The primary problem that Building Information Modelling (BIM) addresses is the traditional fragmentation of construction and urban planning processes. Historically, miscommunication and siloed information between architects, engineers, contractors, and city planners have led to costly overruns, delays, and discrepancies between design and execution. BIM is an integrated process that involves generating and managing digital representations of the physical and functional characteristics of places. These representations, known as BIM models, are built using coordinated, reliable information about a project from design through construction and into its operational life. BIM is a shared knowledge resource by encapsulating detailed dimensions, materials, spatial relationships, geographic information, and quantities and properties of building components.
The utility of BIM in the urban context extends far beyond mere visualisation. It facilitates a more automated, efficient, and error-free construction process, as well as more sustainable construction practices. Stakeholders can simulate and analyse potential impacts before physical work begins, reducing the risk of error and enabling more informed decision-making. Moreover, BIM enhances collaboration among all parties involved by maintaining a consistent and accessible data environment throughout a project's lifecycle. This aspect is crucial for complex urban projects that require the integration of various disciplines and regulatory compliance.
As urban populations grow, so does the demand for infrastructure. BIM is a powerful tool that can help manage and mitigate the complexities associated with this growth. By improving the accuracy of construction documents and fostering a collaborative approach to urban development, BIM significantly reduces waste and increases efficiency in building projects. Its ability to integrate with other emerging technologies, such as artificial intelligence and the Internet of Things (IoT), positions it as a key element in the advancement of smart cities, making it a technology with immense potential.
Owner of the Arnold renderer, which integrates AI denoising to optimize high-end VFX workflows for film and TV.
The international authority for openBIM standards, responsible for developing and maintaining the Industry Foundation Classes (IFC) data standard.
A leading vendor of software for the AEC industry, owning major BIM brands like Graphisoft (Archicad), Allplan, and Vectorworks.
Arup
United Kingdom · Company
A multinational professional services firm dedicated to sustainable development, known for pioneering the use of BIM in complex engineering projects.
Develops Tekla Structures, a leading BIM software for structural engineering and steel detailing, along with hardware for connecting BIM to the field.
A digital building platform service provider, focusing on the entire lifecycle of construction projects primarily in the Asian market.
United States · Company
A global design, architecture, engineering, and planning firm that explicitly integrates biomimicry into city planning and building design.
A construction management software platform that integrates BIM models for field teams to view and collaborate on mobile devices.
Global leader in GIS software (ArcGIS), providing the spatial analytics layer used by thousands of local governments for urban planning and policy.
Paper
A comprehensive review on building information modelling (BIM), its implementations and applicationsDiscover Civil Engineering · Oct 6, 2025
Synthesizes fragmented research across construction management, structural, and architectural domains, evaluating tools like Revit and Navisworks through global case studies.
Article
The impact of integrating artificial intelligence and Building information modeling (BIM) systems on the development of construction methodologiesJournal of Umm Al-Qura University for Engineering and Architecture · Sep 16, 2025
Investigates how the integration of AI with BIM enhances construction efficiency, accuracy, and decision-making across project lifecycles, driving a transformation in project delivery.
Article
A comprehensive review on building information modelling (BIM), its implementations and applicationsDiscover Civil Engineering · Oct 6, 2025
Synthesizes research across construction management, structural, and architectural domains, highlighting practical insights from global case studies and high-profile international projects.
Paper
The impact of integrating artificial intelligence and Building information modeling (BIM) systems on the development of construction methodologiesJournal of Umm Al-Qura University for Engineering and Architecture · Sep 16, 2025
Explores how AI-BIM integration enhances construction efficiency, accuracy, productivity, and decision-making across project lifecycles.
Article
This robot dog is changing the way buildings are designed, constructed, and usedfastcompany.com
Spot can scan and analyze buildings to find mistakes or determine how the space is being used.
Article
Using BIM for Urban Design: Benefits for Your Career and Design Processnovatr.com
Urban design is an intricate process that shapes the physical development of towns and villages, creating urban spaces that cater to the needs of their inhabitants. These spaces are carefully crafted by skilled professionals known as urban designers, who employ a diverse range of expertise in architecture, landscape architecture, urban planning, engineering, and sociology. By integrating these disciplines, urban design team strives to develop functional, aesthetically pleasing, and durable urban environments. In this blog, we explore the applications of Building Information Modeling (BIM) in the field of urban design. BIM, a digital process that enables the creation, management, and sharing of detailed 3D models, has revolutionized the way urban designers plan and execute their projects. By harnessing BIM's potential, urban designers can create more sustainable, efficient, and cost-effective urban spaces while fostering collaboration and communication among various stakeholders.
Article
Green BIM and CIM: Sustainable Planning Using Building Information Modellingresearchgate.net
The design, construction and management of sustainable and intelligent buildings, neighbourhoods and cities require tools that can manage complexity in a completely different manner to the practices adopted to date. This chapter introduces the most advanced current approach, Building Information Modelling (BIM), focusing in particular on its use to support green and smart planning of buildings, neighbourhoods and cities. The initial part of the chapter introduces the general concepts underlying the BIM. The second part explores its application, the Green BIM, intended as the use of the tool to support the sustainable design of buildings. The chapter concludes with the introduction of a more recent concept, the City Information Modelling (CIM), intended as a common platform to design, build and manage the buildings, infrastructures and services of neighbourhoods and cities that evolve towards sustainable and smart schemes.
Article
Building Information Modeling for a Smart and Sustainable Urban Spacewiley.com
Urban spaces are being called upon to develop a capacity for resilience and sustainability in order to meet the major challenges they face. To achieve such a goal, a practical development framework must be implemented in order to take advantage of the technological innovations that characterize the field of construction and urban engineering. Today, multi-scale BIM is bringing about significant changes that are redefining the paradigms of urban management. It facilitates simulations of the sustainability of urban spaces with respect to several criteria; most notably relating to energy, the economy and the environment.
