Spreestudio Clubhaus

Berlin

The new building will be positioned parallel to the adjacent water basin, ensuring protection of the landscape with an appropriate distance.

The building is expected to be used by 13 units. Four units on the ground floor will extend over a space height of approximately 5.60 meters, featuring a suspended gallery accessible via an internal staircase. Eight smaller units on the upper floor will be accessed via two stairwells. One stairwell core with sanitary facilities will extend to the roof and provide access to the top rental unit, a meeting room. The roof will be designed as a walkable area with intensive landscaping and will be accessible to all tenants.

The building will be constructed using a combination of wooden and reinforced concrete structures. Core areas inside and the floor slabs will be made of reinforced concrete, providing stability to the skeleton structure. Wooden columns and ceiling beams will be installed according to structural requirements and fire protection standards. The terrace and the meeting room on the roof will be constructed using a mixed wood and steel framework.

The façade construction will be made of wood with a metallic surface and will feature individual floor-to-ceiling window elements. The water side will be entirely constructed using a post-and-beam system with glass.

The interior fit-out will include only basic sanitary facilities and connections for a kitchenette in each rental unit. Flooring and wall surfaces will be finished by the tenants themselves.

The building will be constructed using a combination of timber and reinforced concrete structures. The internal cores and floor slabs will be made of reinforced concrete, providing rigidity to the skeletal structure. Wooden columns and ceiling beams will be installed according to structural requirements and fire protection standards. The terrace and the meeting room on the roof will be built using a mixed wood and steel construction.

The façade construction will be made of wood with a metallic finish and will feature individual floor-to-ceiling window elements. The waterside will be entirely constructed with a post-and-beam system using glass.

The interior fit-out will include only basic sanitary facilities and connections for a kitchenette in each rental unit. Flooring and wall surfaces will be finished by the tenants themselves.

Concrete Hybrid Living Wood

Data

Study

2016

Address

Zur alten Flussbadeanstalt 1
10317 Berlin
Germany

Client

Spreestudios GmbH Co. KG

BVB Stadium

Dortmund

In the course of the ongoing modernization and flexibilization of the BVB stadium, which is increasingly intended to accommodate non-sporting events, BVB is considering combining the concept of a stadium with that of a multifunctional hall. This project is the result of a feasibility study.

During the ongoing match operations, the spectator capacity is to be expanded and the stadium extended with a roof that enables it to be used as an indoor arena.

Realized in several construction phases, parts of the existing building will be linked to the new components, realized with a maximum degree of prefabrication, enabling modular joining on site and at the same time significantly reducing the construction time. In order to protect the turf when the hall is in use and at the same time ensure the regenerative growth of the grass surface, the pitch itself becomes a roof. For this purpose, a shipbuilding technology is used: hydraulic heavy-lift systems, which are installed at four points in the stadium corners, raise the pitch by 40 meters within half an hour, where it will then fulfil the function of a roof. A seven-meter-high, walk-on steel grid forms its supporting structure and contains all the lighting and acoustic installations of a hall.

In future, the stadium will offer up to 80,000 seats for open-air sporting events. For music events under a closed roof, the capacity could be increased even further thanks to the available space inside.

Hybrid Infrastructure Mixed Public

Daten

Address

Strobelallee 50
44137 Dortmund

Residential Development And Redensification Bergkamen

Bergkamen

Bergkamen is an artificial settlement. It followed the mining industry northward, was initiated by it, and grew along with it. There is no traditional town center. The economic hub, characterized by high density, dates back to the 1970s but remains unfinished to this day. Most of today’s residents do not work in the mining industry, and the city is attempting to develop a tourist profile by restructuring abandoned industrial sites along the canal (marina, restaurants, leisure businesses, etc.) and to attract innovative industries. With its residential areas bordering directly on open landscapes, Bergkamen is an attractive place to live for commuters working in the Ruhr region. Property prices and living costs are low here.

One of the existing settlements from the 1960s is part of the portfolio of Ruhr-Lippe-Wohnungsgesellschaft mbH, a non-profit company that has invested significant resources in renovating the current properties both in terms of energy efficiency and structure (raising buildings due to subsidence from mining damage). The plot sizes are generously dimensioned, with large distances between houses. We propose a densification of the existing area that takes into account the specific spatial situations. As a result, a family of buildings will grow, including three-story point houses, two-story apartment buildings, and single-story rows with maisonette apartments. All of these will have direct exterior access to shared garden spaces and private loggias (top floor), balconies (upper floor), or terraces (ground floor).

New buildings will be constructed as prefabricated composite structures made of wood and reinforced concrete elements, with neutral floor plans that offer a high degree of flexibility. The buildings will not have basements. The existing trees on the plots will be preserved. Above-ground parking areas will be consolidated at several central locations. The orientation of the floor plans follows the sunlight: all living spaces are oriented to the south, while utility, auxiliary, or bedrooms are located on the north side.

