Years ago in McAllen, Texas, an old abandoned 124,500-square-foot Walmart superstore was renovated and put to new use as the largest single-floor public library in the United States. Across America, many malls have emptied out and thousands of abandoned big box stores sit empty, including hundreds of former Walmarts. Some, though, are getting creative new leases on life, becoming community markets, indoor tracks, gaming spaces, museums and more.

In McAllen, aisles that used to divide shoppers have been adapted or replaced to serve the community. The old Walmart is packed with computer labs, public meeting spaces, a cafe, an art gallery, a used bookstore and more. In other small towns and suburbs around the United States, the generic promise of all-in-one convenience big box stores once offered is being realized in new and site-specific ways.

Designers at the research and development lab of KTGY Architecture + Planning in Los Angeles have particularly inspiring aspirations for old shopping centers: plug-and-play modular prefabs that subdivide big empty boxes into transitional housing for the homeless. This is not the first time architects and designers have attempted creative solutions to this pervasive problem, but it’s notably ambitious.

The firm’s Re-Habit project involves housing as well as support spaces and services fit into unused spaces in big boxes or individual shopping outlet stores like Sears and JCPenney. Self-supporting communal residences, where occupants rotate chores like working in the kitchen or keeping the dining hall clean, are coupled with facilities to providing training and potentially even employment.

Where some might see empty space, others see opportunity. The large, flat roofs of big box stores, for example, are ideal for rooftop gardening, open-air recreation and solar panels — these kinds of uses would pair well with a project like Re-Habit. Many big boxes have outdoor plaza areas (not to mention giant parking lots) that could accommodate small pop-up shops and food carts, too.

Adaptive reuse in the realm of big retail is forward-thinking but also proven concept. Big boxes have been turned into commercial gyms, corporate offices, schools, churches and (yes, this is true) even a SPAM Museum. Whatever the project, it takes vision and resources to turn such dauntingly huge structures around as well as an understanding of the potential pitfalls and unique opportunities of this peculiar building typology.

Such large-scale conversions tend to work best when they take advantage of big box assets and work within their limitations. Generally, big box stores reside in huge buildings that are located in prime spots, often along highways, which makes them accessible but can also make them hard to fill up. They generally have a lot in common, like orientations that lend themselves to being sectioned into bays and limited natural light, features that can work well for things like libraries. Often, though, the best option is simply whatever best fits community needs, which is often a mixed-use program that can more effectively fill out a bigger interior.

Big retailers may be more prevalent in suburbs, but there are some prime urban examples as well. A series of converted Sears plants in major US cities offer a range of realized visions for what big old commercial buildings can become. In Minneapolis, for instance, a massive mail-order Sears plant and retail store was abandoned by its makers for years before being turned into the Midtown Exchange, a busy structure full of restaurants, stores, offices, condos and apartments. It took a lot of players to make this work, including invested city officials and both public and private funding from various sources.

Often, these conversions speak to the character of the cities in which they are located. In Seattle, a place known for its coffee, the city’s old Sears plant now houses the Starbucks headquarters. In Los Angeles, land of Hollywood, a deserted Sears was used for film shoots during its derelict years but is on its way to becoming a residential and commercial hub. Boston and Memphis have converted Sears projects, too — uses are mixed in both cases.

While the individual projects vary, each city has something in common having turned a similarly monumental structure into something new. These various projects fill in gaps and address needs that are fundamentally local. Together, they represent a series of blueprints that other cities can look to, whether they have Sears plants themselves or are simply looking for ways to deal with big old commercial spaces.

Existing examples can provide paths forward, but other architects have grander visions, too, some of which have yet to be tried. Designers could, for instance, build around big boxes on all sides, then turn the central old structures into community hubs or parking lots or productive green spaces. Another option is to tear down sections of roofs and facades, dividing big boxes up into smaller and more manageable units while leaving structural supports intact.

There is no one-size-fits-all solution for disused spaces, but cities, towns and sururbs looking for inspiration have both real-world examples and conceptual designs to draw on. In some sense, the core recipe never changes — for any big transformation project, municipal officials, citizens, developers and designers will always have to come together to find best-fit solutions on a case-by-case basis.

Stacking chairs have long been a space-saving staple of offices, homes and schools, but getting a complex shape like a desk to stack up is a challenge — one these designers decided to take on for a very specific and practical application.

