How Is Building Information Modeling Transforming the Future of Construction?

Building Information Modeling (BIM) is a collaborative process that utilizes digital representations of a facility’s physical and functional aspects to create a centralized knowledge base. BIM supports informed decision-making and enhances project outcomes by creating a shared building knowledge for entire building lifecycle, which include planning, initial design, operation, construction, and eventual demolition.

BIM is a powerful digital process that creates a comprehensive 3D representation of a building, capturing both its physical structure and functional details. It acts as a shared knowledge resource accessible to all stakeholders, enhancing transparency and coordination across disciplines. More than a visual tool, it integrates critical information such as materials, costs, and schedules, enabling accurate planning and efficient execution. BIM empowers teams to make informed decisions, reduce errors, and achieve improved project outcomes through a more holistic and connected approach by promoting collaboration and streamlining communication.

Analyzing various deployment modes in building information systems

One of the most significant shifts in BIM deployment is the move from on-premises servers to cloud-native management platforms. Cloud-managed solutions are quickly becoming the norm, offering automated management, IoT/sensor updates, and centralized data storage. This enables remote management, improved security, and enhanced analytics, making building operations more efficient and responsive to changing needs.

While cloud solutions offer broad advantages, certain smart building applications require ultra-low latency and high reliability. Edge computing addresses this by processing data closer to its source-within the building itself. This approach is essential for applications where surveillance, energy management, and elevator control, immediate response and minimal cloud dependency are essential.

Furthermore, modern deployment approaches for smart building applications involve breaking down software into modular components, which are distributed across various devices in the building. Using frameworks such as OSGi, components such as channel managers, building managers, and device controllers are installed, updated, or redeployed without system downtime. This adaptive deployment allows smart buildings to dynamically respond to changes, such as device failures or shift in user requirements by relocating software components as needed.

Rising applications of building information modeling

The building information modeling industry has witnessed prominent growth owing to rise in utilization of these digital processes across various purposes. According to Allied Market Research, the sector is expected to rise at a CAGR of 16% from 2023 to 2032. BIM enables detailed 3D renderings, facilitating better design visualization and stakeholder communication. These models help architects, engineers, and clients understand spatial relationships and aesthetics early in the project lifecycle.

Moreover, these systems generate precise fabrication and shop drawings for various building systems, streamlining the manufacturing and assembly process. This automation reduces errors and accelerates construction timelines. On the other hand, digital models are increasingly used by regulatory authorities for code compliance checks, fire safety reviews, and permit approvals, ensuring that buildings meet all necessary standards before construction begins.

Moreover, BIM software automates cost estimation by extracting material quantities directly from the model. It supports construction sequencing, coordinating material orders, fabrication, and delivery schedules for all building components, enhancing project management efficiency.

Hexagon and Voyansi united to boost BIM and VDC capabilities in AECO industry

In June 2024, Hexagon, a global leader in digital reality solutions, acquired Voyansi, a provider of BIM, VDC (virtual design and construction) services, and BIM workflow software tailored for the AECO (architecture, engineering, construction and operations) industry. Voyansi specializes in digitizing diverse assets, such as data centers, hospitals, industrial facilities, and shopping centers, across all lifecycle phases. This acquisition strengthens Hexagon’s Geosystems division strategy by enhancing its reality capture and AECO offerings with advanced 3D modeling capabilities. The integration supports greater data accuracy, sustainability, efficiency, and collaboration throughout construction, while boosting asset operation and maintenance performance.

The essence

In summary, building information modeling is revolutionizing the construction and facility management industries by enabling smarter planning, seamless collaboration, and efficient operations. With advancements in cloud computing, edge technologies, and modular deployments, BIM continues to drive innovation, sustainability, and enhanced decision-making throughout the entire lifecycle of a building.

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