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Madison Lifestyle District - CMc RFP Response • Shiel Sexton | 18Confidential material included on this page. <br />VIRTUAL DESIGN & CONSTRUCTION: <br />ADVANCED TECH IN EXPERIENCED HANDS <br />Shiel Sexton leverages the capabilities of Building Information Modeling (BIM) and Virtual Design <br />and Construction (VDC) technologies to maximize value and efficiency for our clients. This <br />significantly improves project productivity in areas like planning, design, implementation, and <br />communication while reducing risk and cost throughout the project lifecycle. <br />Technology <br />BIM and VDC’s multi-disciplinary <br />management process uses an <br />interactive 3D model to represent the <br />project and its individual components <br />for project planning, design, <br />implementation, schedule verification, <br />and communication. High level BIM/ <br />VDC implementation offers enhanced <br />risk management, substantial <br />productivity gains, shortened <br />construction time scales, and <br />significant cost savings. Throughout <br />the lifecycle of the project, the BIM <br />model serves as a single repository <br />for data about changes, impacts on <br />timeline, and constructability. Using <br />BIM technology, teams can conduct <br />precise coordination, identifying <br />conflicts and their impact, track <br />changes, and conduct advanced, <br />visual scheduling coordination. <br />Shiel Sexton employs BIM to facilitate <br />communication among all members <br />of the team. As an integrated platform <br />with anytime/anywhere access, BIM <br />allows field teams to anticipate issues <br />and avoid problems at the job site, and <br />empowers them with information to <br />solve challenges collaboratively and <br />quickly when necessary. <br />PURDUE UNIVERSITY EGP RENOVATION <br />Incorporating a laser scan of the existing space of <br />EE/Duncan into the Coordination Model early on <br />during the project, the Shiel Sexton team identifying <br />ahead of time that the mechanical systems needed <br />more room. This saved both time and money by <br />preventing unnecessary rework. <br />Case Study <br />PROJECT APPROACH