housing authority building infoorrmma attioonn …

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S Housin Version Sept 20 HO BU I N M ST A ng Authori n 2.0 18 OUS UI NFO OD AND ity Building ING L D OR DE DAR g Informat G AU DI RM EL RDS tion Model UTH NG MA LL S A lling Stand HO G AT LI N ND dards and RI T TI O NG GU Guideline TY ON G UID s (HABIMS N ELI SG) I NE ES

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S

HousinVersion Sept 20

HO

BUINMSTA

ng Authorin 2.0

18

OUS

UINFOODAND

ity Building

ING

LDORDEDAR

g Informat

G AU

DIRMELRDS

tion Model

UTH

NGMALLS A

lling Stand

HO

G AT

LINND

dards and

RIT

TIONG

GU

Guideline

TY

ONG

UID

s (HABIMS

N

ELI

SG)

INEES

2

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PRE Building Inforschematic deincluding theThe team ca The many beadvanced in of software dinformation fhave been ha Undoubtedlyguidelines. TConstructionOne) in 2015 In 2016, the dovetailing a The new HA (a) To rev

other o (b) To sup

guidanmetho

(c) To con

via the From the verapproach anbuilding, elecproducing a (a) The H

efficiethat thenviro

(b) Most B

which membinvolveforwar

EFArmation Modellesign, detail dese project owner,n hence collabo

enefits offered bthe world, has

developed by dilow. In conseqampered consid

y, therefore, theThis would be t Industry Coun

5. This was a v

Hong Kong Hoand supplement

BIMSG is set to

vamp HABIMSGorganizations to

pplement CIC’snce with prescrodologies, file st

ntribute to the de HKHA website

ry beginning of d aims. It holdsctronic file exchnew HABIMSG

HABIMSG is to bnt manner, ach

he “means” (i.e.onmental analys

BIM Guides areproject manag

bers of a projected personnel inrd from comme

ACE ing (BIM) offerssign, statutory s building profesorate effectively

by BIM have leddeveloped andfferent bodies ruence, the powderably.

Hong Kong cohe key to succecil (CIC) being

very important fi

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o achieve the fo

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be centred on ahieving his spec modelling inpu

ses, etc.) for tar

e either too geners cannot comt team in implemn the project teancement till com

s vast benefits isubmissions, cossionals of varioy to produce the

d to its adoptiond used a wide varesulted in a lacwer, capacity an

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y (HKHA) embase 1 BIM Standa

ollowing objectiv

with the frameweating a synerg

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amping the BIMet of standardsompatibility andeakthroughs tha

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guidance on:

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ctical value:

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3

mportant for -disciplinary

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Managers to design,

achieve BIM

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5

6

TAB1  INTR

1.1 1.2 1.3 1.4 1.5 1.6 1.7 1.8 

2  HOW2.1 2.2 2.3 2.4 

2.5 

QUICK GQ1 

QUICK GQ2 

QUICK GQ3 Q3 InQ3-01Q3-02Q3-03Q3-04Q3-05Q3-06Q3-07Q3-08Q3-09Q3-10Q3-11Q3-12Q3-13

BLE ofRODUCTIO

BackgrouThe ComDisclaimeCopyrighExecutiveReferenceGlossary Symbols

W TO USE TPurpose Concept oHow to stStructureExplained: QExplained: QExplained: QExplained: DeExplained: AnExplained: ApExternal BIM Quick StaList of Codes

GUIDE - LeQuick Gu

GUIDE - LeQuick Gu

GUIDE – LeQuick Gu

ndex 1  Architect2  Modular F3  Interior D4  Ceiling - M5  Site / Exte6  Drainage 7  Foundatio8  Lateral Su9  Superstru0  Building S1  MVAC - M2  Plumbing3  Fire Serv

f CONON ..............und ..............mittee .........er ................t ..................e Summary .e ................. ................... and ConvenTHIS GUIDDriven BIM .of M.I.B ......tart a BIM Pr

e of this Guiduick Guide Leveluick Guide Leveluick Guide Leveletail Guide Levelnnexes ...............ppendixes ........... Consultancy Proart................s & Abbreviations

evel 1 .........uide Level 1 evel 2 .........uide Level 2 evel 3 ........uide Level 3 ...................ural – ModeFlat - Model

