iTech Management Consultancy & Training

WHO WE ARE // 2.OUR SERVICES // 4.OUR VISION // 7.WHAT IS BIM ?WHY BIM ? // 9.OUR SOLUTIONS // 10.HOW WE BIM // 13.OUR EXPERIENCE // 16.MEDICAL EQUIPMENT // 19.DISASTER MANAGEMENT // 62.KEY CLIENTSWHY iTech // 64. // 69. // 71. 3

WHO WE ARELargest GCC based BIM service providerOur team has grown from 3 to more than 85resources over a four year span, all of which arebased in the GCC, quickly growing to have thelargest BIM services team on the ground in theGCC to help deliver large scale ambitious projects.The iTech team’s collective knowledge in BIMimplementation and project delivery truly definesthe group as industry experts, and demonstratesa competitive advantage in delivering BIM on aglobal level.Unique tools and project acceleratorsiTech have developed specific tools and projectaccelerators to complete projects faster with thehighest quality. Checklists, configuration projecttemplates and supportability reviews are all builtinto our delivery methodology. In addition, lessonslearned become “inputs” for all new projects sothat we avoid or mitigate risks and issues early.

We have an unmatched record of deliverysuccessesWith over 50 million square feet of complexprojects delivered or currently under construction,we have more experience in handling large-scale projects for customers than any other BIMservices provider in the GCC.Office locationsWith our headquarters based in Abu Dhabi, UAEand branch offices in Dubai- UAE, Doha- Qatarand Sydney- Australia, we are able to provide therequired expertise on the ground to deliver themega-scale projects throughout the GCC.Professional StaffThe iTech professionals from more than 25nationalities understand through firsthandexperience the complex challenges our clientsface to deliver their projects on-time and withinbudget. We are confident we have the rightsolution for any project in the combination ofour team comprised of Professional Engineers,Licensed Architects, Database experts, PMPCertified Project Managers and our BIM deliveryexpertise in the GCC. 5

OUR We provide end to end solutions SERVICES for everything your project needsImplementationBIM Software training & presentationsStandards & templates setupProcedures and best practices creationSoftware mitigation planningProject delivery supportHardware & software deploymentBIM project planningConsultingTechnology & process evaluationsInformation Management strategyTechnology process planningProject team planningBIM execution plan assistanceCalculations & analysisBIM coordinationBIM model managementModel audits & reviewsPerformance bench marking

Implementation Model Authoring from 2D drawings Design coordination & clash detection Drawing delivery Model Maintenance & updates Building performance & analysis Visualization & presentations Quantity extraction & cost estimating 4D sequencing & animation 5D cost analysis & resource planning 6D facility managementiTech offer virtual project controls solutionsusing BIM technologies to deliver yourproject on-time and within budget 7

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OUR VISIONTo become the globalleader in integratedBIM based life-cycleproject delivery solutions.operations & maintenance engineeringdisaster management designfacilities / asset project / riskmanagement management commissioning construction 9

User Interface Fabrication Training Mobile Device Simulation Mac Document Control PC PS 4 X Box FM E- GovernmentClean-up 3D Viewer Security GIS Asset

WHAT IS BIM ?Building Information Modeling (BIM) representsa business process that fundamentally changesthe conventional roles of the owner, architect,engineers, cost estimators, program manager,and construction manager. BIM is a coordinatedset of processes, supported by technology, thatadd value by creating, managing and sharing theproperties of an asset throughout its entire life-cycle.The BIM process provides an enhanced ability tocontrol scope, functional capabilities, and cost,while minimizing the cost of design changes andcoordination challenges. 11

