
OUR PROJECTS
Your partner for efficient building planning
Building
Optimization
Partner
We are a team of specialists in dynamic building simulations. With in-depth expertise and state-of-the-art tools, we provide crucial insights to maximize the energy efficiency of buildings and significantly reduce their carbon footprint – both in new construction and renovations.
We are shaping the future of sustainable buildings. Using precise simulations, we establish energy-efficient and cost-saving construction methods as the standard. Our vision: We enable planning and project teams to realize buildings that meet ecological and economic requirements. At the same time, these buildings are equipped for future climatic challenges and offer a high level of user comfort.

OUR MISSION
Sound data for sustainable buildings.
Current situation
Static calculations lead to oversized, expensive systems and unnecessary consumption of resources.
Uncertain foundations and late findings cause delays and costs.
Conventional planning does not exploit savings potential and places a burden on the environment and budget.
With BOP
Dynamic simulation enables optimized plant sizes, reduces costs and saves energy.
Early simulations and variant comparisons create planning security and optimize projects right from the start.
Precise simulations maximise energy efficiency, minimise CO2 and reduce costs for sustainable buildings.
BRIEF INTRODUCTION
The team behind BOP

Thomas Fehr
Operations

Philipp Bruggmann
CEO

Gebhard Beck
Business Development

Emanuel Oehri
Engineering

Silvan Hollenstein
Engineering

Joe Sayed
Engineering

Joe Sayed
Engineering
JOBS
Shape the future of energy-efficient construction with us
Become part of our dedicated team at BOP and actively shape the future of energy-efficient building planning.
Specialist in Building Physics, Building Simulation & Energy Concepts (60-100%)
Schaan (LI), Rapperswil-Jona (CH), Remote
Junior Project Manager Building Simulation & Building Physics (40-100%)
Schaan (LI), Rapperswil-Jona (CH), Remote



