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BIM - Building Information Modeling Software

Current market overview of BIM software. BIM stands for Building Information Modeling. It is a method for planning, executing and managing construction projects with the help of computer-aided 3D models. Building Information Modeling (BIM) aims to avoid delays and cost overruns, especially on large projects.

In addition to 3D modeling, BIM software supports the integration of different types of data, including geometric, temporal, financial and legal information. BIM-Software ermöglicht die Identifizierung von Kollisionen und Konflikten zwischen verschiedenen Bauteilen oder Gewerken im 3D-Modell. Sie kann dazu eingesetzt werden, um automatisch Mengen und Kosten von Bauteilen und Materialien zu berechnen und ermöglicht u.a. die Erstellung von Bauzeitplänen und die Visualisierung des zeitlichen Ablaufs eines Bauprojekts. BIM-Software unterstützt die Bewertung der Energieeffizienz und Nachhaltigkeit eines Gebäudes. BIM-Software ermöglicht in der Regel eine verbesserte Zusammenarbeit und Kommunikation zwischen den verschiedenen Projektbeteiligten. Sämtliche Informationen sind zentral verfügbar, was die Effizienz der Zusammenarbeit erhöht. BIM is a central component in the digital transformation of the construction industry, as it enables the integration of planning, costing, sustainability, efficiency and facility management.

