Urban Rigger's dormitory project is an effort to make housing less of a struggle for students in Europe. Real estate prices in many European cities are on the rise, and that issue only gets compounded for students who have no source of income. Rather than letting students slip into debt to secure a place to live, Urban Rigger, a Danish architecture firm, has taken a unique approach to student housing by building a floating dormitory in Copenhagen's harbor.
The Urban Rigger dorms provide housing for 12 students and come with a private bedroom, a bathroom and a shared kitchen and living area.
The project, built with funding by celebrity architect Bjarke Ingels' BIG, has been opened as a proof of concept in Copenhagen, but Urban Rigger hopes to build similar dormitories in other cities with harbors near the downtown core.
What's Driving This Trend
- Affordable Floating Housing
- Developing affordable floating housing units could help make housing more accessible in expensive urban areas across the world.
- Innovative Student Housing
- Innovative student housing solutions, such as Urban Rigger's floating dormitory project, could provide new opportunities for architecture, engineering, and construction industries.
- Sustainable Living on Water
- The concept of sustainable living on water could provide inspiration for the development of new floating communities and lifestyles.
Who This Affects Most
- Real Estate
- Real estate developers and agents can explore opportunities to create unique, sustainable and affordable floating properties to meet different housing needs in major urban centers.
- Architecture
- Architecture firms and professionals can leverage innovative sustainable building methods and materials, waterfront construction, and smart-home technologies to create floating residential and commercial structures.
- Engineering and Construction
- Engineers and construction companies can explore new opportunities to design and build affordable, eco-friendly, and off-the-grid floating homes and communities, realizing their potentials for disruptive innovation.