Design - ModModelling - ernal - Mode - Modellingon - Modelliupport - Moducture - ModServices - M

Modelling - (Mg - Modellingices - Model

NTEN..............................................................................................................................................................ntions ..........DE .....................................................roject ..........de ................ 1 – BIM Use Ov 2 – BIM Applica 3 – BIM Workflo 4 .............................................................................ocurement (Exist....................

s ..........................

.................. – BIM Use O.................. – BIM Appli.................. – BIM Work....................

elling - (AR-Mling - (MF-M

delling - (IN-M(CL-M3) ......elling - (SI-M - (DD-M3) ...ng - (FD-M3delling - (LSdelling - (SSModelling - (BMV-M3) .......g - (PB-M3) ..lling - (FS-M

TS ....................................................................................................................................................................................................................................................................................verview ...............ation Detail .........ow .....................................................................................................ing vs Ultimate) ...............................................

..................Overview .......................cation Deta..................

kflow ................................M3) ..............

M3) ................M3) .................................

M3) ...................................) ..................

S-M3) ...........-M3) ............BS-M3) ...............................................

M3) ...............

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DET3

4

Q3-14  ElecQ3-15  TowQ3-16  BuiQ3-17  LanQ3-18  ArcQ3-19  SiteQ3-20  DraQ3-21  SupQ3-22  BuiQ3-23  BuiQ3-24  ArcQ3-25  ArcQ3-26  ElecQ3-27  ArcQ3-28  SiteQ3-29  FouQ3-30  LateQ3-31  SupQ3-32  PreQ3-33  ICUQ3-34  DraQ3-35  Bills

TAIL GUIDLEVEL OFD.LOD-1 Ad

D.LOD.LOD.LOD.LO

D.LOD-2 LOD.LOD.LOD.LOD.LOD.LOD.LOD.LOD.LOD.LOD.LOD.LO

BIM COLL4.1  Col4.2  Col4.3  Com4.4  Fed4.5  FacD.COL-1 In

ctrical - Modwn Gas - Molding Servic

ndscape - Mochitectural - Se / External -inage - Surv

perstructurelding Serviclding Servic

chitectural - chitectural - ctrical - Ligh

chitectural - Ve / External -undation - Meral Supportperstructuresentation - (

U Submissiowing - (_ _-Ds of QuantitE - Level 4F DEVELOdoption .......

OD-1.1  What is LOD-1.2  FundamOD-1.3  LOD ExpOD-1.4  LOD of LOD ResponsOD-2.1  Site ModOD-2.2  ArchitectOD-2.3  StructureOD-2.4  MechaniOD-2.5  PlumbingOD-2.6  DrainageOD-2.7  Fire ServOD-2.8  ElectricaOD-2.9  SpecialisOD-2.10 UndergroOD-2.11 Bridges .

LABORATlaboration Plaboration S

mmon Data derated Modcilitating BIMternal Colla

delling - (EEodelling - (TGces Miscellaodelling - (LSurvey - (AR- Survey - (Svey - (DD-SUe - Survey - (ces - Surveyces - CombinComputer FDaylight Anhting AnalysVisualizatio- Method Sta

Method Statert - Method Se - Method S(_ _-PP) ......n - (_ _-IC) ..DR) .............ties - (_ _-BQ4 ................

OPMENT (L....................LOD? ................ental LOD Definiplained by ExamLevel 4 Detail Gusibility Matridel (Topography,ture Model .........e Model .............ical Ventilation &g and Water Serve & Sewerage Movices Model .......al Model .............st System Modelsound Utilities ................................

ION ...........Procedures .Standards ...Environmenel Creation

M Coordinatiboration .....