Are you looking for a suitable BIM software?
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Tekla Structures for steel, metal construction, plant engineering
Professional CAD software for 3D steel structures (single/multi-user)
Professional CAD software for 3D steel structures (single/multi-user) Tekla Structures is a particularly powerful 3D CAD software for steel, metal and plant construction, Tekla Structures is widely used internationally and enables users worldwide to effectively create and manage geometrically highly accurate structures, regardless of the material, size or complexity of the structure. Tekla Structures models are suitable for handling the entire construction process, from design to fabrication, erection and construction management. This speeds up the process and eliminates errors ...
SIDOUN Globe
AVA software with cost management and full MS Excel and Word integration
AVA software with cost management and full MS Excel and Word integration SIDOUN Globe® wants to provide all parties involved in construction projects with an excellent software tool that allows them to realize their full potential and maximize their performance. The innovative AVA software is valued by architects and engineers, construction companies, cities and municipalities alike. In constant customer contact and continuously developed, SIDOUN Globe® is characterized above all by flexibility and performance and has many unique selling points.
HiCAD - the powerful 3D CAD system
2D/3D CAD system, integrated industry functions, free and parametric mod.
2D/3D CAD system, integrated industry functions, free and parametric mod. Whether mechanical and plant engineering, sheet metal working, steel or metal construction, every industry has its own requirements for a CAD system. With our HiCAD CAD software, we offer you the all-in-one solution for fast and successful product development in 2D, in 3D and in every industry - even for cross-industry projects. With its hybrid technology, HiCAD is the only CAD system that provides not only 2D and 3D, but also all industry functions and functions for product data management in one system, thus covering all areas of engineering.
Tekla Structures for in-situ concrete, precast concrete, formwork & reinforcemen
Professional CAD software for 3D reinforced concrete structures (single/multi-user)
Professional CAD software for 3D reinforced concrete structures (single/multi-user) Tekla Structures is a powerful 3D CAD and Building Information Modeling software for steel, reinforced concrete and precast concrete construction. The software enables users worldwide to effectively create and manage geometrically highly accurate structures, regardless of the material, size or complexity of the structure. BIM Software Tekla Structures Tekla Structures is a software for Building Information Modeling (BIM). Tekla models are suitable for handling the entire construction process, from design to fabrication, erection and construction management ...
ELITECAD 3D BIM Software
model-oriented and parametric 3D CAD software (BIM)
Free trial version! With the model-oriented 3D CAD software ELITECAD Architecture you playfully develop your BIM ( 3D CAD model ). For this purpose, the complete architecture functionality, such as parametrics for walls, ceilings, windows, roofs, stairs, professional rendering, graphical mass determination, extensive interfaces and libraries are available. The definition of free-form surfaces and the modeling of free 3D bodies are also part of the functionality of the full version. The BIM (Building Information Modeling) can be displayed photorealistically by means of integrated rendering functionality and is represented in floor plans ...
BricsCAD®
Modern 2D drawing and 3D modeling software, BIM and mechanical engineering CAD software
Modern 2D drawing and 3D modeling software, BIM and mechanical engineering CAD software BricsCAD® BIM - Real BIM in .dwg - The software offers the BricsCAD® BIM workflow, a BIM-capable concept modeler, QUICKDRAW and AUTOMATCH tools, automatic BIM element classification, AI-based PROPAGATE workflow and associative construction documentation.
Trimble Connect - Ready-to-run data for construction
The powerful BIM platform: work anywhere and from any device
The powerful BIM platform: work anywhere and from any device Trimble Connect is a cloud-based BIM platform for construction project collaboration and successful Building Information Modeling. Ensure that all stakeholders have access to exactly the execution-ready data they need at the right time. The platform provides a common project space with all the latest information: Easily and quickly store and view all common model formats. A connector provides even easier access for Tekla, Revit and other applications. In addition, you can store and view all common 2D file formats such as docx, xlsx, pdf, png, etc ...
SPIRIT
The BIM CAD software for every way of working.
The BIM CAD software for every way of working. Draw in 2D, design in 3D or use the predefined 3D components to save time (walls, windows, stairs, etc.). With SPIRIT you use a professional CAD software for construction planning - from design to construction and cost planning. Implement 2D and 3D designs intuitively. Implement BIM! Teamwork through open interfaces - compatibility with other software.
AVANTI
The optimal AVA software for your successful BIM process.
The optimal AVA software for your successful BIM process. With AVANTI, you can optimize your BIM process and maximize efficiency. You can determine the project costs. In addition, you have the option of creating your own knowledge database to obtain a comprehensive cost overview in the early service phases. This knowledge database can be seamlessly combined with current data from Sirados, STLB-Bau or BKI. A unique feature of AVANTI is the integrated GRAVA tool for graphical quantity takeoff, which is not available in any other AVA software.
ALPI Caneco Implantation
Planning and design of electrical systems in 2D/3D on the Autodesk AutoCAD platform
Planning and design of electrical systems in 2D/3D on the Autodesk AutoCAD platform Caneco Implantation represents an innovative application that is used in combination with the latest Autodesk® software. The aim is to automatically place and wire electrical equipment in 2D and 3D architectural plans. This advanced solution has been specifically designed for different electrical sectors, including residential, tertiary and industrial. By using Caneco Implantation, you optimize the entire electrical planning process and ensure efficient and precise implementation of your projects.
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Software Tips

What is BIM?

BIM is the abbreviation for "Building Information Modeling". It is a process-oriented approach that enables the creation and management of digital representations of the physical and functional properties of buildings or other structures. BIM is more than just the creation of 3D models. By including information about every part or component of a building and integrating it into a common digital model, it is a holistic overall model.

In a BIM model, various aspects of a building, such as geometry, materials, physical properties, costs, schedules and life cycle data, are linked together. This enables comprehensive planning, design, execution and management of buildings throughout their entire life cycle.

By using BIM, various parties involved in the construction process, such as architects, engineers, construction companies and clients, can work together on a digital model, which improves communication, reduces errors and increases the efficiency of the construction process. BIM is increasingly being used in the construction industry worldwide to improve the quality, sustainability and cost-effectiveness of construction projects.

What is BIM software?

A BIM platform, BIM software or BIM tool is a software application or technological platform specifically designed for the creation, management and collaboration of Building Information Modeling (BIM) projects. This software enables users to create, edit and manage digital models of buildings or other structures by integrating information about various aspects of the structure. When selecting BIM software, it is crucial that all data is combined on a standardized, common platform and that all building components can be related to each other and displayed. BIM programs often do not map the entire construction project, but are designed for sub-areas such as maintenance planning, as a visualization tool, as a BIM tool for dimensioning and calculation or, for example, as a drawing program for architects.

