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BIM-digital transformation of design and construction
BIM (Building Information Modeling) is revolutionizing design and construction by combining all aspects of a construction project into a digital model that improves collaboration and efficiency. Through BIM, designers, engineers, contractors and investors can work on the same model, with access to precise information in real time. This integrated mode enables better decision – making, faster identification and problem solving, and cost optimization throughout the entire life cycle of the facility-from conceptual design to maintenance. The BIM design and construction method brings precision, reduces the risk of errors and increases the sustainability of construction projects in the long term.
BIM Compendium
Theory and practice
Practical tips for successful BIM data management. The manuals and tutorials we have prepared for you will facilitate the adoption of BIM procedures and the adoption of the BIM concept. These tutorials will help you overcome practical situations and obstacles that designers often encounter in their daily work. The basic concept of BIM is open cooperation in all programs and disciplines.
Overview of BIM software with a brief description of the application
Why choose our BIM solutions?
Improved cooperation and interoperability
Using the buildingSMART standard, BIM software allows you to work with open formats such as IFC, which facilitates the exchange of data across disciplines. Architects, engineers and contractors can collaborate in real time, thus reducing the possibility of misunderstandings and delays.
Increase design speed
BIM software accelerates design thanks to the ability to quickly adjust models and change in real time. In this way, changes in the design or execution stage can be implemented immediately, without loss of time and with maximum accuracy.
Budget accuracy and cost control
BIM software enables precise calculations of material quantity and working hours, which makes it easier to control costs and reduces unnecessary costs and delays during execution. This tool provides assurance that all assessments are accurate and aligned with the actual needs of the project.
Faster and easier to adapt to changes
Thanks to the centralized model, all changes in the project are immediately reflected through all phases of the model, thus reducing the risk of errors. Each change automatically updates related parts of the project, making BIM particularly useful in complex and dynamic projects.
Greater quality control in the execution phase.
BIM software allows quality control during the execution of works, because the project model can be compared with the works performed. Any deviation from the project documentation is immediately visible, which ensures consistency and precision throughout the process.
Sustainability and compliance with buildingSMART standards
Using BIM software according to buildingSMART instructions and certificates not only facilitates sustainable construction, but also ensures global compliance with standards, thereby increasing investor confidence and facilitating international cooperation.
Why is BIM better than 2D drawing?
The BIM process is better than 2D drawing because it allows you to create an integrated 3D model that contains all the necessary data about building elements, such as geometry, materials and costs. Unlike 2D drawings, BIM automatically updates all related parts of the model when changes occur, thus reducing the possibility of errors and mismatches between plans. In addition, BIM improves cooperation because all project participants, from designers to contractors, can work on the same model in real time, which speeds up decision-making and ensures accuracy at all stages of the project.
12 reasons why engineers choose BIM solutions
More accurate space modeling and design
BIM software enables the creation of detailed 3D models that show geometric relationships and spatial organization, thus helping to plan and design projects more accurately.
Better coordination with other departments.
The BIM platform enables integration with structural, valve and electrical systems, reducing the risk of conflict in the project and increasing the overall quality of the project
Faster adjustments and changes
BIM software automatically updates all related parts of the model when changing, which means less time on manual adjustments and reduced risk of errors.
Budget accuracy and security
BIM allows detailed modeling and precise static calculations, ensuring that all structural elements are accurately dimensioned and aligned with other parts of the building.
More effective management of change.
When changes occur to the project, the BIM software automatically updates the model, thus reducing the need to manually adjust the blueprints, facilitating coordination between teams and timely decision-making.
Simulation of real conditions
By using BIM, designers can simulate loads, static stability and other conditions, which allows better prediction of performance challenges and increases the safety of the final construction.
Optimization of Labor and costs
The BIM model makes it easy to track resources, materials and working hours, allowing for more precise cost control and performance planning. This helps contractors save time and optimize resources.
Reducing the risk of errors on the site
Thanks to the integration of all systems into a single model, BIM helps prevent conflict in the project, thus reducing the risk of costly errors and additional work on the construction site.
Easier monitoring of project progress
BIM enables visual monitoring of project phases, making it easier for contractors to align all activities and respond to challenges in a timely manner.
Transparency of costs and accurate estimates
BIM provides investors with accurate cost estimates through analysis of materials and working hours, which reduces the possibility of unforeseen costs and increases financial control over the project.
Long-term sustainability and reduction of maintenance costs
BIM allows all building data to be stored, thus facilitating future maintenance and reducing costs associated with reconstruction and adaptation.
Increase the value and quality of the project
By using BIM, investors gain a transparent insight into every aspect of the building, which increases the overall quality and value of the building, allowing easier manageability throughout the entire life cycle of the building.
BIM: a key asset for the future of the construction industry
BIM (Building Information Modeling) is transforming the way we design, build and manage buildings, bringing innovations that surpass traditional 2D methods. Through data integration, precision modeling and faster customization, BIM enables everyone involved – from architects and engineers to contractors and investors – a greater degree of control, accuracy and efficiency. BIM not only reduces the risk of errors and additional costs, but also increases the value and sustainability of a facility throughout its entire life cycle. The transition to BIM represents a step forward towards a more modern, collaborative approach to construction, setting new standards of quality and long-term value in the construction industry.
Products
Our Software AllPlan architecture it is not just a tool, but a possibility of limitless modeling. With intuitive modeling tools and BIM workflow, architects can overcome traditional limitations by modeling buildings that are as visually attractive as they are functional.
Allplan construction it's not just software, it's an approach to engineering innovation. With advanced design tools, civil engineers can improve their projects, ensuring safety and economy.
Allplan Road it is the path to efficient infrastructure development. Civil engineers can handle complex road projects, optimise compliance and ensure safety while delivering sustainable transport networks. There are advanced tools for creating 3D terrain, excavation, embankments, roundabouts, drainage and everything that requires a modern BIM infrastructure project.