WHY An outstanding 10%-15% of budget over- BIM ? runs in the global $5.6 trillion construction industry result from design related issues.*The typical 2D approach has led to: *Published by the Queensland Division of Engineers Australia.Significant cost overruns, rework, extensions oftime60% to 90% of all variations are due to poorproject documentationOne price variation results from every threeRequests For Information (RFI)Estimated Cost of Variations generated by poordocumentation = 12% to 15.2% of project value(PV), based on actual cost of variation works,plus extra administration costs (1.1% of PV),extensions of time (2.1% of PV).Research by the Construction Industry Institute(CII) reveals that direct costs caused by reworkaverage a minimum five percent (5%) of totalconstruction costs (CII 2005).Numerous studies reveal that the biggestcontributor to construction rework at 25.4%,is due to scheduling issues. Integrating BIMsolutions into your project delivery pipeline willmitigate the risk of claims and schedule delayssignificantly.Government mandate in many Local andInternational Governments // 12

Extended MacLeamy Curve Time / Increase of Impact to Design Schedule Cost Impact of Change Control Over Design Impact / Change Impact to Reduce Cost Integrated Traditional Trades IPD Traditional A&ETraditional A&E Predesign Schematic Design Construction Agency Permit / Construction Issue Change Approve Monitor Job Design Development Documents Bidding Address RFI’s Orders Documents Traditional Trades Traditional Construction Coordination Construction Construction Trades Development Detailing DocumentsIntegrated Conceptualization Criteria Design Detail Design Implementation Agency Coordination Construction Development Documents / Final Buyout 13



OUR SOLUTIONSPre- Construction Virtual Project Controls Solutions - BIM basedConstruction audits for design review to ensure project is fullyPost-Construction coordinated prior to construction commencing.Training/Simulation BIM implementation for contractor project delivery, virtual program management utilizing BIM modeling and schedule management. As-Built BIM for life-cycle operations including: Disaster Management Simulation Training, Disaster Recovery Planning, Facilities Management and Operations Management. Software development for training simulation integration using BIM technologies. 15

3DBIM Digital Modeling“A building Information Model (BIM) is adigital representation of physical & functionalcharacteristics of a facility. As such it serves asa shared knowledge resource for informationabout a facility, forming a reliable basis fordecisions during its life-cycle from inceptiononward.” Source: United States National BIMStandard, VI 2008Virtual BuildBuilding information modeling isn’t only a 3Ddrawing, but a rich data model. Creating it involvesdesigning & assembling components accurately.The BIM images don’t only have shape & color,but also material, weight, cost, manufacturerdetails & heat conduction properties. Generatingit enables an organization to virtually build thebuilding as it would be constructed on-sitebefore the actual construction has started.Global UsabilityBy storing & managing building informationas databases, BIM solutions are captured,managed & presented in ways that are easier tounderstand for an international building team. Asinformation is stored in a database, changes tothat data can be logically managed throughoutthe projects life cycle.

4D 5D 6D Time & Resource Management Cost Analysis Facility Management There are many timely advantages of the Today’s investors in the build industry are Using as-built BIM models, project teams AECO industry in using BIM on complex spending wisely, the current economic can record information relating to a facility’s designs. The main benefits can be found in downturn has had its impact. On the main architectural, structural, and MEP areas like: the ability to perform increasingly other side investors continue to develop elements by information from BIM models complex tasks; process compound more innovative, boundary-defying used throughout the project. Creating an as- geometry; assess inputs from performance complex constructions under tight budget built model (from the design, construction, analysis data; & synchronize between constraints. Specialists in the industry use 4D coordination models, and subcontractor multiple interfaces. However, the greatest BIM as a way around the problem. BIM fabrication models) provides a valuable advantage is BIM’s ability to disseminate offers cost effective & accurate solutions for resource for owners and facility mangers information to other project stakeholders – architecture, engineering & construction. to link operations, maintenance, and asset timely & accurately. data for effectively operating the facility. The three main logical reasons the AECO industry are shifting to BIM are: the necessity With continuous updating, the record model to increase efficiency; improve quality & can serve as a living document that contains sustainability; eliminate errors, waste & an accurate snapshot of the completed claims. space. Record models can include links to all relevant facility information (for example, serial codes, warranties, and the operation and maintenance history of all the components within the building.) iTech provides a wide range of World class services & support// 17 17

HOW WE iCap is a custom software application developed BIM to help facilitate the identification, communication and collaboration of design and constructionUnique tools and project accelerators issues found while virtually building a 3D BIM model. The software uses integrated screenWe develop custom tailored project specific captures from various software applications fortools for a variety of BIM software platforms and use in displaying issues. The program identifiesproject accelerators to get the job done faster and displays the unique ID (within the BIM model)at the highest quality. Checklists, configuration of the elements in question for easy geospatialproject templates, and supportability reviews identification and modification.are all built into our delivery methodology. Inaddition, lessons learned become “inputs” for allnew projects so that we avoid or mitigate risksand issues early.

