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Real Estate Strategy

Property, Construction and Business Strategy Professional um Foxatech Ltd
8. Sep 2015
Real Estate Strategy
Real Estate Strategy
Real Estate Strategy
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Data Drives Data: Importance of BIM in Facilities ManagementData Drives Data: Importance of BIM in Facilities Management
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Real Estate Strategy

  1. Coordinated Design Concept Options Prepared for IKEA
  2. The following text is an introduction to the concept of coordinated design and where it fits in the overall process of asset lifecycle management. Coordinated Design The solutions are based on ‘cloud based services’ meaning that the solutions are easily accessible via the internet 24/7. All information from across all projects can be brought together in a single solution offering a powerful decision making tool, but hosted in a highly secure environment. Advantages of theses solutions are, •• Live reporting. •• Quickly see the status of a project and progress. •• Bring together information from disparate project teams to a single location for easy review. •• No loss of knowledge between project phases leading to time savings, reduced cost and ‘empowered’ staff. •• Full asset register at construction finish directly into FM/OM systems. •• Ability to manage mobile work crews. •• Asset analysis over time for efficiency. •• Integrated sustainability analysis. •• Build your site twice. Once in virtual reality to design out issues and once in real life. This text is only an example of the solutions available and a more detailed response can be provided after further discussions with IKEA to understand the requirements. BENEFITS OF COORDINATED DESIGN Some of the main benefits of working in 3D environment over 2D environment are: •• Superior coordination – all information coordinated centrally, not across multiple drawings in different locations. •• Independent studies have shown a 30% cost saving over a full lifecycle than 2D design. •• Superior collaboration – working from federated combined models leads to greater collaborative relationships. •• Models object based – allows for intelligent data to be embedded (FM, specifications etc). •• Intelligent model data can be pushed down stream over the project lifecycle from analysis to FM to decommissioning. •• 3D Models allow for clash detection early in the conceptual process through to on site construction. •• Detailed contextual visualisation of the asset with real Architectural and Structural Coordination Cloud Based Solutions Web Based Management Dashboards Design Clash Detection
  3. world materials applied to the model. •• Analysis (Structural, Energy etc) can be carried out on the asset at early conception which eliminates early design coordination issues. •• Early cost reviews and design options can be conducted at the conceptual phase and be monitored beyond. •• Opportunity to utilise models for fabrication and offset manufacturing. •• Building of asset twice, once in a virtual environment and once on site ‘fit first time’. •• Determine material costs and therefore a high level budget for materials. This could be set as a quality delivery requirement to a construction contractor to deliver and a benchmark for reviewing the final construction. COORDINATED DESIGN OPTIONS The 3D modelling process is essentially based on data management principles achieved through a defined standard that the various design teams would work to. There are a number of options for coordinated design that IKEA could consider: •• A manual process run inhouse within IKEA, or a design consultant, manually importing the 3D designs from the Architect, MEP and Structural consultants and running a clash detection. •• Using a Common Data environment built to BIM principles with a web interface to manage the design process and then run clash detections as part of the project work flow. ASSET LIFECYCLE MANAGEMENT To define the design standards we need to understand what the asset lifecycle is. The diagram below shows an outline of the asset lifecycle management moving through various stages and the associated sub-categories that impact the asset. Strategic Asset Management (PAS 55) defines asset management as, “the systematic and coordinated practices through which an organisation optimally and sustainably manages its assets and asset systems, their associated performance, risks and expenditures over their life cycles for the purposes of achieving its organisational strategic plan.” Retire & RecycleOperate & MaintainHand OverCommissioningBuildProcureDesignProcureRequirements Centralised Data Management • Phased Development • Central Portal • Single Source of Truth • Easy Access • Control • Management Reporting Operations • Service • Repair • Compliance • Safety • Inspect • Replace • Reporting • Trend Analysis • Sustainability Strategic Planning Identify BIM Projects • Acquisitions • Renovate • Upgrade • Retrofit • Expansion • Design Recycle • Sell on • Re-use • Compliance • Sustainable Requirements Management PAS 55 ISO 55000 Asset or Site Identification • Locate • Analyse • Compliance • Sustainable Project Information Asset Lifecycle Information Design Construction Hand Back ERP Human Resources Finance Incident Management Asset Management Project Project Project Concept Planning Coordinated Design with actual construction materials
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