SCIA Engineer it is not just an analysis software; it is a prudential for static innovation. Through SCIA Engineer, Civil Engineers can conduct complicated analyses, optimize structures, and provide construction to a variety of load cases.
Embracing the future of structural design IDEA StatiCa is more than just software for calculating steel joints and details to ubeton; it is a platform that redefines how engineers approach complex static challenges. Civil engineers can optimize their blueprints, analyze connections, and ensure constructive integrity with advanced and fast methods.
Lumion it's not just a rendering software, it's a tool to connect the imaginary with reality. Through Lumion architects can breathe life into their models, creating realistic experiences to the satisfaction of clients, participants and the general public.
GEO5 is a powerful software package for solving geotechnical tasks based on traditional analytical methods and finite element methods. By integrating geotechnical analysis and calculation, civil engineers can ensure stability, mitigate risks and optimise Foundation.
Parabuild is a software for workshop documentation of steel structures; it is a tool that bridges the obstacles between design and execution. Designers and contractors can streamline workshop designs, optimize production and ensure accuracy.
FRILLO is more than software for static analysis; Civil Engineers can analyze complex structures, assess stability, and ensure the safety of elements to various loads and Edge conditions.
BricsCAD it's not just CAD software; it's a flexible and powerful design and modeling platform. With support for DWG formats, advanced tools for 2D drawing and 3D modeling, and integration with BIM and mechanical design, BricsCAD Enables precision and productivity on every project. Designed for architects, engineers and designers, BricsCAD offers a reliable solution for all phases of design.
SketchUp is an intuitive 3D modeling tool that allows you to easily create, visualize and share architectural, construction and design projects. The platform supports detailed 3D modeling, documentation integration and cloud collaboration, making it ideal for architects, interior designers and construction professionals.
AX3000 is a software for innovation in MEP and HVAC design. With powerful tools for analysis, calculation, sizing and automatic modeling of Mechanical 3D systems, designers can create efficient, functional and sustainable mechanical systems that meet the requirements of modern architecture.
Design with energy efficiency in mind. AX3000 energy simulation it is not just a tool; it is a platform that allows designers to create energy-efficient buildings. By integrating energy analysis into the design process, designers can optimize MEP and HVAC solutions that minimize energy consumption and environmental impact.
ALLPLAN PRECAST is a platform that brings specially tailored AllPlan capabilities for prefabricated concrete structures. Simplifies the process of designing and manufacturing prefabricated structures. With precast, we can optimize construction projects and accelerate the production of prefabricated elements. There is a connection to machines in production which eliminates the possibility of errors and speeds up production.
Matterport it is a leading platform for 3D scanning and virtual walks, which enables the creation of accurate and realistic digital representations of space. By using Matterport, architects, real estate agents, construction professionals and property owners can easily document, share and view spaces in 3D format.
SIMLAB Stages with 3D scanning, it enables complete management of construction projects through the integration of BIM models, the creation of digital twins and 3D displays. With the ability to monitor progress in real time, manage documentation and analyze project phases, the platform ensures transparency and precision at every step of the project.
SIMLAB SIM-ON it is an innovative platform that blends digital twin technology with IoT device management, enabling full control of smart homes and buildings through an intuitive 3D interface. This platform enables centralized management of all IoT devices, regardless of manufacturer, providing users with a simple and intuitive experience.
Rhino 3D it is a powerful 3D modeling software that enables the precise creation, analysis and visualization of complex models. Known for its flexibility, it supports a wide range of formats and is used in architecture, product design and engineering, facilitating creative processes and technical performance.
VREX is an innovative virtual reality platform that allows construction and design teams to view, verify and collaborate on 3D models in a VR environment. By integrating with BIM software, VREX simplifies decision-making, problem identification and improves communication between project stakeholders in real time.
Bluebeam Revue it's not just a digital platform, it's a place for collaboration. By leaving behind paper and pen and adopting digital document management, architects can communicate more easily, leave notes and audits, thus minimizing inefficiencies and improving design processes.
Bimplus it is not just a collaborative platform, but a space where architects, engineers, investors and other participants in the project come together. It simulates real-time collaboration, improves data exchange, and ensures that within teamwork, the project is realized from concept to the final stage.
Catenda Hub a common data environment (CDE) helps construction and infrastructure stakeholders manage their projects. A cloud platform based on open standards allows you to exchange information, schedule, plan, assign problems and centralize all project data (2D plans, 3D models, documentation, etc.).
Allplan Bridge is software for bridge design and analysis; it is a solution that enables civil engineers to master all the challenges of bridge construction. With innovative tools and analysis capabilities, designers can optimize the construction, ensure safety and deliver beautiful and safe bridges. All of the above applies to the design of the tunnel. With this tool, the construction and reinforcement of the tunnel become one.
Solarius PV is professional software intended for technical design and economic analysis of all types of photovoltaic systems connected to national power grids. It provides a complete solution for dimensioning, financial analysis and creation of simple schemes, tailored to different needs and situations.
TerMus PLUS is an innovative software that uses EnergyPlus™ solver to dynamically simulate and analyze the energy performance of buildings. By integrating with BIM models, it enables precise calculations of energy consumption, heat loss and optimization of heating, cooling and ventilation systems.
AllPlan for geotechnicians BIM is a solution that enables geotechnical engineers to accurately and efficiently design foundations, embankments, retaining walls and other geotechnical elements.
Nemetschek dTwin it is an open, cloud-based platform for digital twins that enables the integration of all building data – from design and construction to management. By connecting information from CAD / BIM systems, IWMS and IoT sensors in real time, dTwin provides a comprehensive overview and data analytics of your objects.