-M3) ............G-M3) ...........neous - Mod

LA-M3) .........R-SU) ..........SI-SU) ..........U) .................(SS-SU) .......y - (BS-SU) ...ned Model -

Fluid Dynamalysis - (AR

sis - (EE-LI) .n - (AR-VS) .atement - (S

ement - (FD-MStatement - (tatement - (S............................................................

Q) ...................................

LOD) .........................................................tions ...................ple ......................

uide .....................x ................. Slopes, Roadwo...................................................... Air Conditioningvices Model .......odel ..........................................................................s ...............................................................................

..........................................................

nt (CDE) ..........................ion Meetings....................

....................

....................delling - (MI........................................................................................................................ (BS-CM) ....

mic - (AR-CF)R-DL) ....................................................

SI-MS) ..........MS) .............(LS-MS) ......SS-MS) .............................................................................................................................................................................................................................................................................orks, Landscape,......................................................

g Model ............................................................................................................................................................................................................

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124 . 124 . 124 . 124 . 124 . 124 . 125 

D.CO

D.CO5  MOD

D.MED.ME

D.ME

6  STAN6.1 

6.2 

6.3 

D.COL-1.1 D.COL-1.2 D.COL-1.3 

OL-2 Cross-DD.COL-2.1 D.COL-2.2 

OL-3 From MDELLING MET-1 Best BIMET-2 System

D.MET-2.1 D.MET-2.2 D.MET-2.3 D.MET-2.4  VD.MET-2.5 

ET-3 Project D.MET-3.1 D.MET-3.2 D.MET-3.3 D.MET-3.4 D.MET-3.5 D.MET-3.6 D.MET-3.7 

NDARD APSite PlannDP-01 DP-02 DP-03 DP-04 DP-05 DP-06 DP-07 LandscapDL-01 ArchitectDA-01  ADA-02 DA-03 DA-04 DA-05 DA-06 DA-07 DA-08 DA-09 DA-10 DA-11 DA-12 DA-13 DA-14 DA-15 DA-16 DA-17 DA-18 DA-19 DA-20 DA-21 DA-22 

Synchronize withLocal File ...........Workset .............

Discipline CoCopy/ Monitor ....From Preliminaryodular Flat t

METHODOM Practices Setup ........Folder Structure .Naming ConventSystem Settings View List / DrawiProject Browser Setup .........Project Unit ........Survey Point & PTrue North & ProGrids and LevelsLink Revit File ....Link CAD File (SModel Files and

PPROACHning SAM ...Property Line .....Toposurface ......Building Pad ......Cut & Fill ............GIS and BIM ......Conceptual MassSun & Shadow Aping SAM ....Planting (Soft Laure SAM .....Architectural WaWall Finishes .....Wall Opening .....Precast Façade Curtain System /Curtain Panel .....Mullion ...............Curtain Mullion PDoors .................Shutter/ Fire ShuIronmongery ......Windows ............Floor ..................Floor Finishes ....Floor Opening ....Floor Grating .....Roof ...................Skylight ..............Stairs .................Ramp .................Railing ...............Baluster .............

h Central...................................................................ollaboration...........................y Phase to Detailto Project ...LOGY ....... ...................................................................tions ................... ..........................ing List SchedulinOrganization ....................................................

Project Base Poinoject North ..........s ....................................................

Survey Map) ........Sheet Files Segr

H OF MODE...........................................................................................................................................................s and Feasibility

Analysis ..................................

andscape) ...............................lls .............................................................................Panels .............../ Curtain Wall ...........................................................Profile ............................................utter ........................................................................................................................................................................................................................................................................................................................................................

..........................

..........................

..........................n ...................

..........................l Design Phase ..............................................................................................................................................................ng ..............................................................................................

nt ................................................................................................................................regation .............

ELLING (S...................................................................................................................................................... Study ........................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................

