Engineers and architects constantly look for methods to enhance their work and make their models and designs more beneficial to their clients. One of the most significant technological advancements in the sector is BIM (Building Information Modeling). Thanks to technological advancements, architects may now produce a 3D model of any area, including the interior. Architects can better work with clients when they can see how their designs will turn out.

Numerous AR applications are already being used in the construction sector, and technology has revolutionized the building design process. Worker efficiency is increased as a result of AR, which also enhances quality and safety. AR is a fantastic training tool that may help improve the quality of life for those with impairments.

In the construction sector, safety is of the utmost importance. A well-trained staff reduces the likelihood of accidents. Workers must follow the correct safety practices to safeguard their safety. AR can be used to ensure that these procedures are followed.

Building efficiency is becoming more and more in demand in the construction sector. As a result, architects are under pressure to create better designs. Using AR, architects can more clearly see a room's appearance before it is constructed. AR has several advantages, and it may make understanding building projects easier.

Understanding a construction project just from the blueprints might be challenging. AR enables employees to study schematics, construction models, and other details by fusing digital and real-world architectural ideas.

An AR model may be created using the BIM model as a base. There is less need for fresh designs when a BIM model is the foundation for an AR model. Construction experts can examine complicated geometries and address issues as they develop because BIM-mapped buildings may be updated in real-time.

Before now, the primary goals of BIM technology were collision detection and clash prevention. However, as technology has developed, BIM tools have also supported the management of building projects.

The world of the building has transitioned from paper to digital. The management of construction projects has transformed due to cloud-based BIM technologies. Construction industry personnel may communicate with teams from various places and access information from anywhere with cloud-based technologies.

Information modelling is a cutting-edge building technique that benefits the project team and other stakeholders. The building process may now be performed more quickly and effectively thanks to technology. The modelling method aids in choosing the optimum workflows and procedures to employ. Additionally, it aids in pinpointing the precise areas of any irregularities that could have happened.

Machine learning technologies have been combined with BIM software to automate the design process. Complex construction difficulties may now be addressed automatically, thanks to this capability.

Although the idea of BIM has been around for a while, it has recently acquired popularity. Potentially, this technology might boost Nigeria's AEC sector's productivity. Construction professionals may ensure they have the appropriate designs and prevent needless delays using BIM technologies.

For many construction organizations, creating new technology that supports BIM processes is a major goal. These advances include the utilization of BIM models, reality capture technology, and innovative inventions that benefit from BIM data.

The use of BIM may greatly increase the general effectiveness of rehabilitation projects. It enhances teamwork, reduces waste, saves time, and lowers total expenses. Virtual reality enables architects to walk customers through designs. Additionally, BIM software improves collaboration and lowers uncertainty. Identifying the parties involved is the first step in standardizing the renovation process. Future BIM4ren initiatives will be built on creating specialized digital processes for these stakeholders.

A digital logbook is a fantastic tool for fostering teamwork in the BIM process. Calculations, simulations, and data exploitation are all possible with a single API. Digital journals serve as standalone data lakes as well.

The Business Process Modeling and Notation (BPMN) and its usage to gauge the process are other steps toward standardization. In addition to the methods already described, benchmarking can be useful in locating and eliminating bottlenecks.

Several national institutions govern the application of BIM. In the US, there is a National BIM Standard. BIM in public infrastructure projects is already required in other nations like Australia and Germany.