Is BIM a CAD software? What is the difference?

BIM (Building Information Modeling) is not CAD (Computer-Aided Design) software in the traditional sense, although BIM builds on and integrates CAD technologies. CAD software is typically used to create 2D or 3D drawings of construction projects, with a focus on graphical representation. CAD programs allow users to create detailed drawings of building parts or components, but they usually contain limited or no information about the actual physical properties or behavior of these elements in the structure.

BIM goes beyond CAD by not only enabling the graphical representation of building components, but also integrating information about those components. A BIM model stores data about each part or component of a structure, including dimensions, materials, costs, manufacturer data, construction phases, relationships to other components, etc. This data can be used in a BIM model to perform complex analyses, simulations and much more. BIM enables a more comprehensive and inclusive approach to construction project management by enabling better collaboration, efficiency and accuracy throughout the lifecycle of the structure.

What information does a BIM platform contain?

A BIM platform comprises various pieces of information that are related to each other.

What information does a BIM platform include

Drawings, plans

Drawings, plans

These include floor plans, sections, elevations, construction schedules, network plans and other construction drawings as well as 3D models of the buildings, facilities or infrastructure, which contain detailed information on the components and their placement.

Simulation data

Simulation data

Data from Building Energy Simulation (BES), Computational Fluid Dynamics (CFD) and Finite Element Method (FEM) simulations to analyze energy efficiency, air flows and structural behavior.

Calculations

Calculations

This involves cost calculations, budget planning and tracking as well as resource allocation.

Component lists

Component lists

This includes detailed lists of the components used, their properties, quantities and costs.

Documents, service specifications

Documents, service specifications

Contains technical specifications, material lists and other relevant documents for the construction process.

Photos, Videos

Photos, videos

Visual recordings of construction sites, construction progress and defects for documentation and analysis.

Meta data

Meta data

Additional information on the components and models such as manufacturer data, installation instructions and maintenance history.

Weather data

Weather data

Climatic information, including temperature, humidity and wind speed, which can have an impact on construction processes.

Communication data

Communication data

Minutes of meetings, e-mails, comments and other forms of communication that arise during the construction project.

Interoperability with BIM tools

Interoperability in BIM tools is crucial because it enables collaboration and the smooth exchange of data between different software solutions and project participants.

Advantages of interoperability

Ensuring interoperability


Open standards

APIs (Application Programming Interfaces)

Platform-independent formats:

Certifications and test procedures:

Where are BIM programs used?

BIM programs are used in various areas of the construction industry and construction project management to create, manage and use digital models of buildings or other structures.

Advantages of using BIM software

Advantages of using BIM software

Improved collaboration

Improved collaboration

BIM promotes collaboration between the various stakeholders in a construction project, including architects, engineers, contractors and clients. All parties involved can work on a central digital model and exchange information in real time, resulting in better coordination and communication.

Early fault detection

Early fault detection

By creating detailed digital models, potential errors and conflicts can be detected early on in the planning process. This makes it possible to identify and rectify problems before they affect the construction site, reducing cost and time overruns.

More efficient planning and execution

More efficient planning and execution

BIM enables more precise planning and execution of construction projects, as all relevant information is brought together in an integrated model. This makes it easier to plan workflows, allocate resources and create schedules, which leads to more efficient execution.

Better visualization

Better visualization

With BIM, construction projects can be visualized in 3D, making it easier for stakeholders to understand and review the final product. This promotes better decision-making and allows clients to visualize the finished building even before construction begins.

Optimization of operation and maintenance

Optimization of operation and maintenance

BIM can also be used after completion of the construction project to provide information for the operation and maintenance of the building. By integrating operational data into the BIM model, facility managers can optimize the building's performance and reduce operating costs.

Sustainability

Sustainability

BIM enables a holistic view of the construction project, including its impact on the environment and sustainability. By optimizing design decisions and analyzing environmental data, construction projects can be made more sustainable.

Typical functions of BIM software

Tips for selecting BIM software