New York-based architecture firm DFA has conceptualized a series of budget-friendly apartment towers for a pier in Manhattan. According to the designers, the proposed structures will be able to withstand rising sea levels. The complex is designed to fit on the square-shaped Pier 40 and it will include recreational and commercial facilities alongside the livable apartments -- a total of 450 individual units. The cylinder-shaped apartment towers are "high-rises, wrapped in golden net-shaped window frames and planting."
DFA addresses a number of issues with its innovative lattice apartment towers, including the housing crisis in New York City and the flooding due to climate change. By adapting its building design for foreseeable ecological and social outcomes, the architects ensure that citizens and future generations are safe-guarded from unfortunate natural elements.
Photo Credits: DFA
The DFA Propositions These 'Floating' Buildings in Manhattan
1. Budget-friendly Apartment Living - The rise in demand for affordable urban housing creates opportunities for developers to explore low-cost building materials and methods.
2. Eco-friendly Architecture - Addressing the impact of climate change in building design creates a new frontier for environmentally sustainable living and working spaces.
3. Mixed-use Developments - Designing multi-purpose structures that integrate residential, commercial, and recreational facilities presents new possibilities for urban development.
1. Real Estate - Real estate companies can capitalize on the trend for budget-friendly apartments by developing affordable housing that caters to the middle and lower classes.
2. Architecture - Developing eco-friendly building materials and methods, and designing mixed-use developments that take into consideration the impact of climate change presents opportunities for architects and designers.
3. Construction - The trend for budget-friendly and eco-friendly building designs creates a need for the construction industry to develop innovative new materials and methods.