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iTech Management Consultancy & Training

Published by sabrina.derouiche, 2018-03-12 00:31:56

Description: iTech Management Consultancy & Training

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PROJECT SPECIFICATION NBK HEADQUARTERSProject Name: NBK HeadquartersProject Location: Sherq ,Kuwait City SERVICES CONDUCTEDProject Size: 120,000 Square Meters • Project BIM ManagementProject Scope: • BIM Based 4D VisualizationBIM Modeling from pre- construction • Interdisciplinary Design Coordinationthrough to As-Built BIM model & Overall • BIM-Generated Shop DrawingsBIM Project Management. • Subcontractor BIM Integration • Clash Detection ModelingThe new National Bank of KuwaitHeadquarters building will be located in SOFTWARE IMPLEMENTEDthe heart of Kuwait City. It will consist of 60floors, will be 300 meters long and 120,000 • Autodesk Navisworks Managesqm. The tower’s design originated from • AutoDesk Revit Architecturethe shape of the pearl’s shell which is • AutoDesk Revit Structurehighly symbolic of Kuwait’s history and • AutoDesk MEPheritage, culture and economy. It is also • iTech iCapenvironment-friendly. This green buildingwill contain cutting edge technology andis Gold LEED certified. 51

SPECIALITY HOSPITAL - ABU DHABI / UAE // 52

PROJECT SPECIFICATION SPECIALITY HOSPITAL Project Name: Speciality Hospital Project Location: Abu Dhabi, UAE SERVICES CONDUCTED Project Size: 32,865 Square Meters • 2D Tender Documentation to BIM Project Scope: • BIM Based 4D Visualization 2D Tender Documentation to BIM, BIM • BIM Based Quality Takeoffs Based Quality Takeoffs, 4D visualisation, • Custom Content Creation Content Creation. SOFTWARE IMPLEMENTED A hospital with 125 beds, planned to accommodate patients who are held • Autodesk Navisworks Manage under special security. The planning • AutoDesk Revit Architecture integrates a clear and functional system • AutoDesk Revit Structure which combines two complex security systems. The concept incorporates a clear subdivision of high and low security zones and clear division of functional departments.                                                                                        53       

YAS MALL - ABU DHABI / UAE // 54

PROJECT SPECIFICATION YAS MALLProject Name: Yas MallProject Location: Abu Dhabi, UAE SERVICES CONDUCTEDProject Size: 235,000 Square Meters • Tender Phase SupportProject Scope: • 2D Tender Documentation to BIM3D Modeling and 4D Program Sequencing • BIM Based 4D Visualizationto derive virtual Construction Methodology • BIM-Based quantity takeoffsfor structural systems. • Manage PlatformThe Yas Mall will be a regional facility SOFTWARE IMPLEMENTEDwhich will provide in excess of 700 retailand catering units including four major • Autodesk Navisworks Managedepartment stores and hotels. The Yas • AutoDesk Revit ArchitectureMall will serve not only the local and • AutoDesk Revit Structureregional markets but also the touristpopulation visiting Yas Island’s host oftourist and leisure attractions, includingFerrari Theme Park and Formula OneMarina Circuit. 55

MSHEIREB DOWNTOWN - DOHA, QATAR // 56

PROJECT SPECIFICATION MSHEIREB DOWNTOWNProject Name: Msheireb DowntownProject Location: Doha, Qatar SERVICES CONDUCTEDProject Size: 180,000 Square Meters • 2D Tender Documentation to BIMProject Scope: • BIM Based 4D Visualization3D Modeling and 4D Program Sequencing • BIM Based quantity takeoffsto derive virtual Construction Methodology • Construction methodology support through BIMfor Structural systems. SOFTWARE IMPLEMENTEDMsheireb Properties’ flagship project,Msheireb, will regenerate and preserve • Autodesk Navisworks Managethe historical downtown of Doha. The • AutoDesk Revit Architecturedevelopment will revive the old commercial • AutoDesk Revit Structureheart of the city through a new architectural • AutoDesk Revit MEPlanguage that is based on communityliving, across a 31 hectare (76 acre) site.The mixed-use development will comprisemore than 100 buildings, with a combinationof commercial and residential properties,retail, cultural and entertainment areas. 57

AL SILA HOSPITAL - WESTERN REGION / UAE // 58

PROJECT SPECIFICATION AL SILA HOSPITALProject Name: Al Sila HospitalProject Location: Western Region, UAE SERVICES CONDUCTEDProject Size: 26,000 Square Meters • MEP Sub-Contractor BIM ImplementationProject Scope: • 2D IFC to MEP BIM LOD 400MEP BIM Modeling and Design • Clash detection coordinationCoordination. • BIM generated Shop DrawingsLocated in the western region of Abu SOFTWARE IMPLEMENTEDDhabi, close to the border with SaudiArabia, Al Sila Hospital will deliver world- • Autodesk Navisworks Manageclass healthcare to the community. The • AutoDesk Revit Architecturefacility will contain 35 beds and provide • AutoDesk Revit Structureservices such as general medicine, • AutoDesk Revit MEPpaediatrics, and gynaecology. • iTech iCap 59