UU marked in the original PDF files delivered 02.056 by the client staff toilet female 5 m² 15 15 02.058 ID: 0145.01 cleaners room 7 m² i Issue: As per the confirmation provided in response to RFI 0076 manhole opening of 1200x120 Issue Date: 12/06/2013 16 16 11 11 Level: -02-FFL BASEMENT 02 Discipline: MEP Status: Closed 02.061 office workstation 9 m² 02.059 visitor toilet disabled 17 17 8 m² O iCap 0146.01 - 0146.02iCap 0079.01 - 0079.02 - 3D View 18 18 1 : 50 iCap 014 ID: 0088.01 U MC i Issue: Verify details, mounting height, access door of kitchen hood extract. Issue Date: 15/05/2013 ID: 0089.03 M iCap Legend: Level: -02-FFL BASEMENT 02 Discipline: MEP Issue: Provide correct layout for Core wall 4 no Slab shown in Structural layout while in Architectural there is a ceiling.. iID: 0146.01 Status: Closed accomIsmsoudeaDtea2tea:re1a5/d0ra5i/n20dr1a3inage pipe slope. draini i iID: 0079.02istooshallow to Issue: Please confirm ceiling of2identicalroomsnamed staff toilet having diffIIesDrs:eu0ne0t:9cL2eP.i0Gli1npgipheesigdhrtopefdfeircetcintlgy fMroEmPthseercveiciliensg idnoswidnetothtehecewilainlkgw. ay area inside kitchen. Issue: Trench Issue Date: 12/06/2013 Issue Date: 15/05/2013 Issue Date: 15/05/2013 Level: -02-FFL BASEMENT 02 Level: -02-FFL BASEMENT 02 Level: -02-FFL BASEMENT 02 iCap XXXX.YY Level: -02-FFL BASEMENT 02 Discipline: Structural Discipline: MEP Status: Closed Discipline: MEP Status: Closed Discipline: MEP Status: Closed Status: Closed GH I JK iCap detail Code General code from the issue (RFI) sheet iCap 0079.01 - 0079.02 Note: 1 : 200 Some iCaps/Issues are missing the corresponding CAD files. Those are red i ID: 0092.02 marked in the original PDF files delivered Issue: LPG pipes drop directly from the ceiling down to the walkway area inside kitchen. by the client ID: 0089.02 Issue Date: 15/05/2013 Level: -02-FFL BASEMENT 02 i Issue: Provide correct layout for Core wall 5 no Slab shown in Structural layout while in Architectural there is a ceiling.. Discipline: MEP Issue Date: 15/05/2013 Status: Closed Level: -02-FFL BASEMENT 02 Discipline: Structural Status: Closed ID: 0088.02 ID: 0088.03 14 ID: 0146.02i Issue: Verify location and height of dry wall clashing kitchen hood extract. i Issue: Verify fresh air supply connection details to kitchen hood extract. i Issue: Please confirm ceiling of 2 identical rooms named staff toilet having different ceiling height effecting MEP Issue Date: 15/05/2013 Issue Date: 15/05/2013 Issue Date: 12/06/2013 Level: -02-FFL BASEMENT 02 Level: -02-FFL BASEMENT 02 Level: -02-FFL BASEMENT 02 Discipline: MEP Discipline: MEP Discipline: MEP Status: Closed Status: Closed Status: Closed 14iCap 0088.01, 0088.02, 0088.03 ID: 0089.01 i Issue: Provide correct layout for Core wall 3 no Slab shown in Structural layout while in Architectural there is a ceiling.. ID: 0089.04 Issue Date: 15/05/2013 Level: -02-FFL BASEMENT 02 i Issue: Provide correct layout for Core wall 6 no Slab shown in Structural layout while in Architectural there is a ceiling.. Discipline: Structural Issue Date: 15/05/2013 Status: Closed Level: -02-FFL BASEMENT 02 Discipline: Structural Status: Closed iCap 0089iC.0a3p- 00008899.0.014- 0-038D9.V02ie-w3D View M iCap 0092.01 - 0092.02 1iC: 5a0p 0146.01 - 0146.02- 3D View ID: 0092.01 i Issue: LPG pipes drop directly from the ceiling down to the walkway area inside kitchen. Issue Date: 15/05/2013 Level: -02-FFL BASEMENT 02 Discipline: MEP Status: Closed ID: 0092.02 i Issue: LPG pipes drop directly from the ceiling down to the walkway area inside kitchen. Issue Date: 15/05/2013 Level: -02-FFL BASEMENT 02 Discipline: MEP Status: Closed iCap 0092.01 - 0092.02 - 3D View 19