Studio Nos redesigned the traditional children’s school desk to make it affordable, durable, lightweight and able to be put away when not in use. The result of their efforts is a brightly colorful and interconnected chair-and-desk system with a number of nifty features.

The conical chairs stack for storage while a backrest allows students to hang their bags and backpacks. A slot underneath, meanwhile, provides a place to store books and other school supplies.

The top addition can be taken off, too, not just to store but also to make space and change up seating configurations. All in all, the seat-and-top set gets the job done and looks good while doing it, then comes apart as needed.

Unlike other arts, architecture is generally limited by practical matters, including what materials can do, how things stand up, and in most cases (but not so much this one) an array of challenging local building codes.

A firm in Mumbai, India called sP+a developed this vaulted brick library roof with a playful purpose in mind, allowing people to walk up and over it like a bridge to cross the school grounds it sits in the middle of — on a cool evening, the heat-absorbing bricks also create a cozy open-air reading area.

The idea is conceptually simple: the ground simply extends up and over the top. In most places, a railing would be required, if the steepness didn’t stop the design in its tracks, but not here.

“On our first visit to the site it was interesting to see geodesic structures built by an engineer for a few of the school buildings, we were somewhat encouraged by this to pursue a project that followed from a construction intelligence,” explains sP+a. “We hence parsed through several possible material configurations ranging from concrete shells to brick vaults for building this ‘architectural landscape’.”

“The design team became interested in the material efficiencies of the Catalan tile vault from the 16th century, its use by Spanish architect Guastavino in the early 19th century, and the details used in the work of uruguayan engineer and architect Eladio Dieste. to articulate a pure compression form for the library, sP+a used rhinoVAULT — a form-finding plug-in developed by the block research group at ETH zürich. consequently, the Maya Somaiya Library is the result of lessons learned from different time periods as well as geographic locations.”

A bronze bust of the late educator Hikoichi Orita was vandalized so often, Kyoto University administrators put it into storage – still, the students persisted.

Orita-sensei played an instrumental part in the founding of Kyoto University back in 1897. In 1950, a bronze bust of the revered former headmaster was set atop a stone plinth near the university’s Yoshida South campus. Uneventful decades passed… until one night in 1990, students protesting the First Gulf War spray-painted the statue’s face red and captioned it “Angry Person”.

The school’s Faculty of Integrated Human Studies dutifully cleaned the bust after each incident and added a signboard reading: “As headmaster of Third Senior High School, Orita Hikoichi-sensei assisted in the founding of Kyoto University, and is a person who has left behind many achievements in pursuit of academic liberty at Kyoto University. Please do not dishonor this statue.” Problem solved!

Notwithstanding the printed admonishment (see “Streisand Effect”), poor Orita-sensei’s bronze bust was defaced again and again while the vandalism grew gradually more elaborate. A bizarre tug-of-war ensued between authorities trying to maintain the bust and students trying to deface it. Finally in 1997, the school had had enough: the bronze Orita-sensei bust was removed from its plinth and unceremoniously retired to the basement of the Integrated Anthropology Department. Problem solved… again?

It’s still there today, suffering only the occasional minor indignity of a feather-dusting by the cleaning staff. Poor Orita-sensei doesn’t look too pleased by his relocation, as snapped by Flickr member jun sasaki (doublemachen) in February of 2015. Meanwhile, the stone plinth still stood outside at the Yoshida South gate, bust-less. It would not remain so for long.

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Sensei Tion Kyoto Us Much Defaced Orita Bust

Iranian architects have developed a Concave Roof system to collect rainwater in arid climates with low precipitation, helping cool buildings in hot and dry regions of the world. The water can in turn be filtered for drinking or integrated into interior graywater systems.

These systems help reduce reliance on artificial air conditioning (or work were it is unavailable). They could ultimately help keep people in their home regions who might otherwise have to move due to climactic changes.

BMDesign Studios’s addresses rapid evaporation with the bowl-shaped roof additions, designed to channel even the smallest amounts of accumulated rain, coalescing them into drops big enough to harvest before they evaporate.

These inverted shells also provide shade while allowing air to pass between upper and lower roofs, acting as a cooling system in the process.

Reservoirs tied into the system are situated between building walls to take advantage of the thermal capacity of the water to regular interior temperatures.

The courtyard and circulation spaces are also sunken to further cool the complex. Temperatures are higher and precipitation in parts of Iran is as much as 2/3 lower compared to global averages, so every drop counts.