We convert. We extend.
We build with timber.

We are pleased to offer the following services:

Design and planning of urban, architectural, and interior projects.

Elaboration of all planning stages - from concept design to realisation.

Preparation of feasibility studies as a solid foundation for decision-making.

Advice on the acquisition of real estate property.

We convert.

For every new project, we first assess whether existing building structures can be preserved. There are numerous reasons why renovation and conversion are often more sensible options than demolition and new construction:

Sustainability and Resource Conservation

Demolition usually results in the loss of reusable building materials. In contrast, renovation allows for the preservation and reuse of existing structures, reducing waste and minimizing the consumption of new materials. The production of building materials is energy-intensive and associated with high CO₂ emissions. Renovating can significantly reduce the carbon footprint, as the resources of the existing building stock are put to continued use.

Preservation of Historical or Cultural Values

Many existing buildings hold historical or cultural significance. Through careful restoration, the character and identity of these buildings can be preserved while simultaneously modernizing them and adapting them to current needs.

Fascinating Overlays

Carefully renovated buildings reveal traces of history. The layering of different time periods creates a unique spatial quality and atmosphere that new constructions cannot replicate.

Cost and Time Savings

Renovations are often more cost-effective than demolition and new construction, especially when the existing building structure can be largely preserved. Furthermore, renovations can often be completed more quickly than new builds, reducing vacancy periods and making the space available again sooner.

Protection of Existing Structures

In some cases, older buildings may not comply with current building codes but are still protected under "grandfather" clauses. In such instances, opting for renovation can be advantageous.

We extend.

The search for densification potential within existing structures is a core aspect of our daily work. There are numerous reasons why we often opt for expansion and densification strategies in our projects:

Efficient Use of Available Land

By densifying existing settlement areas, the need for new, unsealed land is reduced. This allows valuable natural areas to be preserved while optimizing the use of existing built-up areas.

Optimum Utilisation of Existing Infrastructure

Existing infrastructures can be utilised more efficiently and purposefully developed through densification, without the need to create expensive new infrastructures from scratch.

Increase in Value

Extending a property not only increases its market value but also enhances its social value. The creation of additional space opens up opportunities for new activities, enriching the range of offerings while preserving the property's existing qualities.

We build with timber.

We use timber as a building material wherever possible and sensible. Together with Maximilian Schröder from the timber construction company Max Holzbau, we founded the company PLAYZE Timber specifically for this purpose. There are many good reasons for this:

Wood Stores CO₂

Wood is a renewable raw material that stores CO₂ during its growth and thus contributes to reducing the greenhouse effect. This CO₂ remains stored in the timber throughout the entire lifespan of the building components.

Wood is Circular

Buildings made of timber can be dismantled and the individual components reused or recycled and reintroduced into the construction process. At the end of the utilisation cascade, wood can be used to generate heat or electricity. The stored CO₂ is released back into the atmosphere and serves as a nutrient for the next tree to produce wood. If the useful life is long enough so that the same amount of wood can grow back as was used, a closed cycle is created in which no resources are wasted.

Precision and Speed Through Prefabrication

Timber construction is more precise and faster than conventional construction methods, as prefabricated timber elements are produced in the factory and can often be assembled in a very short time.

Aesthetics and tactile quality

The natural aesthetics and appealing tactile qualities of wood make it an ideal material for architectural design, both for buildings and interiors.

Flexibility and durability

Wood is a lightweight and highly versatile material that can be adapted to meet a wide range of construction requirements. When processed correctly, it offers remarkable durability and stability. Timber constructions not only meet the same, but in many cases, even higher standards for longevity and resilience compared to conventional building methods.