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When speaking about BIM software, it is important to keep in mind that we are not discussing any particular computer program. BIM - Building Information Modelling - is a process that provides the AEC sector professionals with a digital representation of physical and functional characteristics of a facility. BIM is a working methodology that builds upon collaborative work, interoperability, circular workflows, and coordination. However, to achieve all that, we have to choose a software program suited to our needs and make good use of it. There are many BIM software solutions available today. We might even say that narrowing down the products to choose from is the real challenge. Different software solutions are recommended for carrying out different tasks. In what follows, we are going to present some of the tools available in today’s market.
The function of BIM systems goes beyond just a computer-aided design (CAD). When utilized properly, it can help to reduce costs, spot and fix errors before they happen in the actual construction, and accelerate construction schedules. BIM architecture software gives engineers and architects the right tools and insights in planning, designing, constructing, and managing the construction of buildings and infrastructures more efficiently. Some of the packages available to the AEC sector professionals for BIM modeling to work collaboratively and simultaneously on their projects are:
Notable Features: Multi-Disciplinary Tools, Immersive Models, Detailed Visualizations, Documented Images, Interoperable Platform To take into account: Compatible with Microsoft Windows only.
Notable features: its algorithmic design that helps to avoid gaps between early stage design and BIM, its open workflow that enables participation of project members regardless of the tool they use
Notable features: BIM-aided design, design freedom for 3D objects, visualization at the highest level, smooth data exchange and information management, easy access to tools based on roles and tasks. Allplan Youtube
Notable features: effective collaboration across multi-discipline teams in a common design environment and streamlined workflow, production of building documentation and reports directly from a user’s intelligent building model.
Notable features: powerful geometry, knowledge-driven modeling, unlimited scalability, interoperability However, for specific tasks, there is a variety of other software solutions available. We’ve grouped the rest of BIM software into one of 10 categories: planning and construction management; measurements and cost control; calculations, representation and visualization of structures, calculation and/or representation of mechanical, engineering and plumbing (MEP) systems; energy efficiency studies; facility management; visualization and revisions; conflict detection; modeling and rendering; Collaborative BIM Solutions/SaaS (Software as a Service) for BIM.
This type of software allows to explore and evaluate a project’s constructability before it is built while improving its cost reliability and increasing coordination between stakeholders.
Here you find software that can be used for construction estimating, scheduling and design management. These are integrated platforms where users can choose from focused workflows for design, cost and time.
Here you find software to calculate and visualize different materials and structures.
BIM software for MEP (mechanical, electrical, and plumbing) building systems will help us to design, detail, estimate, fabricate and install the systems more quickly and accurately. Through the use of those tools, the teams will improve collaboration, streamline projects, and reduce risk and waste across the entire project team.
Conducting analyses on the design model is critical, as this leads to considerable energy saving. As part of the BIM process, we can calculate the reductions using whole building energy analysis. Some studies, for example, show that when a design team uses whole building energy analysis, they can save an average of 20 percent on energy use.
For facility managers, BIM software can be a powerful new tool to enhance a building’s performance and manage operations more efficiently throughout a building’s life.
Here we list tools that can be used to view, analyze, merge and discuss BIM models. Their use allows the planner to plan, review and implement their schedule within a seamless workflow.
BIM software for conflict detection provides a fully automated routine to identify, visualize and resolve conflicts between the architectural design and the engineering design of the MEP networks.
Here we offer you a list of 3D modeling and rendering software for design visualization.
Here you find the software for file management to connect project teams and data in real-time, from design through construction. This software supports informed decision-making and also helps to achieve more predictable and profitable outcomes.
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