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Project

Cipriani Residences Miami

A high-rise that is part of a luxury tower development project is on track to becoming the tallest building in Brickell and will soon dominate this Miami neighborhood's skyline.

 

Lead Contact

Project Details

Project Partners
Arquitectonica
Owner
Mast Capital
Location
Miami, Florida
Completion Date
Area
3,200,000 ft²
Sustainability
Targeting NGBS Silver Certification
Number of Stories
Building 1: 55, Building 2: 64, Building 3: 85
Cipriani Residences in Miami, Florida.
Cipriani Residences in Miami, Florida. Courtesy Arquitectonica
Cipriani Residences in Miami, Florida.
Cipriani Residences in Miami, Florida. Courtesy Arquitectonica
Cipriani Residences in Miami, Florida.
Cipriani Residences in Miami, Florida. Courtesy Arquitectonica
Cipriani Residences in Miami, Florida.
Cipriani Residences in Miami, Florida. Courtesy Arquitectonica
Cipriani Residences in Miami, Florida.
Cipriani Residences in Miami, Florida. Courtesy Arquitectonica

Overview

Quality restaurants. Outdoor space. Entertainment. Ocean views. A high-rise development brings together all of these qualities in one striking addition to the downtown Miami Brickell neighborhood. The development will include a total of 1,264 units across two residential rental towers and one condominium tower, which will all emanate Italian style and hospitality. The condominium tower, standing at 900-feet, will become the tallest building in Brickell.

The three towers are built over two separate ground-level podiums, which will include parking garages. Across the three towers, individuals will be able to relax by pools, enjoy private dining experiences, spend the day at a spa and even play pickleball.

We provided structural design services to Arquitectonica for the 55, 64 and 85 story luxury three-tower development. 

Highlights

  • The structural framing consists of mild reinforced concrete columns and shear wall with post-tensioned slabs. 
  • The design team used existing piles at the site, which had been part of a previous construction, as part of the foundation design to minimize construction cost. 
  • We added a belt wall to help resolve torsional issues and a tower "lean" that the off-centered shear wall core created. The belt wall also specified the overbuild of columns to allow the tower to settle into a leveled slab at it's final stage. 

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