flexiblefullpage
billboard
interstitial1
catfish1
Currently Reading

Former McDonald’s headquarters transformed into modern office building for Ace Hardware

Office Buildings

Former McDonald’s headquarters transformed into modern office building for Ace Hardware

Studio Steinbomer has updated the Oak Brook, Ill., building while preserving its mid-century modern architecture and design.


By Novid Parsi, Contributing Editor  | March 5, 2024
Former McDonald’s headquarters transformed into modern office building for Ace Hardware
Photo: © Connor Steinkamp Photography

In Oak Brook, Ill., about 15 miles west of downtown Chicago, McDonald’s former corporate headquarters has been transformed into a modern office building for its new tenant, Ace Hardware. Now for the first time, Ace Hardware can bring 1,700 employees from three facilities under one roof. (See more office building news from BD+C.)

Originally designed by architect Dirk Lohan, grandson of Mies van der Rohe, McDonald’s old corporate HQ had quirky design elements such as golden arches on door handles and a circular, tiered boardroom that resembled a Quarter Pounder, with “sesame seeds” on the ceiling. In addition to the 300,000-sf office building and 130,000-sf training facility (which housed Hamburger University), the campus comprises a 218-room Hyatt and a smaller leased office building.

Modernizing McDonald’s headquarters while preserving its mid-century modern architecture

Architecture firm Studio Steinbomer has modernized the administrative building while preserving its midcentury architecture and design. Throughout the building, the design team emphasized the midcentury aesthetic—introducing terrazzo flooring, wood slats, metal panels and brick, as well as replacing windows using the original’s same glass profile.

The team reconfigured and renovated the building to serve Ace’s needs, made updates to meet code requirements, and fully renovated all the restrooms, elevator lobbies, and main lobby. A new amenity center includes a café, private dining rooms, commercial kitchen, fitness center, multipurpose room, interview rooms, and conference center.

Two changes represented the most significant interventions: first, converting McDonald’s large test kitchens on the top floor into offices that can enjoy views of the campus; and second, turning the parking garage into a food service area with a café that opens to an outdoor plaza. Both of these elements aim to provide employees with stronger connections to the site. Similarly, the conference center has been equipped with modern technology and flexible folding walls inside a sunlit, glass-encased space, creating a visual and physical connection with the surroundings.

Previously, the administrative facility’s ground floor had been mostly devoted to back-of-house functions. By converting the parking garage and expanding ground-floor uses with vestibules and meeting areas, the lobby is now more interactive and functional. As a result, people feel welcome to linger in the space under its massive skylight.

On the Building Team:
Owner/developer: JPD Oak Brook Holdings, LLC
Design architect and architect of record: Studio Steinbomer
Landscape Architect: Lamar Johnson Collaborative

MEP engineer: ESD (now Stantec)
Structural engineer: Wiss, Janney, Elstner Associates, Inc.
General contractor: Executive Construction, Inc.

Former McDonald’s headquarters transformed into modern office building for Ace Hardware
Photo: © Connor Steinkamp Photography
Former McDonald’s headquarters transformed into modern office building for Ace Hardware
Photo: © Connor Steinkamp Photography
Former McDonald’s headquarters transformed into modern office building for Ace Hardware
Photo: © Connor Steinkamp Photography

Here is the project summary from architect Studio Steinbomer:
The project to renovate this former McDonalds corporate campus, which was much beloved for its mid-century design and unique features, brought very particular challenges. The 80-acre site, located 15 miles west of downtown Chicago, includes lakes and streams, as well as abundant trees, and even boasts the oldest tree in Illinois. In addition to the 300,000-square-foot office building and 130,000-square-foot training facility - which housed Hamburger University - the campus also comprises a 218-key Hyatt and a smaller leased office building. McDonalds’ departure in 2021 left the specialized buildings and bucolic campus in search of a new use and brought significant concern among both architects and the public that the buildings would be lost to a lack of imagination. Fortunately, the new owner saw opportunity in the existing design and brought in Studio Steinbomer to complete base building improvements of the administrative building for new tenant Ace Hardware

The existing headquarters building carries significant architectural bona fides; it was designed by architect Dirk Lohan, grandson of Mies van der Rohe, and was endowed with exquisite, if somewhat dated and worn, detailing. Its function as McDonald's corporate headquarters also brought with it quirky design elements, including golden arches on door handles and a circular boardroom with three tiers of seating resembling the layers of a quarter pounder, complete with “sesame seeds” on the ceiling. The Steinbomer team took stock of the existing opportunities and gave careful attention to curating what should stay and what could go.

Studio Steinbomer's scope of work  included the full renovation of all restrooms, elevator lobbies, and the main lobby, as well as creating a new amenity center that includes a café, private dining rooms, commercial kitchen, fitness center, multi-purpose room, interview rooms, and a conference center. The architects’ efforts included updates to meet code requirements and reconfiguring the program’s spaces and functions, while celebrating the mid-century style and preserving the original architectural design. For Ace Hardware, the project consolidated 1,700 employees from three facilities under one roof for the first time and represented an opportunity to bolster its culture, provide a beautiful workplace, and leave room for expansion. The dramatic adaptive re-use amounted to a taking leap of faith that the interiors could not only be brought into a more modern aesthetic, but also accommodate current technology needs and employee expectations.

The most significant interventions involved converting the large test kitchens on the top floor into offices that take advantage of campus views, and adapting the parking garage into a food service area with a café that opens to an outdoor plaza, both design gestures that provide employees with stronger connections to the site. Likewise, the conference center was fitted with modern technology packages and flexible folding walls inside a sunlit, glass-encased space that interacts visually and physically with its surroundings.