Article
Use of BIM in Development of Smart Cities: A Reviewiopscience.iop.org
A smart city is a community that uses information and communication technologies (ICT) to enhance the standard of community services and the health of people. The smart city concept takes into account the better engagement of its citizens for sustainable resource utilization, social and better relational capital while assuring its quality and performance. Building Information Modeling (BIM) is a computer-aided modern parametric solution to revolutionize the decision-making process in the construction of energy-efficient buildings and smart cities. BIM enables design, development, operate and manage the construction endeavors cost-effectively while sharing and exchanging information to all the stakeholders involved. The practical implementation of BIM results in the mitigation of risks in the initial phases of the projects. This paper explores the components of a smart city concept using BIM and its various variants in the development of a smart city. The geographic information system (GIS) environment can aid in providing a suitable data management system in transportation design with minimum accidents, earthquake mitigation, and preventing fire hazards to build a smart city. The review highlights the various tools such as GIS, Building Energy Model (BEM) could be an innovative concept to make a smart city. The given review will help policymakers to adopt BIM on their way to build a sustainable, reliable, energy-efficient smart city construction.
Article
Blockchain and Building Information Modeling (BIM): Review and Applications in Post-Disaster Recoverymdpi.com
Blockchain Technology (BCT) is a growing digital technology that in recent years has gained widespread traction in various industries in the public and private sectors. BCT is a decentralized ledger that records every transaction made in the network, known as a ‘block’, the body of which is comprised of encrypted data of the entire transaction history. BCT was introduced as the working mechanism that forms the operational basis of Bitcoin, the first digital cryptocurrency to gain mainstream appeal. The introduction of decentralized data exchange technology in any industry would require strengthened security, enforce accountability, and could potentially accelerate a shift in workflow dynamics from current centralized architectures to a decentralized, cooperative chain of command and affect a cultural and societal change by encouraging trust and transparency. BCT aims at creating a system that would offer a robust self-regulating, self-monitoring, and cyber-resilient data transaction operation, assuring the facilitation and protection of a truly efficient data exchange system. In the state of Florida, climate change and unpredicted weather disasters have put pressure on state and local decision-makers to adapt quick and efficient post-disaster recovery systems. Part of the recovery efforts is the reconstruction of buildings and infrastructure. The introduction of new technologies in the Architecture, Engineering, and Construction (AEC) industry can contribute to addressing recovery and rebuilding after the event of a natural disaster. With parallel technological advancement in geospatial data and Geographic Information System (GIS), as well as worsening climatic conditions, concerns can be suitably addressed by employing an integrated system of both Building Information Modeling (BIM) and BCT. While several potential applications of BIM must provide solutions to disaster-related issues, few have seen practical applications in recent years that indicate the potential benefits of such implementations. The feasibility of BIM-based applications still rests on the reliability of connectivity and cyber-security, indicating a strong use case for using BCT in conjunction with BIM for post-disaster recovery. This research depicts a survey of BCT and its applications in the Architecture, Engineering, and Construction (AEC) industries and examines the potential incorporation within the BIM process to address post-disaster rebuilding problems. Moreover, the study investigates the potential application of BCT in improving the framework for automating the building permitting process using Smart Contract (SC) technologies and Hyperledger Fabric (HLF), as well as discussing future research areas. The study proposes a new conceptualized framework resulting from the integration of BCT and BIM processes to improve the efficiency of building permit processes in post-disaster events.
Article
Automated compliance checking using building information modelsresearchgate.net
Building designs in the UK are currently checked manually against a frequently changing and increasingly complex set of building regulations. This is a major task for both designers and enforcers, often leading to ambiguity, inconsistency in assessments and delays in the overall construction process. Technical developments in Building Information Modelling (BIM) offer the potential for a new generation of software tools that can automate the checking of compliance with building codes, thus improving the efficiency of building design and procurement. To attain these efficiencies designers must change their working practices and move away from the definition of a building in multiple and disparate documents to a single coherent building model from which the documentation is generated. Theoretically, this building model could contain sufficient information to respond to interrogation at the level of building code compliance, though in practice only a percentage of the required information is normally present. This paper reviews previous research into automated code compliance, identifies the key issues for future development and examines the causes of information paucity for compliance checking in the current generation of BIM tools.
Article
ARCHITECTURAL ANALYSIS TOOL EVALUATES BUILDING DESIGNS FOR SUSTAINABILITYspringwise.com
The software, built by researchers from Cornell University’s Environmental Systems Lab, rates carbon emissions, energy use and light produced
Article
State-of-the-Art Review on the Applicability of AI Methods to Automated Construction Manufacturingresearchgate.net
Productivity in the U.S. construction industry has stagnated over the past 50 years, whereas manufacturing industries have about doubled productivity levels. Adoption of smart manufacturing with construction has challenges to achieving efficiency in a factory environment. Construction projects are one-off designs with little replication in the configuration of components. The ability to reconfigure factory production and network optimization performance help smart manufacturing systems. Artificial intelligence (AI) is well suited to this problem. This paper provides an in-depth review of AI methods and how the technology may be applied to automated construction manufacturing systems. This starts with a state-of-the-practice review of AI applications within construction manufacturing. This is followed by an identification of the AI needs of construction manufacturing systems. Lastly, the paper reviews the state-of-the-art of artificial neural networks (ANNs) (e.g. deep learning and transfer learning) from the domains of manufacturing and industrial engineering, and discusses the potential for application to construction manufacturing. The objective of the paper is to help identify the direction for future research and development in this field.
Article
What Happens When Algorithms Design a Concert Hall? The Stunning Elbphilharmoniewired.com