ABU DHABI COURT HOUSE - GHANTOOT / UAE // 60

PROJECT SPECIFICATION COURT HOUSEProject Name: Abu Dhabi Court HouseProject Location: Abu Dhabi, UAE SERVICES CONDUCTEDProject Size: 26,000 Square Meters • 2D as built to BIMProject Scope: • BIM Based 4D Visualization • BIM-FM Integration2D as built conversion to as built BIM for • Data Integrationintegration with Facilities Managementplatform. SOFTWARE IMPLEMENTEDThe New Abu Dhabi court house represents • Autodesk Navisworks Managea remarkable phase in the development • AutoDesk Revit Architectureof the judicial system in Abu Dhabi. The • AutoDesk Revit Structureinnovatively constructed building adopts • AutoDesk Revit MEPlatest international standards recognized •AutoDesk Naviswork Manageglobally. The location of the project ison Al Khaleej Al Arabi Street. It hosts thethree major state Authorities court houseswhich consist of the Court of Appeal, theCourt of Cassation and the Court of thefirst Instance. 61

AS-BUILTFOR FM // 62

AS BUILT BIM FOR FM 63

MEDICAL The ChallengeEQUIPMENT The iTech team found intense exercise in collectingCase Study and collating information on the complex medical equipment needed at Al Mafraq Hospital. A vast The comprehensive medical equipment coordination process was required for suchBIM model for Al Mafraq Hospital has enabled as large-scale health care project. The mainboth the design and construction disciplines to disciplines involved were architecture, structureresolve issues faster and more efficiently. and interior, all modeled to LOD 400. However, the real challenge for iTech was the modeling of the medical equipment to LOD 400 and the population of the project BIM with the many elements required. Coordinating the relations and connections of these elements to each other and to the other building components was a task iTech took on with professional confidence. The geometrically detailed elements were to include embedded product data. Overall, it was vital for the efficiency of the coordination and construction processes that the medical equipment be carefully modeled and placed.

The Solution The ResultThe comprehensive medical equipment BIM The mission of creating medical equipmentmodel for Al Mafraq Hospital has enabled content was added to iTech’s scope of workboth the design and construction disciplines at a later stage in the project. As a result, vastto resolve issues faster and more efficiently. In coordination was required to ensure that thisaddition, the level of detail of the different building package’s design was in line with the othercomponents allows for improved and accurate disciplines which already had reached actualvisual communication. construction.This virtual construction approach identifies iTech’s approach to creating BIM families isdesign clashes and issues in advance of the based on achieving the correct balance betweenactual building’s construction. It provides the visual detail, embedded object data and usabilityopportunity to mitigate potential rework, and thus within a project. The solution the team envisionedreduce associated costs. and accomplished, was to create the medical equipment families at a level of detail thatWith this comprehensive approach iTech would visually fulfil the coordination and shophas enhanced the design and shop drawing drawing requirement. At the same time, thesecoordination, but also paved the way for the models are light in size, so not to affect the BIMproject BIM to be utilized for FM use in the future. environment’s workflow. Achieving this optimumIt matches the life cycle of the virtual model to the balance between the two was key to the project’sLife cycle of the actual building. BIM success. 65

DISASTERMANAGEMENT // 66

DISASTERMANAGEMENT DISASTER MANAGEMENT CYCLE 67

DISASTERMANAGEMENTA BIM would replace this exiting process by respondersutilizing it en route to the site.Each vehicle would be equipped with some sort ofcomputing device capable of operating a BIM.The BIM would provide critical building information to theresponders, which in turn would improve the efficiency ofthe response and, more importantly, minimize the safetyrisks.The BIM coupled with the BMS would be able to clearlydisplay where the emergency was located within thebuilding, possible routes to the area, and any otherharmful locations within the building.Real-time updates to the model as the building design/layout changes over the years.

DISASTERMANAGEMENTWhat the model can provide:Virtual building environmentKey access pointsHydrant locationsHazardous materials presenceType, Quantity, LocationRoof construction typeSprinkler and FDC detailsAlarm panel locationStairwellsUtility shut-off valvesOccupant contact informationBuilding Management System (BMS) data in real-timeOpportunity for virtual response training 69



KEY CLIENTS 71



    WHY iTech ?   iTech is confident that our BIM services strategy  will guarantee our clients a high return on their BIM investment. Implementing BIM processes on  your project with iTech will ensure the following:   Improved Information Control  Less Errors  Improved Communications  Reduced Re-work  Improved Capture of Decisions  Lower RFI’s  Enhanced Ability to Refer Back to Data  Less Errors and Omissions  Reduced Material Costs  Lower Change Orders  Reduced Project Duration  Less Information Bottlenecks  Advance Procurement of Materials Reduced Construction Cost     Improved On-Site Safety     Improved Project Forecasting  Reduce Project Risks     73                                                                         SEHA/G/TEN/05/2011      Our team, comprised of Professional Engineers,Licensed Architects, Database experts and PMPCertified Project Managers, are confident we have theright solution for our clients to meet any challenge.

www.itechholding.com



www.itechholding.com


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