Systematics

The floor plans are based on a layering of building components and functions. The apartment depth is approximately 10 meters. Steel columns with steel beams run longitudinally, positioned directly behind the facade line and along the central axis. Hollow-core concrete slabs span the transverse axis. All components are prefabricated at the factory. Strategically positioned service shafts complete the solid structural framework.

The facades are hung in front of the structure, creating an interplay between closed, highly insulated elements with clapboard siding (larch) and floor-to-ceiling, operable windows. On the south side, private terraces, balconies, and loggias are incorporated, directly adjacent to the communal garden areas. Technical rooms are located centrally, with storage space, laundry, and drying rooms within each apartment. Staircases extend across the entire height of the building, functioning as semi-public spaces. The apartments are flexible, with movable walls and adaptable apartment sizes. Each unit can be modified in increments of 15 square meters—building technology and separated utility metering make this possible. Apartments are offered as "space units," with floor plans designed individually with tenants. Lofts with standard sanitary facilities are rented at minimal prices, and additional building elements (walls, doors, etc.) increase the base rent.

The barrel-shaped roof is multi-layered, consisting of curved glued laminated timber beams (BSH), a gypsum board interior lining, trapezoidal metal sheeting, mineral insulation with ventilation, and an exterior layer of silvery KalZip. The high reflectivity and ventilation result in minimal heating of the structure and low temperature fluctuations within the living spaces. The gable and longitudinal sides are constructed using the same prefabricated timber frame elements and floor-to-ceiling windows, creating the appearance of a large, homogeneous, and continuous exterior skin.

The design prioritizes maximum flexibility in floor plans and building technology. All future modifications can be carried out by the client’s technical staff.

Concrete Hybrid Living Steel Wood

Data

Completion

1999

Address

An den Stapeläckern
59192 Bergkamen
Germany

Client

Ruhr-Lippe-Wohnungsgesellschaft mbH Dortmund

Plus Endoprothetik

Marl

The new building "Plus Endoprosthetics, Medical Technology" is designed as a double-wing structure. All offices and high-quality workspaces are oriented to the north side, while all storage and laboratory spaces are situated on the south side of the building.

The three-story building block and the 1-2 story hall are presented as a cohesive unit. They share a central main access point and create a compact exterior appearance. The halls have a cubic shape, and this favorable ratio between surface area and volume ensures a good energy balance.

The primary structure of the building block consists of steel/wood composite walls and prestressed hollow-core concrete slabs. Structural stabilization is provided by central cores. The primary structure of the hall areas is formed by steel columns, supporting glulam beams in the primary direction and trapezoidal sheets in the secondary direction. The stabilization is achieved through external diagonal braces made of round steel.

Prefabricated components made of steel, wood, and aluminum ensured a short construction time due to their high degree of prefabrication.

The facade is designed as a simple post-and-beam construction. It features double glazing and is equipped with external sun protection.

Hybrid Office Steel Wood

Data

Completion

1999

Address

Mainstraße 2
45768 Marl
Germany

Client

Plus Orthopedics AG

Allopro – Medical technology and laboratory building

Gelsenkirchen

At HQ Allopro, a subsidiary of the Swiss company Sulzer AG, administration, seminar rooms, exhibition space, foyer, storage, and an apartment were all brought together under one roof. This is a business concept aimed at maximizing employee identification with the company. Similarly, the building reflects an optimized use of resources such as material, energy, and manpower.

Its structure is both simple and complex. The elongated, two-story cubature with maximum volume and minimized surface area is oriented with its broad sides facing north and south. A central space serves simultaneously as an access, communication, and relaxation area. All extensively used rooms (e.g., seminar rooms) are located on the north side, behind a highly insulated thermal buffer with few openings, while all intensively used office areas are on the south side. A shading shed roof is positioned as an independent element on a minimized and clearly legible structure, featuring flat ceilings without beams, integrated mushroom head connections, and extremely slender round concrete columns. These reduce the overall cubature, thereby lowering the required energy input and thus the operating costs.

In summer, wide roof overhangs, sunshades, and efficient cross ventilation protect the building from overheating. Its cooling load is further reduced by a ventilated cold roof, which opens up to the south with its massive, sloped concrete surface. All surface water is directed into ponds via a strip of intensively greened flat roof. The delayed evaporation improves the microclimate in summer. In winter, the low-angled sun penetrates deep into the office and living spaces through skylights on the south side, converting to short-wave radiation, stored in the building's massive interior elements, and releasing the heat into the room air with a time delay. Delicate steel suspensions, bridges, and staircases evoke the industrial tradition of the Ruhr region. They extend into the outdoor space and play with the spaces in between.

Hybrid