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OUR EXPERIENCE                                                                                                            SEHA/G/TEN/05/2011      21

GCCPROJECTSDubai | UAEAbu Dhabi | UAEMuscat | OmanDoha | QatarJeddah | Saudi ArabiaKuwait City | Kuwait

Involved in more than 50projects in the GCC since 2011.BIM delivery experience onmore than 50 million squarefeet of projects in the GCC. 23

AL MAFRAQ HOSPITAL - ABU DHABI / UAE // 24

PROJECT SPECIFICATION AL MAFRAQ HOSPITALProject Name: Al Mafraq HospitalProject Location: Abu Dhabi, UAE SERVICES CONDUCTEDProject Size: 290,000 Square Meters • Project BIM ManagementProject Scope: • 2D IFC to BIM LOD 500 as builtBIM Modeling from pre- construction • BIM Based 4D Visualizationthrough to As-Built BIM model & Overall • Interdisciplinary Design CoordinationBIM Project Management. • BIM-Generated Shop Drawings • Subcontractor BIM IntegrationA new state of the art, Al Mafraq Hospital, • Clash Detection Modelingwill be opened in 2013, replacing theexisting hospital. The newly built, modern SOFTWARE IMPLEMENTEDfacility will continue to provide the serviceand personal care, state of the art facilities, • Autodesk Navisworks Managewhile securing the hospital’s position as • AutoDesk Revit Architecturea leading trauma and surgery hospital. It • AutoDesk Revit Structurewill also serve as the community hospital • iTech iCapfor one of the fastest growing areas in theEmirate of Abu Dhabi. 25

BIM MANAGEMENTSUBCONTRACTOR BIM SUBCONTRACTOR 3D SUBMITTALS 2D SHOP DRAWINGSSPECIFICATIONDevelop bi iTech with Client for Coordination facilitated via iCap tool Model geometry exported from Revit as DWG files.as-built BIM model integration & Navisworks clash detection Contractor’s CAD staff to utilize Revit model and DWG exports to annotate deliverable drawingsPROJECT BIM SPECIFICATION FINAL SUB BIM MODELSFrom Client /RFP COORDINATED SHOP DRAWINGSDESIGN IFC DRAWINGS Initial model AS BUILT 2D DRAWINGSDESIGN “COMPLETION” TEAM development AS BUILT 3D IFC MODEL COORDINATED 3D ROOM QUANTITIES & DATA BIM MODEL 4D SIMULATION COORDINATION Coordination Facilitated via iCap Tool and Navisworks ClashDesign clash detection & RFI coordination dialogue Survey data Construction Navisworks file programmed to link imported to progress recorded on scheduled and actual construction Revit model site via mobile tablets progress data from primavera SITE SURVEY DATA SITE CONSTRUCTION PRIMAVERA SCHEDULEDESIGNER ITECH / ITECH / GENERAL SUBCONTRACTOR NAVISWORKS REVIT CONTRACTOR

