The World’s Most Inspiring BIM Projects


The World’s Most Inspiring BIM Projects

Building Information Modeling (BIM) has been lauded by experts throughout the past few decades as the future of the building sector. BIM, however, is scarcely “the future” any longer; it is firmly rooted in the present.

With the help of BIM, design and construction teams can work more faster, access and track more data, and interact in ways that simply weren’t feasible in the past. The result is that the brightest brains in the world can now imagine, plan, and build structures that are larger and more magnificent than before.

Here are a few noteworthy global initiatives that have employed BIM as their cornerstone to achieve some amazing feats.

Shanghai Tower, China

The usage of BIM was vital in leading the workforce and produced the spiralling tower in Shanghai designed by Gensler. The building performs a 120-degree spin with BIM’s assistance that minimises wind loads and cuts energy use by 21%.




BIM procedures were used right away at the project’s initial planning stage. The design and documentation teams made use of Revit Architecture, Structure, and MEP as well as other Autodesk software. The Autodesk Navisworks Manage programme allowed for employee coordination. Autodesk Consulting offered on-site BIM training and support services for the design team.


Schematic Organization


At 632 metres, this enormous skyscraper is the third-tallest structure in the entire planet.

The tower transformed this idea in a vertical form by drawing influence from China’s tiny courtyards and parks. Shanghai Tower has 127 floors and houses retail stores, a five-star hotel, offices, cultural venues, and a conference centre.

Norway's Randselva Bridge

The Randselva Bridge, also referred to as the largest bridge ever built without blueprints, is entirely BIM-based. In this 634-meter bridge, 70% of the items are the result of parametric design. 250 post-tensioning cables and 200,000 rebars are used in the BIM project.


Picture Source: Ricardo Gomez


The use of BIM in this project was promoted by the Norwegian Public Roads Administration. When BIM was mandatory, they noted a decrease in the amount of changes that were requested throughout the construction phase. Model sharing was crucial for the design and implementation of the project because the design team operated out of four distinct sites. Each member of the on-site staff has a tablet, allowing them to access the model from anywhere.

International and Regional Offices of Statoil, Norway


originating from The European Center

Statoil, a globally renowned oil firm, has its headquarters in this famous office building. Five lamellas of the same size are placed on top of one another to form the hashtag-shaped structure. To maximise indoor lighting and fjord scenery views, each lamella is placed in a specific way. The job required quick turnaround. Only 20 months were available for the project’s inception and end for the design and construction teams. Building on schedule and giving the neighbourhood a new identity were two objectives that BIM assisted the designers in achieving.


Source: Dezeen.

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