B3 - Group C - Faisal Alghati

What are the possible future advantages of Revit/BIM

Roughly a decade ago, information on building projects was scribbled on paper, difficult to comprehend and above all a nightmare to design. Today, we pride being on the brink of time in which an entire building can be designed, presented in 3D, managed and implemented all in one place, on a single file using a specialized technique Building Information Modeling (BIM) [1].Termed the best thing in managing notorious construction projects which often run an over budget and out of schedule, BIM software’s such as REVIT have proved to reduce rework, cut down project duration, enhance communication, lessen construction costs among others. As such, BIM holds so much regarding the future of construction, consequently posting the question what is the future of BIM in itself.

Expectedly, more and more people will learn how to run BIM software like REVIT in a bid to not only remain relevant at work but also produce more and more complex designs. According to Reddy [1], governments are looking up to set BIM as an industry standard meaning new professionals eyeing a place in the diverse construction industry will be mandated by the markets to learn how to use this software.

Revit has been given a lot of credit regarding the collaborative framework it provides to make a project a success. To maintain a harmonious environment between different groups working to implement projects, for instance, engineers, 3D designers, architectures and owners, t legal and contractual framework will ascend to manage risks and help maintain functional institutions [1].

As time flies by, BIM software developers gain more insight. Thus, in the future, it is expected that delivered software solutions will be easy to deploy, stress-free to comprehend reports and help achieve more in terms of building designs. By incorporating modules that suggest to architectures what could possibly be included or removed from a model work will be easier and faster. Projection of costs and timeline schedules will equally be more precise. Hence, the future of BIM revolves around enhancing effectiveness and efficiency [2].

References:

[1]: Reddy, K. (2011). BIM for building owners and developers. Hoboken, N.J.: John Wiley and Sons.

[2]: Underwood, J., & Isikdag, U. (2010). Handbook of research on building information modeling and construction informatics. Hershey, PA: Information Science Reference.

B3 - Group D - Maria Ayon

Building Information Modelling (BIM) is a model-based approach of the design process that has been known for its efficiency amongst individuals in the construction field. It has had an extremely positive outcome with the coordination of project management and project delivery. With time, more projects have introduced BIM as they work source due to its advantages. Some of these benefits include the following:

BIM allows the design team to model the building virtually before it is constructed through a 3D representation. By doing this, all systems (architectural, mechanical, structural, etc.) can be seen, analyzed and redesigned if needed in order for them to integrate perfectly. This benefit is known as the automated clash detection. By looking at the 3D relationship of components, if there is any clash or conflict between the mechanical and electrical system above ceiling for instance, the design can be fixed virtually, ensuring a smooth construction process. This leads to a more accurate construction time and less on-site labor.

                                   

Going beyond the modelling aspect of BIM, it also offers an information database that is related to each specific project. Information including, quantity take offs, cost details, MEP design details, project schedules, etc., can be linked to the projects. Furthermore, different elements have their own statistical information and specifications when clicked on them. For instance, selecting a partition would give you its area, volume, thickness of the partition, its material, finish, R-values, etc. Mechanical equipment would give you its manufacturer, cost, weight, etc. This makes it easier for designers as it lets them go through several options of a similar element in order to choose what is more suitable for the building’s budget and design.

BIM also allows for better management and improved coordination of the building process. All the people involved in this process, architects, structural and MEP engineers, construction managers, site personnel, all remain updated of even the smallest change done to the design through BIM. Information about the construction schedules can be linked to the BIM project as well, visualizing it as it advances. Updates of the construction progress, use of materials, updated costs, and even labor can be seen through this tool, allowing for a better management of the construction process.

Sources:

https://www.wpi.edu/Pubs/ETD/Available/etd-042011-135239/unrestricted/MHergunsel_Thesis_BIM.pdf

http://static-dc.autodesk.net/content/dam/autodesk/www/solutions/building-information-modeling/bim-value/EN_Business_Value_of_BIM_In_China_SMR_(2015)FINALf.pdf

http://www.autodesk.com/solutions/building-information-modeling/value

https://www.quora.com/What-is-building-information-modelling-and-what-are-its-advantages-and-disadvantages

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