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DA-2DA-2DA-2DA-2DA-2DA-2DA-2DA-3DA-3DA-3DA-3

6.4  StruDS-UDS-UDS-UDS-UDS-UDS-UDS-UDS-UDS-U

6.5  StruDS-FDS-FDS-FDS-FDS-FDS-FDS-FDS-FDS-FDS-F

6.6  StruDS-EDS-EDS-EDS-EDS-EDS-EDS-EDS-E

6.7  PluMechDM-PDM-PDM-PDM-PDM-P

6.8  Air MechDM-MDM-MDM-MDM-MDM-MDM-M

6.9  ElecMechDM-EDM-E

23  Tactile ..24  Ceiling ..25  Furniture26  Water Ta27  Hatch ....28  Cat Ladd29  FS Insta30  Escalato31  Lift ........32  Room ...33  Area Plaucture – SupU 01  StructureU 02  StructuraU 03  StructuraU 04  StructuraU 05  StructuraU 06  StructuraU 07  MiscellanU 08  StructuraU 09  Steel Structure – FouF 01  StructuraF 02  FoundatF 03  Bored PiF 04  Barrette F 05  Driven SF 06  Socket SF 07  Mini-PileF 08  Pile CapF 09  FootingsF 10  Tie Beamucture – ExtE 01  Earth ReE 02  RetainingE 03  ContiguoE 04  Secant PE 05  DiaphragE 06  Steel ShE 07  Soldier PE 08  Steel Pipmbing and Whanical Setting foP 01  Pipe FittP 02  Pipe ......P 03  Pipe AccP 04  PlumbingP 05  MechaniConditionin

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8

6.10 

6.11 

6.12 

6.13 

6.14 

7  PRES7.1 7.2 7.3 

7.4 

8  NEW8.1 8.2 

8.3 8.4 

DM-E 03 DM-E 04 DM-E 05 DM-E 06 DM-E 07 DM-E 08 DM-E 09 Fire ServDM-F 01 DM-F 02 Utility SeDM-U 01 DM-U 02 Drainage DM-D 01 DM-D 02 Quantity DQ-01 DQ-02 DQ-03 DQ-04 Family LiFL-01 FL-02 FL-03 FL-04 FL-05 

SENTATIOProject TeDrawing SPreparatiPrinting Model anPS-01 PS-02 PS-03 PS-04 PS-05  VPS-06  VPS-07  VPS-08  VPS-09 PS-10  APS-11 PS-12 PS-13 PS-14 PS-15 

W ISSUES AGovernmCloud SePublic Cloud Private cloudMobile DeBIM and S

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ANN

APP

8.5  Fac8.6  Stru8.7  App8.8  Live8.9  Virt8.10  Aug

NEXES .....  BIM1  BIM2

B BackObjeMethScopRestrResuStudy

  BIM3Brief MethIntegBIM-

  BIM4TheIntrodDetaConcWay

  BIM5(a)(b)

  BIM6ObjeStatuMethScopRestrConsWay

  Stat7  Cor8  Res9

9.19.29.39.4

PENDIXESAPPENDIX

SECTSECTSECTSECTSECTSECT

cility Manageuctural Analplication Proe Renderingtual Reality .gmented Rea..................

M Studies DoM Study - Pu Phases 1 & kground .............ctives .............odology .............

pe of Application arictions and Limitults / Findings .....y of BIM for Quan

M Study - BIM Description of thodology .............ration of SAFD wSAFD Assisted Q

M Study - Retermal Transfduction .............iled Steps of Builclusion ............. Forward ............

M Study - ShaShading Glare An

M Study - Cuctives .............

us of the Study ...odology .............

pe of Applicationsrictions and Limitslusion and Reco Forward ............tutory Submrrespondingsources .......

HardwarOperatinSoftwareNetwork

S ................ I  BIM PTION A: PROJECTION B: LEVEL 1TION C: LEVEL 2TION D: BIM AUTTION E: ORGANTION F: KEY PR

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ommendation .................................

mission by ug Studies (to....................re .......................ng System ..........e .........................k ..........................

