Site Plan
Ground floor plan
First floor plan
Typical floor plan
Longitudinal section
Cross section
West elevation
North elevation
Rosental Mitte Innovation Labs, more information
 
ProjectRosental Mitte Innovation Labs
Year2021 - 2029
LocationBasel
ProgramLaboratory
Type of ProcurementInvited Competition, 1st Prize
StatusIn Progress
ClientCanton of Basel-Stadt
Size33'000 m2
Cost-
Team

Jeannette Kuo, Ünal Karamuk, Andreas Papadantonakis (project leader)
Competition team: Zofia Roguska, Daniel Haidermota, Anna Badia, Saida Brückner
Project team: Emma Anzolin, Domenic Schmid, Anna Fritz, Lucas Darbellay, Bernhard Ogrisek, Stefan Kielmann, Gareth Bracewell, Catherine Chen, Mario Rolli, Julius Schwartz, Denis Hitrec, Alessandro Cassia

Consultants

General Planner: KARAMUK KUO / HSSP
Construction Management: HSSP
Structural Engineer: Schnetzer Puskas Ingenieure
M+P Engineer: Waldhauser + Hermann
Sanitary + Engineer: Schmutz + Partner
Electrical Engineer: IBG Engineering
Laboratory planning: Laborplaner Tonelli
Landscape Architect: Fontana Lanschaftsarchitektur
Building Envelope: Emmer Pfenninger Partner
Sustainability/SGNI: Durable
Building Physics + Acoustical: Durable
Lighting: mati Lichtgestaltung
Fire Safety: PIRMIN JUNG Schweiz
Security: ProEngineering
Logistics: Staufen Inova
Traffic Engineer: Rapp
Gastro Plannning: HP Misteli

To support startups and promote research beyond the usual pharmaceutical giants, the City of Basel develops a new model for an incubator lab building, opening a former enclave to the city with a new typology. Intended to host multiple and changing tenants with highly specific and technical needs, the 30,000m2 building not only needs to be designed for flexibility and resilience but also to promote exchange and synergies between the tenants.

With a porous ground floor, this hub of exchange opens to the community beyond. The building meets the ground with a grand hall that extends the concept of squares and axes from the urban scale into the building and up into the mezzanine. On the upper floors, the quiet world of research is stacked vertically into a flexible and functional machine, stringed together by sculptural staircases that offer glimpses into the various institutions.

Although lab buildings are notorious energivores with highly-conditioned environments, this building meets the highest Swiss sustainability standards. By consolidating the service-intensive wet labs in the core of the building, the lab “mass” is treated as a building within a building, surrounded by a perimeter of more typical office spaces that offer a climate control buffer with natural ventilation and daylight control. An innovative slab system of rigid concrete frames with timber infills was developed, reducing the volume of concrete by more than 50% per floor. This hybrid structure makes the building resilient, serves as a carbon sink, and is also its expressive hallmark. The modular organization and the demountable timber infill would allow rentals over multiple floors to be easily connected.

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