. o a-ai

imai ibiii ab b BIM i

ma fma, ai fma, ‘wa-

’, i qi a i ii.

paiia a a i, wi ma

q BIM f a , f a wa

BIM ma a a i a. s q a

wi aa i i i f

i a a a i

f w i . ti i fai f a BIM

a a fw a ai wa f mai

‘a a’ i i.

si a w a a iab

b wi BIM aia wi

im (roI). i 2 bw w roI f

a a a saf uii c,

Ia aiii eii (cIe) ba 32

ma i BIM.



11 BIM i Aaia

8 . G v r n M n t – I M p r t A n t c I n t s

a, a a a m a iia

i f bii a i w i

Aaia. A BIM im a, i

bm iai ima a m

ai a a ai a

w f BIM a wa i a ff.

o ai xai a m

i b i a BIM i

‘ i’. BIM i b bii

m, m qi, wi w i a a

. A , a b

a i f.

gm ii i aa ai a

a f a maam a w f ‘if ’

b bm m aii. ti i wi a

m i .

pRovIsIon oF MoDels – QueenslanD

goveRnMent

t a a m m i Qa. a

si ca, a 3d m wa a wi

a a ba a aiia f

ifmai wi waa. I a a, a

f mi-iia bi i i:

• A f ia m.

• cai w a a m.

i BIM m w ima,

fma f ifmai, a aba a i a b

ifmai aaiab a i m fi

i i . ti aa m

m f aii f .

FoRuM optIons FoR

eDucatIng clIents

Participants believe the industry

associations have a role in

educating clients, and particularly

government clients, about BIM.

The message to clients is that

BIM is about value adding rather

than cost cutting. There should be

more communication about how

all rms can prot from BIM, and

national and international research

information should be distributed

to members.

For the tender process, wewant to give contractorsand sub-contractors thebest possible informationavailable. We hope to beable to guarantee our

3D models for selected

projects within a year.

Thomas Fussell Project Services



12BIM i Aaia

9 . t p At A A

m aiia i a mb f i m Aec

i fwa. A mma f i i w bw.

1. eadehi, o-odiaio ao idy

• Goeme ioleme

t b a m f BIM bi ab

iia a ii i Aec i.

• Idy aoiaio aehi

I aiai w faiia

a Aec i. t i a b ii

i wi ai; i ifmai i, fm;

ii a, ai a ia i.

2. Idy kill deelome

t b a m -ia aa aii aia

wi i i i mi aff BIM im.

taii am wi a b ai i mmiai

a ‘ii’ i i abai w.

3. Mlidiiliay aoah o edaio

eai iii a iii a tAe abi

BIM am a w a fai. I i wa w b

imai abai im wi iai a

w wii.

4. sofwae omaibiliy deelome

sfwa mafa b b w wa

a i afm a ‘mmia’ ab ma-aa a

ifmai b ai af i a abai im.

5. clie awaee ad edaio aegy fo BIM

Iai awa f BIM a wa i a ff i i ima.

t ai f i wi i a iff

bi f i a a m

. I w a ai i ai a a BIM.



13 BIM i Aaia

A c n G M n t s

c Aaia, Aaia Ii f Ai, a A

w i x a ia a a w a i i

, a i aia:

gai sa, sa M cmmiai, f maai mx

a f i fm i a afi iaa iw

f ma i i w-ai .

t fm faiia f i wim a im i ai

, i xi w a ai f BIM

im m b aw.

ni e, cri Di gr

tm F, ei Dirr, cif ari, prj sri,

Qd grm

Dmii hzr, pri Dirr, Bvn arir

t fm w i a i wi w ifmai

a f a i mi ii fwa:

Perth

cai Mi, si piia Ai, ghd

pii pa, di, ham sa

Melbourne

dai sa, di pai & di, kaaii Aaia

tim i, di, i MQ Iwi A

Brisbane

ki Ma, g Maa – di pa, skMB ta, di B + a ci ei

j iiam, ga Maa Bii si, Ba nZ

Sydney

Ma lw g Maai di ti ‘M’ g f cmai

j haiw, Aia/via ci c-ia, Arup

A aiia, w a a ib i w a

xi ii a fm, a ia a.



14BIM i A aia

r r n c M A t r I A

A : Rapid energy modelling for existing buildings, A, 2009

Bi B pai sn: Computer Aided Collaboration in Managing Construction, haa uii

gaa s f di, 2006

Increasing the Productivity of the Buildings Network by adopting Building Information Modelling

( b A ci mmii b Bi eim I Iai ci (BeIIc))

://biima..a/BIM_emi_s_ia%20r_29o2010.f

Integrated Project Teams (Aaia ci I m i m)://www.aif.m.a/aif-ii/

Interoperability Position Statement (a b Amia Ii f Ai Ba f

di dmb 2009)

://www.ib./i/a//ba/aia_iabii_ii.f

National Guidelines for Digital Modelling (crc f ci Iai)

://www.i-iai.if/ix.?i=44

nZcIc di dmai gii:

://www.az..z/si?Ai=viw&si_i=63

sma Ma r: Green BIM – how building information modelling is contributing to Green design

and construction, Mgaw hi ci, 2010

sma Ma r: The Business Value of BIM in Europe, Mgaw hi ci, 2010

us ga si Amiiai w, a iw smb 2010:

://www.a./a//105075

BIM in Australia 2010

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Transcript of BIM in Australia 2010