PORTFOLIO
INTRODUCTION
TEAM&ZONE
ISO19650
VIADUCT
STATIONDRAWINGS
REBARDETAILS
FAMILYCREATION
CDE
CLASHDETECTION
4DSIMULATION
5DQUANTIFICATION
PROJECTLEARNINGS
INTRODUCTION
JAKARTAMRT
PROJECTBRIEF:
Involves the intricate design of stations along the stretch between Senayan and Pancoran for the Light Rail Transit (LRT) system , coupled withtheimplementationofaviaducttosupporttheJakartamassrapid transit (MRT) line. This endeavor requires meticulous planning , precise engineering,andseamlesscoordinationofvariousstakeholderstoensure the successful integration of both systems, enhancing the connectivity andefficiencyofJakarta’spublictransportationnetwork.
Projectdetails:
Location:Senayan&Pancoran,southJakarta,Indonesia.
StationGrossArea:11500Sq.m
ViaductLength:15km
No.ofMetroStation:6
FirstStation:Senayan
LastStation:Pancoran
LevelofDetail:350
TEAM&ZONE:
The concepts of teams and zones plays a crucial role in optimizing productivity,with6stationsstrategicallydividedinto3zones,eachfacilitated by2teammembers.Bystructingourworkflowinthismanner,weenhance productivityandpromoteeffectivecommunicationamongteammembers, fosteringaprofessionalenvironmenttowardssuccess.
STAGESOFISO19650:
Establishingproject understandingand identifying stakeholders.
Appointingparty createstender docsforproject bidding.
Possibleappointed partyprepare actionplan.
Leadappointed partyisappointed andtheystarttheir work.
VIADUCTALIGNMENT:
AspartofalargeprojecttobuildtheMRTnetworkbetween Senayan Metro and Pancoran LRT stations, is involves constructingsixnewmetrostationswithinthenetwork.
Whileiwillbefocusingonstation01(thezonemarkedinred) therestoftheteamwillberesponsibleforhandlingtheother stationstoensureaseamlessandhigh-qualityresultforthe projectasawhole.
Softwareused:
Myzone&station
Process
1) The viaduct alignment profile was created using Civil 3D, by importing the pointsfromCSVfileandcreatingasurface fromit.
2) Afterwards, it was imported into Revit foradditionalmodeling.
CIVIL3D-VIADUCTALIGNMENT:
CIVIL3D-VIADUCTALIGNMENT:
CIVIL3DVIADUCT ALIGNMENT
TOPOF PILECAP PLAN
TOPOF PILECAP ENLARGED PLAN
GROUND LEVEL PLAN
CONCOUR SELEVEL PLAN
ENLARGED CONCOURSE LEVELPLAN
UNDER PLATFORM LEVELPLAN
PLATFORM LEVELPLAN
ROOFLEVEL PLAN
ELEVATION VIEW1
ELEVATION VIEW2
ROOF DETAILS
REBAR DETAILS
STAIRCASE DETAILS
PILE&PILE CAPDETAILS
SCHEDULES
KEYLEARNINGS: Creatingschedulesfordifferentstructuralelementsusingscheduletoolinrevit.
FAMILYCREATION:
TRIMBLECONNECT:
FEDERATEDMODEL:
NAVISWORKSSETS:
(STR)-SET01
Revitmodelisexportedtonavisworksandthemodelisdividedintosetsbasedonallthree disciplinesnamelyStructure,Architecture&MEP
6differentsetsarecreatedusingsettoolinnavisworks
(STR)-SET02
(ARC)-SET05
(STR)-SET03
(MEP)-SET06
(STR)-SET04
CLASHDETECTION :
TO1_(STR)-SET02-(STR)Set03
TO1_(STR)-SET01-(STR)Set05
TO1_(STR)-SET01-(STR)Set06
CLASHDETECTIONREPORT
CLASHDETECTIONTOOL
CLASHDETECTED
4DSIMULATION:
4dProjectparameters:Anewparameteriscreatedforallthestructuralelemntand activityidfromschedulefileisenteredinit.
Timelinertool
Attachingrules
Timeliner: inordertoautoattachthemodel withthescheduledata,anautorulesissetup. byMappingtaskfromcolumnsynchoizationIDto4Dparameterswecreated.
PLANNEDVSACTUALSIMULATION:
PLANNEDSIMULATION: ActualSIMULATION:
KEYLEARNINGS :
Bycomparingtheplannedand actualsimulationthedifferenceintheinterval canbestudiedbasedonwhichfurtherlabourorcostisintroducedintheprojects tocompletetheprojectontime.
Quantificationworkbook:
quantityreportofSTRcolumnexportedtoexcel.
Softwareused:
