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Digitalization
Digita- lization

BIM is magical
Digitalization Knowhow
Digitalization & BIM

May 2, 2024

Reading time: 04:15


Illustration by
AllesWirdGut

Visualization by
AllesWirdGut

Photography by
(top down)
tschinkersten fotografie (EBS)
AllesWirdGut

Video by
AllesWirdGut

Why BIM? Building Information Modeling, in short, BIM, describes a method of optimized planning, construction, and operation of buildings and other architectures and has been used by AllesWirdGut for several years now. Already since the beginning of 2017, all projects have been developed with the help of open-BIM. The BIM pilot project for AllesWirdGut was the Electronic Based Systems Center at the University of Technology in Graz. From the initial preliminary design, there were four expert planners, responsible for BSE (Building Services Engineering), SE (Structural Engineering) plus the innovative methods IFC (Industry Foundation Classes) and BCF (BIM Collaboration Format), intensely and collaboratively working on the project. This led to better interface coordination, efficient problem solutions and improved planning quality in the project.

So, also in BIM planning—and in line with the firm’s general philosophy—AlledWirdGut places an emphasis on the WE! It is crucial for everybody involved, i.e. clients, planners, expert planners, builders, and operators, to work together, for it is only through collaboration that a better result with a surplus value and hence a successful project can be achieved.

BIM opens up a world of efficient and economical architectural planning and generates benefits for clients and operators until long after the planning stage of a building.

Planning—Simulation—Benefit BIM is not just 3D modeling but informs project scheduling, cost planning, building simulation, and facility-management planning. In this case, the BIM model provides the basis of communication between these areas in order to produce an efficient building for best possible manageability and operability, which in turn entails two very important factors: sustainability and cost saving.

Life-cycle-cost distribution for a building shown over a 50-year period of use

 

0 % Idea

6 % Planning

9 % Building

82 % Use

8 % Dismantling

„The ‘I’ in BIM is particularly important, as all relevant information relating to the assets are integrated in the virtual model.”

Agron Deralla, Head of Digitalization & BIM at AllesWirdGut

A Digital Twin With 3D-modeled buildings, we are able to make decisions regarding the optimization of the project as early as possible. It enables us to guarantee to the client maximum cost efficiency both at the construction and operational stages. In planning meetings, in the team or with external planners, we enter the 3D world of the ‘digital twin’ and can discuss geometry and other project attributes directly in the model without bringing paper plans to the table. After completion, the data generated provide the basis for the so-called ‘As-Built’ documentation in the operational phase. A central database with all necessary component attributes (walls, windows, staircases, floor coverings, down to volume flow controllers or valves) is always available to the operator and always up-to-date. The ‘digital twin’ lives on through the entire useful life period of the real building and therefore provides a great added value for the owners. This is just one of the many reasons why we and our partners firmly believe: BIM is magical!

Innovation and progress. BIM-planned buildings and architecture will be able to respond and react to their environment as well as to people in the future. With future-oriented thinking and by taking today the step of using BIM as a planning method, we pave the way for innovation and consciously decide to get on board with progress and digitalization.

3D model of the European patent office, Vienna (AT)

The 3D world allows for visual design quality control.
Cost diagram
Already at the concept stage, variants are included and assessed with key cost information.
Var. 1
Var. 2
Var. 3
Why BIM?
EBS – Electronic Based Systems Center, Graz (AT)
The building technology of the Electronic Based Systems Center, Graz (AT)
The building is first constructed in virtuality and then in reality.

BIM Management is responsible for modeling quality control. All projects are checked for completeness with regard to their geometry and the embedded information. This warrants greater reliability of planning data that are exchanged with external parties. BIM Management also coordinates the models and facilitates the flow of information from one position to the next. It pools knowledge on the what and how of everybody’s project contribution and thus can help create positive synergies in the entire team. Regular exchange of IFC data and collaboration through the BIM Collaboration Format creates high transparency and reduces potential sources of error.

Virtual & Augmented Reality By using Virtual or Augmented Reality, we have a possibility of walking around in the building model and experience the future building together with the client. Questions like “How’s the view from the apartments?” or “Is the entrance area clearly marked out?” can quickly and easily be visualized and answered in virtuality. Being able to make important decisions already in early project stages is a strategic advantage.

Virtual Reality (left) vs. 3D model (right)
NMP – Perlach Plaza, Munich (DE)

5 steps of successfull BIM-collaboration

No. 1

 

Initiation of BIM goals

Definition of requirements and

Role assignments

No. 2

 

Geometry

Information

Process

No. 3

 

openBIM Software

Interoperability

No. 4

 

Coordination

Quality Control

Simulation

No. 5

 

Agile planning

as a Team

Building smarter. Our team is trained to generate digital openBIM data that are useful not least for the client and/ or building operator beyond and after the planning process. Qualities and classifications by legal or building SMART standards are carefully documented for all building parts and elements. The models supplied therefore are very high quality. Moreover, our work processes are based on ÖNORM ISO 19650.

Agron Deralla
Head of Digitalization & BIM
Agron Deralla
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