Phone: (IN) +91 80035 33335 (USA) +1 720 800 8859 Email: info@bimpactdesigns.com
Phone: (IN) +91 80035 33335 Email: info@bimpactdesigns.comAssociate company of Dhanuka Group Venture – Since 2002
Phone: (IN) +91 80035 33335 (USA) +1 720 800 8859 Email: info@bimpactdesigns.com
Evolving technologies are driving process and efficiency gains, helping AEC teams to collaborate earlier and more efficiently. This was very important to get the boost during the pandemic. As we enter 2022, two years after the onset of the COVID-19, the construction industry’s future appears bright, particularly for infrastructure and urban projects. Analyst forecasts as in the spring of 2020 account for the reality of operating and planning projects during a pandemic. “The coronavirus pandemic has prompted construction companies to use new and readily available technology, and that adoption will continue in the short term and post-pandemic,” according to McKinsey & Company. As time has passed, the same analysts anticipate an increase in investments in technology, digitization, and modular building, or more specifically, BIM Implementation in construction projects.
Many organizations in the AEC Industry were lured by the immediate benefits of adopting something like BIM. They were looking for a centralized and streamlined approach to project management when BIM was launched in the 1990s. Those early adopters are still exploring how technical improvements can help them in their BIM journey 30 years later.
Designers can constantly re-examine what is achievable with virtual modeling technology by including advanced tools into a project’s lifespan. These tools are primarily Autodesk’s REVIT, BIM COLLABORATE, Recap, and Navisworks. BIM always advocates for the integration of workflows to facilitate better communication. Additionally, software vendors such as Autodesk identify interoperability as a critical component of that communication. The company’s Construction Cloud platform exemplifies this point. Its lifecycle software supports AEC industry projects from conception to completion. This allows businesses to work more effectively and efficiently than ever before.
For a long time, BIM is a preference in the approach in HVAC (heating, ventilation, and air conditioning) projects. Following the success of BIM Implementation in other industries, forward-thinking HVAC companies are experimenting with the technology to reach comparable outcomes. These early adopters feel that adopting BIM technology can give them a competitive advantage, allowing them to work more efficiently and effectively.
The design process can be sped up by utilizing BIM. Furthermore, employing tools like Revit makes it simple to see and conceive mechanical, electrical, and plumbing (MEP) systems, detect possible problems and collaborate to discover solutions, saving time on change correction. Collaboration in the front end reduces the possibility of costly design adjustments being required on the job site.
When building out mechanical rooms or modifying assemblies particular to the project at hand, Revit also permits the use of third-party tools, which allows MEP engineers to reduce requests for information (RFIs) and better clarify design intent. This increases design accuracy and streamlines the construction process by allowing parts to be spooled straight from the authorized design, extending Revit’s capabilities while also providing time-saving tools for pipe routing and piping system design revision.
Various BIM tools make it simple to rotate and visualize components like valves and fittings, as well as whole pipe lengths at precise angles in the detailed model. With the click of a button, users may also generate fabrication documents, resize pipe, and adjust fitting and accessory sizes.
BIM allows designers to group prefabricated assemblies and apply preset tags matching project build strategy. Tagging tools help make coordination, placement, and installation more efficient. Thus, before the prefabricated materials arrive on-site, there are answers to problems like “where” and “in what order” to install systems. This capability minimizes installation time and costs by reducing the number of working hours.
BIM also helps with project management and execution, allowing for the avoidance of costly delays caused by design and coordination concerns. Project managers can use BIM to rapidly discover discrepancies, design route alternatives, run cost reports. Additionally, they can amend current fabrication documents using integrated workflows in the fabrication shop.
Another benefit is the ability to store files in the cloud. BIM Collaborate, for example, allows teams to share documents and collaborate internationally from any location. It also helps in tracking project issues in real time so that project stakeholders can see changes and the logic behind the same.
Today’s BIM solutions embrace technological advancements as well. One example is the emergence of virtual reality (VR). Models extraction is possible directly from 3D modeling software such as Autodesk Revit and placed in a virtual environment using Revizto. This allows teams to “enter” the design area and walk through the model using virtual reality headsets.
BIM allows them to see the placement of equipment, possibilities of interference, and limitations in functioning. Teams can also spot possible difficulties early in the design process by accessing information in a common data environment. Henceforth, they can swiftly alter the design in real time, all while staying within the shared model.
The significance of virtual reality, however, extends beyond the boundaries of the internal design team. Clients may also see how the final structure will look and feel, as well as how the area will work. They can detect the tiniest characteristics. These can be, as to whether a specific piece of equipment will fit and allow for easy maintenance in a particular place while walking through the structure. Designers can use this feedback and make changes to the area before construction begins so that it more closely matches the client’s expectations.
Before components arrive on-site, designers can use reality capture and VR to better conceptualize how to fit HVAC systems into mechanical rooms with limited space while fighting with potential interference. From project conception to installation, advanced technology saves time by optimizing operations on the job site and lowering construction time.
BIM’s utility extends to fire prevention systems as well. The progress of architecture is a constant challenge for this business. While aesthetics and attractiveness are just as vital as usefulness, they also pose design issues. Today’s fire safety systems, for example, must be unobtrusive. Designers can scan a site and create a 3D model from the spatial surroundings using reality capture tools, while VR allows project owners to visualize how the completed system would look. This ensures that fire safety system configurations are as appealing as the owners desire.
Governments all across the world have recognized the advantages of BIM Implementation in their projects. Denmark, a forerunner, has BIM mandate for public construction projects since 2007, while the United Kingdom did so in 2017. In 2022, Italy will implement a BIM mandate.
Streamlined coordination improves the BIM workflow’s efficacy and adds value at every step of a project. BIM advancements and the quick adoption of new technology continue to improve project design and execution, indicating that BIM Implementation is now more than ever an essential approach to the building process.
The COVID-19 pandemic has boosted the use of platforms and interfaces that facilitates remote work. This concept is gripping the entire world in most industries actively operating to date. In the AEC Industry, it is only BIM Implementation and Methodologies that can grant such ease in Construction Process. It also supports Operations and Management across all trades and verticals, involving all stakeholders of the project. To reinforce your upcoming construction project with BIM accuracy and perfection email us at info@bimpactdesigns.com.