






The new STEM university in downtown Bentonville seeks to bridge the disconnect that often exists between academia and the working world around it. For the new campus, we have sought to break down the boundaries between campus and community through a lively new integrated neighborhood for faculty and citizens alike. The makerspace is conceived as an inhabited showcase, displaying a culture of physical experimentation and rapid prototyping to the passing citizens. It is our hope that this integration of the campus into the community will make higher education as accessible as possible, academically as well as socially. We are honored to work with the Walton family on imagining the future academic environment for a new kind of urban university in the heart of Bentonville.Bjarke Ingels - Founder & Creative Director, BIG


POROUS FORM — The makerspace building features a porous mass that creates spatial permeability and environmental flow.

SHIFTING BARS — The stacked bars create shaded terraces on the north side, extending program spaces toward the plaza.

CIRCULATION SPINE — The stacked bars are divided and offset to open a spine that connects programs in the building.

CIRCULATION SPINE — The central spine serves as the primary circulation path through the building.

MAKERSPACE — The building functions as the campus makerspace, where students meet, experiment, collaborate, and share ideas.

ACADEMIC BUILDING — The ground floor creates a seamless connection between 8th St. and the plaza to the north, encouraging a natural flow of students and the public through the building.

STACKED PROGRAMS — Stacked bars of classrooms, labs, and offices are arranged vertically, with a central social space in between to foster interaction and connectivity.

ALTERNATING BARS — As the building rises, the bars alternate in perpendicular orientations, framing the atrium and organizing circulation corridors around it.

INTERIOR TERRACES — The spaces in between the bars create interior terraces, with a range of programmatic elements that remain open to the atrium and provide continuous sightlines across floors.

DAYLIT ATRIUM — The central atrium reaches the roof, where a clerestory brings natural daylight deep into the floorplates of the building.

CAMPUS ACTIVATION — On the ground floor, the bars step inward to activate the street and adjacent plaza, creating shaded areas and inviting the public into the building.

ELEVATED TERRACES — Terraces rise from the plaza, weaving the landscape into the building and connecting classrooms and offices to the outdoors.

ACADEMIC BUILDING — The result is a mix of programs around a central space that fosters interaction between students and faculty - creating a place of community and learning at the heart of campus.

STUDENT RESIDENCES — In a typical tower and podium configuration, the building mass is tall and detached from the groundplane and campus at large.

COURTYARD BUILDING — A courtyard building allows for a significant reduction in overall height and provides a central, private outdoor space for residents.

FIGURE EIGHT MASSING — By wrapping the building around itself, two smaller and more intimate courtyards are created.

SHADED TERRACES — In addition to the elevated courtyards, two exterior terraces off the fourth floor break down the scale of the building and ensures that every room has views towards nature - maximizing the wellbeing of students.

BREEZEWAYS — Breezeways carved through the lower floors of the building connect the courtyards to the street, bringing the landscape of the campus into the building.

STUDENT RESIDENCES — The dynamic, ribbon-like form of the building is two-sided: one facing towards the first phase of the campus and one towards the future; one courtyard shaded in summer with the other warmed by the sun in winter. The student residences create a home for students that fosters creativity, interaction, and a connection to nature.


For the new STEM university in Bentonville, we've designed a campus that supports the full student experience. Each of the three buildings – the residence hall, academic building, and makerspace – fosters a different element of campus life, from study and collaboration to experimentation and innovation. Just as the buildings connect the different aspects of the collegiate experience, they also thoughtfully connect the campus to downtown Bentonville through warm, natural materials suited to the Ozark region: weathered steel for the industrial makerspace, copper that will age gracefully over time for the refined academic building, and red-hued cement panels for the residence hall.Thomas Christoffersen - Partner, BIG



We’re eager to bring the vision of Bjarke Ingels Group to Bentonville to help us make this new university a reality. The master plan and building designs they have given us are bold, imaginative, and highly practical all at once. They will inspire our students and faculty while complementing Bentonville’s urban and natural landscape.Tom Walton

Bjarke Ingels Group is making an important contribution to Bentonville’s growing collection of contemporary architecture and landscape design projects. Each has its own strong identity, but they all harmonize, showing that BIG and the other acclaimed architects working on these campuses understand that these designs need to have a sense of place of our region, and be welcoming to our community.Alice Walton

Bjarke Ingels
Thomas Christoffersen
Aran Coakley
Michelle Stromsta
Chris Tron
Nicholas Reddon
Dina Mahmoud
Ethan Floyd
Hector Romero
Lucia Sanchez Ramirez
Yasamin Mayyas
Anirudh Chandar
Artem Chouliak
Ben Caldwell
Cooper Raposo
Crystal Wang
Einat Lubliner
Eliza Austin
Evan Hotary
Foad Sarsangi
Gary Polk
Gyeom Chung
Haoran Yuan
Hint Sakdanaraseth
Jan Casimir
Jan Leenknegt
Jason Wu
Jeff Tao
Jialin Yuan
Kai Huang
M. Omer Khan
Mama Wu
Margaret Tyrpa
Mateo Deza
Minjung Ku
Naser Fakhouri
Nasiq Khan
Novak Djogo
Ricardo Palma
Ryan Harvey
Sam Bager
Spencer Hayden
Suji Lee
Sunghwan Um
Vi Madrazo
Yuwei Yang
Polk Stanley Wilcox Architects
Buro Happold
CCI
Crossland Construction
EDSA
Henderson Engineers
Heintges
JME Design
KGM Architectural Lighting
Legends Global
LERA Consulting
Lerch Bates
RFD
Schuler Shook
Studio 08 Consultants
Threshold Acoustics
UES
Walter P Moore