As far as modern skyscraper projects go, they well and truly do not come about as innovative and exciting as the Oceanwide Center project that is set to be located in San Francisco.
Conceived by British architectural firm Foster + Partners, this modern skyscraper project will comprise the creation of a pair of glazed skyscrapers that will offer mixed-use functionality in keeping with modern urban planning philosophies. The project will feature a 184 meter-tall tower holding residential and hotel units and a taller 259-meter tower that will include further residences in addition to office space.
These modern skyscrapers will feature green technologies as well as structuring that makes them able to handle seismic activity.
With their mixed-use functionality and efficient engineering, the Oceanwide Center skyscrapers absolutely epitomize modern architectural brilliance.
Glazed Urban Skyscrapers
These Modern Skyscrapers Will Offer Residential, Hotel and Office Space
Trend Themes
1. Mixed-use Skyscrapers - The concept of mixed-use functionality in skyscrapers is on the rise, providing an opportunity for innovation in urban planning and architecture.
2. Green Technologies in Skyscrapers - The integration of sustainable technologies in skyscraper projects offers innovative solutions for environmental concerns and energy efficiency.
3. Resilient Skyscraper Engineering - The need for resilient and durable skyscraper engineering is on the rise, providing opportunities for innovation in structural design and earthquake-resistant technologies.
Industry Implications
1. Architecture - The architecture industry can capitalize on the trend of mixed-use skyscrapers and innovative sustainable technologies to design buildings that meet the changing needs of modern cities.
2. Real Estate - The real estate industry can benefit from the demand for mixed-use properties with a focus on sustainability and resilience that offer a variety of spaces for living, work, and leisure.
3. Engineering - The engineering industry can take advantage of the opportunities in resilient skyscraper engineering, including the development of innovative technologies and materials for earthquake resistance and structural stability.