..................Project ExecuCT INFORMATIO1 – BIM Use Ove2 – BIM ApplicatioTHORING PROCIZATIONAL ROL

ROJECT CONTAC

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ng Engine ..............................................................ous ProfessiHousing Devve item - 5D..................................................................................................................................................................

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on of Reside..............................................................................................................................................................................................................................................................................................................................................................................................................

mission ........................................................................................................................................................

................

................................................................................................................................................................................

. 435 

. 435 

. 436 

. 437 

. 437 

. 437 439 . 439 ....... . 440 .... 440 .... 440 .... 440 .... 441 .... 441 .... 441 .... 442 . 443 .... 443 .... 443 .... 445 .... 446 ential . 448 .... 448 .... 448 .... 449 .... 449 . 450 .... 450 .... 452 . 455 .... 455 .... 455 .... 455 .... 455 .... 455 .... 455 .... 455 . 456 . 507 . 508 .... 508 .... 508 .... 508 .... 508 

509 . 510 .... 511 .... 512 .... 513 .... 514 .... 515 .... 516 

APPE

APPE

SECTION G:SECTION H: SECTION I: SECTION J: SECTION K: 

ENDIX II 1 2 3  4  5 6 7 8 9 10 

ENDIX III 

  COLLABORARESPONSIBILITQUALITY CONTTECHNOLOGICMODEL STRUCComparisonBIM Project ExecBIM Project HanBIM Standard ApStructures in DCBIM User Guide Modelling ...........Building InformatBuilding InformatBuilding InformatBuilding InformatStandard ApproaStandard ApproaHKHA Fami

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................ 517

................ 518

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13

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pen standards the open

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INTRODUCT

14

Spatial Analother analytic Spatial Datacoordinates a T Terrain Vert Others 3ds Max An between Rev "3D" BIM Mointelligence b "4D" BIM Intsmooth cons "5D" BIM Cooffered live uas interim co "6D" BIM Buinformation f 3D/4D/5D/6D

1.8 SA series of syeither (1) sig

Signifying im

Must Do

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HA Specif

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a Information aband topology.

ical dimension

Autodesk BIM vit, arcGIS; and

odelling & docubuilt into the de

tegration for costructability and

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uilding Lifecyclerom 3D, 4D, an

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mportance of r

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bout the locatio

of land surface

modelling tool d with video and

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nstruction. Buildelivery of proj

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of BIM impleme

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relevant sectio

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ng the locationsress a question

ns and shapes

.

for movie gened even 3D printi

izing BIM as a vested and/or u

ding upon the "jects.

simulating cost ps see the currign phases.

ffer integrated, ate in the opera

entation with inc

d Convthis guide whichrelevant section

ons:

m that users of

ongly recomme

n-formality pracHong Kong

fer to other sect

m that applies to

s, attributes, andn or gain useful

of geographic f

eration, animatioing.

tool to develop utilized at a late

"3D" service by

on a BIM moderent cost and co

perhaps proprition, maintenan

creasing 'richne

ventioh requires usersns, or (2) conten

this guide must

ended best-prac

ctices that BIM

tions or docum

o the HA practi

d relationships knowledge

features and th

on and game pr

and deliver deer time.

adding timeline

el, but re-defineompare it to the

ietary, facility mnce and future r

ess' of associate

ns s’ attention. Thnt being marked

t read and follow

ctice based on p

uses may devia

ents

ce only

of features in s

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roduction use. A

sign for all disc

e and schedule

es the commune estimated tota

management sorenovations of b

ed information

e symbols beind carries specif

w

preceding BIM

ate from existin

patial data thro

between them

Adopted as brid

ciplines in a 3D

e attributes to en

ication with theal target cost of

lutions to clientbuildings.

& functionalities

ng applied throufic implication. D

experiences

g standards or

ough overlay an

, usually stored

dging applicatio

format with

nsure on‐time,

owners. Ownetheir project, as

ts by utilizing BI

s.

ughout this guidDetails as follow

common practi

nd

d as

on

ers are s well

IM

de wed:

ices