Building Information Modeling (BIM) is a multi-faceted process

Building Information Modelling (BIM) is a multi-faceted process that requires digital representations that connect and manage the physical and functional elements of space This approach relies on a variety of tools, technologies and contractual arrangements. At its core, BIM is about the development of building information models (BIMs), which are digital files—often containing proprietary, proprietary data—that can be extracted, modified, or transmitted over networks These models play an important role in the relevant decision-making processes towards manufactured assets.

BIM software finds extensive application in private, business and government agencies involved throughout the life cycle of buildings and various physical structures It includes planning, design, construction, operation and maintenance, including water systems, waste management, electricity, gas, communication infrastructure, including roads, railways, bridges, ports, canals and encompasses a wide range of infrastructure sectors

Although the conceptual roots of BIM can be traced back to the 1970s, it was not until the early 2000s that it gained formal recognition. In terms of standardization and global acceptance, the development of BIM has accelerated in different countries. The development of Industry Foundation Classes (IFCs), the data structures needed to represent information in BIM, pioneered by building SMART, culminated in the launch of the international standard ISO 16739 in 2013. Period same, the development of joint BIM process standards, ISO 19650, officially launched in January 2019. These milestones highlight global approach and standards

that requires digital representations that connect and manage the physical and functional elements of space This approach relies on a variety of tools, technologies and contractual arrangements. At its core, BIM is about the development of building information models (BIMs), which are digital files—often containing proprietary, proprietary data—that can be extracted, modified, or transmitted over networks These models play an important role in the relevant decision-making processes towards manufactured assets.

BIM software finds extensive application in private, business and government agencies involved throughout the life cycle of buildings and various physical structures It includes planning, design, construction, operation and maintenance, including water systems, waste management , electricity, gas, communication infrastructure, including roads , railways, bridges, ports, canals and encompasses a wide range of infrastructure sectors

Although the conceptual roots of BIM can be traced back to the 1970s, it was not until the early 2000s that it gained formal recognition. In terms of standardization and global acceptance, the development of BIM has accelerated in different countries. The development of Industry Foundation Classes (IFCs), the data structures needed to represent information in BIM, pioneered by buildingSMART, culminated in the launch of the international standard ISO 16739 in 2013. Period same, the development of joint BIM process standards , ISO 19650, . officially launched in January 2019. These milestones highlight global approach and standards