- Building automation systems
- Building energy systems
- Building environmental control
- Data centers
- District heating and cooling networks
- Electrical installations
- Geothermal systems
- Heating, ventilation, air-conditioning, refrigeration
- Integral design
- Laboratories, clean rooms, research and educational institutes
- Sanitary installations, sprinkler systems
- Technical fire protection
- Bridges
- Environment
- Environmental construction supervision
- Environmental planning
- Geology
- Geomatics
- Hydraulic engineering
- Municipal engineering
- Natural hazards
- Noise control, vibration control
- Radon
- Railway construction
- Roads
- Spatial planning
- Traffic
- Underground engineering
- Urban and municipal engineering
Evacuation simulation
Evacuation simulations can be used as a decision-making aid to examine the permeability of an escape route system and possible evacuation scenarios. In individual cases, it can also be helpful to verify the results of an evacuation simulation by means of an on-site people flow analysis.
We use different simulation programmes to determine the evacuation times.
These enable us to ensure the required quality and plausibility of the simulation results.
Your contact person

Luca Dressino
Head of Business Unit Fire safety, Building physics Northwestern Switzerland
+41 61 317 61 75
|
luca.dressino@gruner.ch
Gruner AG
St. Jakobs-Strasse 199
CH-4020 Basel

Bojan Stevanovic
Head of Fire Safety, Building Physics Zurich, Eastern and Central Switzerland
+41 43 299 74 22
|
bojan.stevanovic@gruner.ch
Gruner AG
Thurgauerstrasse 80
CH-8050 Zürich
CONTACT PERSON

Luca Dressino
Head of Business Unit Fire safety, Building physics Northwestern Switzerland
+41 61 317 61 75
|
bHVjYS5kcmVzc2lub0BncnVuZXIuY2g=
Gruner AG
St. Jakobs-Strasse 199
CH-4020 Basel

Bojan Stevanovic
Head of Fire Safety, Building Physics Zurich, Eastern and Central Switzerland
+41 43 299 74 22
|
Ym9qYW4uc3RldmFub3ZpY0BncnVuZXIuY2g=
Gruner AG
Thurgauerstrasse 80
CH-8050 Zürich