Do you need support?
Our association is centred around the idea that every member represents a valuable resource of specialist knowledge. Our community of experts is ready to support building owners, planners and authorities in all matters relating to simulation issues. In a constantly evolving construction and planning world, the use of simulation technologies is becoming increasingly essential in order to make informed decisions and achieve optimal results.
Direct support for building owners:
Building owners are often faced with complex decisions that require precise and phase-appropriate simulation. Our experts can help you understand the impact of different scenarios, whether in terms of energy efficiency, resource utilisation or structural optimisation.
Advice for planners:
Planners must ensure that their designs are not only visionary, but also feasible. Our experts support planners in simulating designs to ensure efficiency, sustainability and feasibility.
Co-operation with authorities:
Authorities are faced with the challenging task of monitoring and regulating urban developments and infrastructure projects. Our experts offer their support through simulation-based analyses and the provision of proof of compliance with standards. This not only improves the realisation of quality buildings, but also increases confidence in the effectiveness of simulation tools.
Experts
Our experts can provide you with information and support in the following areas.
Contact us: info@gebaeudesimulation.ch
Evidence
This refers to simulations for "official" certificates, i.e. simulations that are linked to the submission of a certificate to an authority in the authorisation process or to obtaining a label.
| First name | Name |
|---|---|
| Valentina | Zanotto |
| David | Akeret |
| Moritz | Zwahlen |
| Ananthan gum | Logeswaran |
Building performance
This area includes simulations that test and optimise the building as a building substance alone (architecture, i.e. design and materialisation) or in combination with the building and control technology with regard to "building performance".
| First name | Surname |
|---|---|
| Valentina | Zanotto |
| Moritz | Zwahlen |
| Andrii | Zakovorotnyi |
| Christian | Del Taglia |
| David | Akeret |
| Ananthan gum | Logeswaran |
Acoustics
This refers to simulations that test and optimise the acoustic properties of building components, rooms in the building or the noise situation outside buildings.
| First name | Surname |
|---|---|
| Experts under review | Experts under review |
Comfort
This subject area includes simulations that test and optimise comfort in terms of temperature, humidity, air velocity, radiation and pollutants in or around the building.
| First name | Surname |
|---|---|
| Valentina | Zanotto |
| Florian | Dill |
| Andrii | Zakovorotnyi |
| Christian | Del Taglia |
| David | Akeret |
Building technology
This refers to simulations that test and optimise the generation and distribution of heat, cold, air or water in the building.
| First name | Surname |
|---|---|
| Hanna | Gäbelein |
| Andrii | Zakovorotnyi |
| Florian | Dill |
| Ananthan gum | Logeswaran |
Energy grids
This refers to simulations that test and optimise microgrids (electricity subgrids) and heating networks. These energy networks include the generation, storage and distribution of energy between buildings.
| First name | Surname |
|---|---|
| Experts under review | Experts under review |
Light
This refers to simulations that test and optimise the light in or around the building. This can involve both daylight and artificial light.
| First name | Surname |
|---|---|
| Experts under review | Experts under review |
Fire protection
Simulations are used to test and optimise the impact of a fire on the people in the building or on the building itself.
| First name | Surname |
|---|---|
| Experts under review | Experts under review |