MEPARCHITECTURE 27

LOD 400 SHOPDRAWINGS // 28

LOD 400 SHOPDRAWINGS 29

FILE MANAGEMENT // 30

31

MIDFIELD TERMINAL - ABU DHABI / UAE // 32

PROJECT SPECIFICATION MIDFIELD TERMINALProject Name: Abu Dhabi Midfield Terminal SERVICES CONDUCTEDProject Location: Abu Dhabi, UAEProject Size: 780,000 Square Meters • Project BIM Management (under direction of CCC / Arabtec / TAV JV* )Project Scope: 3D, 4D, 5D BIM Delivery, Data Management • Sub-Contractor BIM Implementation& Implementation. • 3D, 4D, 5D BIM Delivery • Database Management and IntegrationThe Midfield Terminal Complex will provide a • Clash detection coordinationfull terminal building, passenger and cargo • BIM generated Shop Drawingsfacilities, duty-free shops and restaurants • Construction Methodology support through BIMfor up to 40 million passengers a year. TheMTC’s terminal building will be the largest SOFTWARE IMPLEMENTEDin the Emirate of Abu Dhabi, and one of theregion’s most architecturally impressive • Autodesk Navisworks Managestructures. Associated support buildings • AutoDesk Revit Architecturetake up an additional 800,000 sqm, and • TEKLAwill include access to 16-20 aircraft parking • Bentley Microstationstands dedicated to cargo. 33

SHOP DRAWINGS FROM BIM 3D SHOP DRAWINGS for 4D/5D // 34

SHOP DRAWINGS FROM BIM 35

MEDICAL REHABILITATION CLINIC - ABU DHABI / UAE // 36

PROJECT SPECIFICATION REHABILITATION CLINICProject Name: Medical Rehabilitation Clinic SERVICES CONDUCTEDProject Location: Abu Dhabi, UAEProject Size: 60,850 Square Meters • Project BIM Management • BIM based design auditProject Scope: • 2D IFC to BIM LOD 3002D and 3D BIM Modelling. • Clash detection coordination • RFI tracking and analysisThe Abu Dhabi Medical RehabilitationCentre will be a unique standalone SOFTWARE IMPLEMENTEDhealthcare facility, located in thedevelopment area of Khalifa City ‘A’ next to • Autodesk Navisworks Managemain axis of the future Abu Dhabi Capital • AutoDesk Revit ArchitectureDistrict. New integrated examination, • AutoDesk Revit Structuretreatment and therapy concepts shall • AutoDesk Revit MEPensure a fast and sustainable regaining • iTech iCapof health, well-being and integration to thecommunity. 37

BIM BASED Supply vs. ReturnDESIGN AUDITSSupply vs. Return Chill Water vs. Cable TraysPiping vs. SupplyWidth of corridor can not be increased Piping vs. Supply Ceiling can not be lowered // 38

BIM BASED DESIGN AUDIT 39

BIM BASED DESIGN AUDIT // 40

MEP MODELING /COORDINATION 41

MEP MODELING /COORDINATION // 42

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AL AIN STADIUM - AL AIN / UAE // 44

PROJECT SPECIFICATION AL AIN STADIUMProject Name: Al Ain StadiumProject Location: Al Ain, UAE SERVICES CONDUCTEDProject Size: 25,000 Seat Stadium • BIM-Generated Shop DrawingsProject Scope: • Clash Detection ModelingMEP BIM Modeling & DesignCoordination. SOFTWARE IMPLEMENTEDThe 25,000 seats multi- functional stadium • Autodesk Navisworks Manageis located in Al Ain, approximately 150 • AutoDesk Revit MEPkilometres east of Abu Dhabi, close to • iTech iCapthe borders of Oman. The constructionof this 45,000 square meter stadium isa combination of structural steel andreinforced concrete on piled foundationswith aluminium and composite externalcladding and a palm bowl envelope. 45

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NBK HEADQUARTERS - KUWAIT // 50