The design by Miami-based firm Oppenheim Architecture was selected by Crescent Heights, one of the nation’s largest developers, for the 40,000-sf Whole Foods Market to be constructed on Alton Road and 19th Street in Miami Beach. The project recently received Planning and Design Review Board approval by the City of Miami Beach.
Helping satiate the city’s appetite for elevated architecture expression set forth by projects created by Herzog & de Meuron, Frank Gehry, Zaha Hadid, Norman Foster and Rem Koolhaas, the new Whole Foods Market designed by Chad Oppenheim attempts to blur the boundaries between traditional and contemporary notions of place.
The design for the Whole Food Market features a grid of white concrete representing a pure expression of structure and space, establishing a pedestrian loggia at the ground level, and a floating garden above that screens the parking.
Veiled behind a dimensional and diaphanous mesh supported within the super structure, the flora, selected by Urban Robot, becomes a ghosted memory of the native landscape that was Miami Beach, some of which can actually be foraged.
The structure, while striking in its purity and innovation, is also somehow comfortable and familiar. The harmonious rhythm of columns and beams, distorts the perception of scale, making the large building friendlier to the neighborhood.
Oppenheim Architecture worked closely with Whole Foods to activate the majority of the public facing glass façades by inverting and celebrating the typical back of house operations such as baking, other food preparation and stores within stores. A large, landscaped plaza at the corner of the site is sure to serve as a major public gathering space of the city.
“Every great city needs a great market, and Miami Beach, while having many super markets is in need a market that is super," said Chad Oppenheim, Principal and Lead Designer of Oppenheim Architecture. "So we began by looking at the markets of ancient civilizations—Greece, Rome, those of the Islamic world, and even the Aztec capital of Tenochtitlán—when markets served as the center of communal life. We were inspired by their effortless elegance, logical practicality and ability to support public life.”
Related Stories
3D Printing | Oct 9, 2024
3D-printed construction milestones take shape in Tennessee and Texas
Two notable 3D-printed projects mark milestones in the new construction technique of “printing” structures with specialized concrete. In Athens, Tennessee, Walmart hired Alquist 3D to build a 20-foot-high store expansion, one of the largest freestanding 3D-printed commercial concrete structures in the U.S. In Marfa, Texas, the world’s first 3D-printed hotel is under construction at an existing hotel and campground site.
Mixed-Use | Oct 7, 2024
New mixed-use tower by Studio Gang completes first phase of San Francisco waterfront redevelopment
Construction was recently completed on Verde, a new mixed-use tower along the San Francisco waterfront, marking the end of the first phase of the Mission Rock development. Verde is the fourth and final building of phase one of the 28-acre project that will be constructed in several phases guided by design principles developed by a design cohort led by Studio Gang.
The Changing Built Environment | Sep 23, 2024
Half-century real estate data shows top cities for multifamily housing, self-storage, and more
Research platform StorageCafe has conducted an analysis of U.S. real estate activity from 1980 to 2023, focusing on six major sectors: single-family, multifamily, industrial, office, retail, and self-storage.
Mixed-Use | Sep 19, 2024
A Toronto development will transform a 32-acre shopping center site into a mixed-use urban neighborhood
Toronto developers Mattamy Homes and QuadReal Property Group have launched The Clove, the first phase in the Cloverdale, a $6 billion multi-tower development. The project will transform Cloverdale Mall, a 32-acre shopping center in Toronto, into a mixed-use urban neighborhood.
3D Printing | Sep 17, 2024
Alquist 3D and Walmart complete one of the nation’s largest free-standing, 3D-printed commercial structures
Walmart has completed one of the largest free-standing, 3D-printed commercial structures in the US. Alquist 3D printed the almost 8,000-sf, 20-foot-high addition to a Walmart store in Athens, Tenn. The expansion, which will be used for online pickup and delivery, is the first time Walmart has applied 3D printing technology at this scale.
Retail Centers | Sep 17, 2024
Thinking outside the big box (store)
For over a decade now, the talk of the mall industry has been largely focused on what developers can do to fill the voids left by a steady number of big box store closures. But what do you do when big box tenants stay put?
Mass Timber | Sep 17, 2024
Marina del Rey mixed-use development is L.A.’s largest mass timber project
An office-retail project in Marina del Rey is Los Angeles’ largest mass timber project to date. Encompassing about 3 acres, the 42XX campus consists of three low-rise buildings that seamlessly connect with exterior walkways and stairways. The development provides 151,000 sf of office space and 1,500 sf of retail space.
Mixed-Use | Aug 21, 2024
Adaptive reuse of a Sears store becomes luxury mixed-use housing
6 Corners Lofts at 4714 W Irving Park Road, Chicago, Ill., opened in March of 2024 as a 394,000-sf adaptive reuse project born out of a former Sears store.
Adaptive Reuse | Jul 30, 2024
Empty mall to be converted to UCLA Research Park
UCLA recently acquired a former mall that it will convert into the UCLA Research Park that will house the California Institute for Immunology and Immunotherapy at UCLA and the UCLA Center for Quantum Science and Engineering, as well as programs across other disciplines. The 700,000-sf property, formerly the Westside Pavilion shopping mall, is two miles from the university’s main Westwood campus. Google, which previously leased part of the property, helped enable and support UCLA’s acquisition.
Smart Buildings | Jul 25, 2024
A Swiss startup devises an intelligent photovoltaic façade that tracks and moves with the sun
Zurich Soft Robotics says Solskin can reduce building energy consumption by up to 80% while producing up to 40% more electricity than comparable façade systems.