The large administrative facility’s ground floor had been predominantly devoted to back-of-house functions. The lobby, although establishing a grand entrance, previously had little else to offer the building's ground floor experience or uses; there was nowhere to go but up. By converting the parking garage and expanding ground-floor uses with vestibules and meeting areas around the perimeter, the dramatic lobby is now more interactive and functional, inviting people to linger in the charming space under the massive skylight. Throughout the building, but here especially, the Steinbomer team leaned into the mid-century aesthetic, introducing terrazzo flooring, wood slats, metal panels and brick, as well as replacing windows using the same glass profile of the original and continuing the detailing and simplicity of the original design. Dated glass blocks were replaced by glass or slatted wall panels throughout the building to retain the sense of transparency in walls and partitions.

Converting the ground-floor parking garage into the desired café amenity brought different challenges. Because the live load requirement for vehicles is lower than that for people, parts of  the garage space  required a reinforced structural slab to be placed on top of the existing slab and columns to also be reinforced, creating further spatial limitations. In addition, accommodating modern technology, electrical, and HVAC infrastructure added a layer of complexity in the building’s various low-slung interiors with long, open spans. In response, the architects varied ceiling heights where possible to open interior spaces and introduced acoustical ceiling baffles to mitigate any closed-in effect. To create a sense of void above the low ceiling in the café, for example, wooden slats were layered overhead to create the perception of an unseen void. The effect creates the feeling of sitting under a pergola shelter that opens onto the verdant campus via the floor-to-ceiling glass that opens to the adjacent patio.

The artful adaptive re-use of the campus, once thought to be un-adaptable due to its specific program and quirky features, manages to deftly retain the existing bones of the architecture, the character and quality of the design, and the spirit of the place to keep the building alive and functioning well into the future. 

Former McDonald’s headquarters transformed into modern office building for Ace Hardware
Photo: © Connor Steinkamp Photography
Former McDonald’s headquarters transformed into modern office building for Ace Hardware
Photo: © Connor Steinkamp Photography
Former McDonald’s headquarters transformed into modern office building for Ace Hardware
Photo: © Connor Steinkamp Photography
Former McDonald’s headquarters transformed into modern office building for Ace Hardware
Photo: © Connor Steinkamp Photography
Former McDonald’s headquarters transformed into modern office building for Ace Hardware
Photo: © Connor Steinkamp Photography
Former McDonald’s headquarters transformed into modern office building for Ace Hardware
Photo: © Connor Steinkamp Photography

 

Related Stories

| Apr 11, 2014

First look: KPF's designs for DreamWorks in the massive Shanghai DreamCenter

Two blocks of offices will be centerpiece of new cultural and lifestyle district in the West Bund Media Port.

| Apr 9, 2014

Steel decks: 11 tips for their proper use | BD+C

Building Teams have been using steel decks with proven success for 75 years. Building Design+Construction consulted with technical experts from the Steel Deck Institute and the deck manufacturing industry for their advice on how best to use steel decking.

| Apr 2, 2014

8 tips for avoiding thermal bridges in window applications

Aligning thermal breaks and applying air barriers are among the top design and installation tricks recommended by building enclosure experts.

| Mar 31, 2014

Removable flood prevention system installed in one of New York City's largest office buildings

EKO Flood Protection created a flood prevention solution for one of New York City's largest office buildings, 55 Water Street, that can be put up in 8 hours by a crew of 30 people. 

| Mar 26, 2014

Callison launches sustainable design tool with 84 proven strategies

Hybrid ventilation, nighttime cooling, and fuel cell technology are among the dozens of sustainable design techniques profiled by Callison on its new website, Matrix.Callison.com. 

| Mar 25, 2014

World's tallest towers: Adrian Smith, Gordon Gill discuss designing Burj Khalifa, Kingdom Tower

The design duo discusses the founding of Adrian Smith + Gordon Gill Architects and the design of the next world's tallest, Kingdom Tower, which will top the Burj Khalifa by as much as a kilometer.

| Mar 24, 2014

Frank Lloyd Wright's S.C. Johnson Research Tower to open to the public—32 years after closing

The 14-story tower, one of only two Wright-designed high-rises to be built, has been off limits to the public since its construction in 1950.

| Mar 21, 2014

Forget wood skyscrapers - Check out these stunning bamboo high-rise concepts [slideshow]

The Singapore Bamboo Skyscraper competition invited design teams to explore the possibilities of using bamboo as the dominant material in a high-rise project for the Singapore skyline. 

| Mar 20, 2014

Common EIFS failures, and how to prevent them

Poor workmanship, impact damage, building movement, and incompatible or unsound substrate are among the major culprits of EIFS problems. 

| Mar 20, 2014

D.C. breaks ground on $2B mega waterfront development [slideshow]

When complete, the Wharf will feature approximately 3 million sf of new residential, office, hotel, retail, cultural, and public uses, including waterfront parks, promenades, piers, and docks.

boombox1
boombox2
native1

More In Category

Adaptive Reuse

Detroit’s Michigan Central Station, centerpiece of innovation hub, opens

The recently opened Michigan Central Station in Detroit is the centerpiece of a 30-acre technology and cultural hub that will include development of urban transportation solutions. The six-year adaptive reuse project of the 640,000 sf historic station, created by the same architect as New York’s Grand Central Station, is the latest sign of a reinvigorating Detroit.




halfpage1

Most Popular Content

  1. 2021 Giants 400 Report
  2. Top 150 Architecture Firms for 2019
  3. 13 projects that represent the future of affordable housing
  4. Sagrada Familia completion date pushed back due to coronavirus
  5. Top 160 Architecture Firms 2021