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Technology <br />Bim Execution Plan. <br />BIM Approach <br />We strongly advocate the development of a BIM Execution <br />Plan for all our projects. This process involves all stakeholder <br />and project contributors in a dialogue that clearly articulates <br />BIM responsibilities, contributions and that helps owners <br />recognize opportunities in total project integration. <br />BIM front-loads many detailed design decisions which <br />also front-loads much of the work effort and manpower <br />requirements. As the BIM computer model rapidly develops, <br />the building is essentially being constructed in a virtual world. <br />In a fast-paced project this makes it critical for the Owner’s <br />team to effectively make decisions and for the entire team to <br />maintain and understand the schedule as well as early project <br />milestones. <br />The BIM model can be exported into many formats so it can <br />be easily shared between disciplines not using the software. <br />To further augment this 3D platform with visualization, <br />Perkins and Will has state-of-the-art in-house rendering and <br />animation facilities. Our design professionals also use a variety <br />of analytical tools (e.g. Ecotect, IES-VE, US Cost, D-Profiler, <br />Ecologic3) to carefully monitor sustainability and cost <br />performance characteristics throughout the design process. <br />We’ve seen just about every conceivable project type so we <br />are well equipped to handle your individual project needs. Our <br />teams are trained to use coordination tools like Navisworks <br />and to work closely with our extended design team consultants <br />and contractors to find coordination problems before they turn <br />into change orders. <br />Our vision is to be among the highest quality, most responsive <br />and respected design firms in the world. This philosophy <br />extends to how we delivery information technology services <br />and support to our colleagues, collaborators and clients, in the <br />most successful way possible. <br />Some of the advanced uses of BIM include the following: <br />• Operations Simulation Modeling <br />• Tests and validates design options <br />• Evaluates programmatic efficiencies <br />• Set-Based Design Methodology <br />• Allows concurrent development of multiple <br />design options <br />• Allows continuous real-time cost/ <br />benefit comparisons <br />Environmental Analysis <br />• Optimizes energy performance and <br />occupant comfort <br />• Allows cross-system cost/benefit analysis <br />H. ADDITIONAL INFORMATION <br />30. PROVIDE ANY ADDITIONAL INFORMATION BY THE AGENCY. ATTACH ADDITIONAL SHEETS AS NEEDED.