Question

BY DAVE BARISTA, MANAGINU EDITUR While the emergence of building information modeling is no doubt providing huge advantages in cost and time savings on all types of projects, perhaps no other building type stands to benefit more from BIM than healthcare facilities, where cost and schedule are crucial and where quality control can literally be a matter of life and death. "BIM is a perfect fit for healthcare because of the complex nature of these buildings, the repetitiveness of the activity within the building, and the need to really nail process," says Dan Noble, FAIA, FACHA, principal and director of design with HKS, Dallas, which has used Autodesk's Revit BIM software on a number of healthcare projects, including the Capital Health System replacement hospital and medical office building in Hopewell, N.J., and the new Boca Raton (Fla.) Community Hospital. "Having a fully integrated BIM model allows us to simulate process and material distribution, patient and staff flow, and M/E/P activities and how all that interrelates." By modeling healthcare projects, the early adopters of BIM are seeing reduced project costs, shortened schedules, and increased project quality. The biggest gains are the result of improved coordination of ultra-complex building systems and the ability for real-time visualization with Building Team members and clients, says Jens Mammen, principal and Health Studio leader in the Chicago office of SmithGroup. "An office building may have four moving parts, whereas a hospital will have 50 or 100 moving parts," says Mammen, who has worked on several BIM-designed hospitals, including the Comer Center for Children and Specialty Care at the University of Chicago Hospitals. There, the architectural team collaborated with the structural, mechanical, and electrical engineers to create an integrated BIM model to map out the complex building systems design. The process not only shortened the design schedule, but also reduced interferences between M/E and structural systems, all but eliminating costly change orders and reducing the construction schedule. The design team had just six RFIs during bidding, compared to hundreds using traditional 2-D coordination, according to Mammen.
Paraphrase and ssummatize the article into throes paragraphs: introduction, body and conclusion

Answer 1

Q. Solution Building Information Modeling (BIM) provides huge advantages in cost and time savings on all types of projects, especially health care facilities where cost and schedule are crucial more over, quality control is a matter of life and death. has become a perfect fit for as the BIM model allows to BIM health care centers simulate process, material distribution, patient staff flow and M/E/P activities. The early. adopters of BIM models states that it helps in reduced project costs, shortened schedules and increased project quality. The biggest gawin of using BIM is improved coordination of ultra- complex building systems and ability for real-time visualization. The usage of BIM. shortens the design schedule, reduces interferences between M/E and structural systems an, also eliminates costly change orders, reduces the construction schedule. as compared to traditional 2-0 coordination. The team that uses BIM expuls a 20% reduction in M/ElP and fire-protection labor costs as a result of fewer incidents of interference and due to the ability to prefabricate many of the building systems. Progressive teams uses the power of BIM to more effectively communicate a project's program requirements

and design intent with hospital administrators and staff. BIM allows design teams to create interactive 3-0 walk throughs, virtual prototypes, spatial planning diagrams and can develop multiple 'option models for clients. The biggest differentiator of BIM is the ability to manipulate a room in front of a user group (client. Rather than using and drawings, many multilevel projects specially healthcare facilities consider coordinating a construction and working on conflict management in real time on the site using BIM model because of its much greater advantages / benefits. BIM has a huge potential for medical equipment planning Autodesk Revit is a BIM software used widely for this purpose.

The article is paraphrased and summarised into three paragraphs as introduction, main content and conclusion. (Refer the above two images ).

(image 1 with better clarity).

a. solution - Building Information Modeling (BIM) provides huge advantages in cost and time savings on all types of projects, especially health care facilities where cost and schedule are crucial more over, quality control is a matter of life and death. BIM has become a perfect fit for health care centers as the BIM model allows to simulate process, material distribution, patient- staff flow and M/E/P activities. The early. adopters of BIM models states that it helps in reduced project costs, shortened schedules and increased project quality. The biggest gain of using BIM is improved coordination of ultra- complex building systems and ability for real-time visualization. The usage of BIM shortens the design schedule, reduces interferences between MIE and structural systems an, also eliminates costly change orders, reduces the construction schedule. as compared to traditional 2-0 coordination. The team that uses BIM expuls a 20% reduction in M/ElP and fire-protection labor costs as a result of fewer incidents of interference and due to the ability to prefabricate many of the building systems. Progressive teams uses the power of BIM to more effectively communicate a project's program requirements

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