Urban Planning Realization Competition
Kreuzlinger Feld
In collaboratin with
Rheinflügel Severin - Björn Severin
and Hinnenthal Landschaftsarchitekten
Name
Kreuzlinger Feld
Client
Town Germering
Program
Residential, Business
Location
Germering
Project
2025
Status
project
Parcel
13 ha
Area
ca. 116.800 m2
Footprint
ca. 33.560 m2
Structure + Contextual Integration
The design proposes a compact yet integrative built structure that complements the western part of Germering in a natural and self-evident way. A central park emerges as a defining element of spatial organization. It divides the new neighborhood into manageable units and ensures optimal connectivity through an integrated, soft mobility axis that extends well beyond the park—linking the open landscape to the west with the town center to the east. At the intersection of this mobility axis and the Starnberger Weg, a central square is proposed, featuring a grocery store, restaurants, a medical center, a primary school, and a daycare. This square becomes a new focal point for the entire district—one that only comes into being through the addition of the new neighborhood.
Urban Fabric + Typologies
The design is based on a network of small-scale courtyard clusters that promote community living. Stairwells with through-access activate shared courtyard spaces. A diverse mix of housing types, ownership, and financing models within each courtyard supports social inclusion. Variations in orientation and layout give each courtyard a distinct identity. Facing the park, taller standalone buildings (Punkthäuser) enhance the urban fabric.
Identity + Urban Character
Building heights range from two to seven stories, with taller buildings placed strategically along the park. The western square links the inner quarter to the settlement edge, featuring a green balcony and beer garden. Toward the west, heights step down to three stories. The quarter balances landscape, community, and architectural diversity to create a strong, unique identity.
Smart City
The project aims for climate neutrality and integrates energy and mobility infrastructure across sectors. Compact, resource-efficient buildings—primarily in timber or hybrid construction—enable low energy use and flexibility for future changes. Smart technologies and sustainable materials support a forward-thinking, adaptable neighborhood.