Pocket door in St John Street apartment
CategoriesInterior Design

Ten homes with pocket doors that disappear into the walls

Pocket door in St John Street apartment

Our latest lookbook explores homes where pocket doors slide into gaps within the walls, as a way of saving space or giving a more open feel to an interior.

A pocket door is a specific type of sliding door designed to slot into a wall cavity. This means that when the door is open, it is completely hidden from view.

For homes where an open-plan layout is desirable but not practical, pocket doors offer a viable alternative. When open they are almost invisible, allowing adjacent rooms to feel more connected.

Pocket doors can also be used for rooms where there isn’t enough space for a door to open outwards, or for locations where it makes sense for the door to integrate into surrounding joinery.

Read on to see 10 different examples, in homes that include a courtyard house in Arizona and a renovated 1920s apartment in New York.

This is the latest piece in our lookbook series, which provides visual inspiration from Dezeen’s archive. Other recent editions showcase cabins with cosy interiors and homes that make the most of narrow spaces.


Pocket door in St John Street apartment

St John Street, UK, by Emil Eve Architects

Pocket doors slot in behind bookcases in the entrance lobby of this converted loft apartment in London.

Emil Eve Architects designed various oak joinery elements to divide up the interior of the former industrial space. Pocket doors are made from the same wood, so they feel integrated.

Behind the doors are two bedroom spaces and a bathroom.

Find out more about St John Street ›


Pocket door in Riverside Apartment

Riverside Apartment, USA, by Format Architecture Office

In this 1920s apartment in New York’s Upper West Side, recently renovated by Format Architecture Office, a pocket door separates the main lounge and dining room from an adjacent study.

This means that, when the study is not required as a quiet workspace, it can become an extension of the day-to-day living space.

The door sits within a deep frame made from Anigre wood – an African hardwood commonly used for furniture and cabinetry – which matches the design of the kitchen entrance opposite.

Find out more about Riverside Apartment ›


Pocket door in Moss home and studio

Logan Certified, USA, by Moss

This converted bodega in Chicago serves as the home and workplace of Matt Nardella, founder of architecture and design firm Moss, and his wife and colleague Laura Cripe.

The couple’s bedroom is located behind an oak-panelled wall. By installing a pocket door made from the same material, they have made the entrance feel more discrete.

Find out more about Logan Certified ›


Pocket door in Apartment in Föhr by Karin Matz and Francesco Di Gregorio

Apartment in Föhr, Germany, by Karin Matz and Francesco Di Gregorio

Pocket doors lead through to cabin-style bedrooms in this converted attic apartment on the island of Föhr, designed by architects Francesco Di Gregorio and Karin Matz.

The doors are made from transluscent polycarbonate, giving them a soft glow that contrasts with the vivid blue-green colour of the walls.

Find out more about Apartment in Föhr ›


Pocket door in house by Tailored Design Lab

A Gabled Roof in Kawagoe, Japan, by Tailored Design Lab

A popular use of pocket doors is to make a patio deck feel like a continuation of the indoor living space, as Tailored Design Lab did at this family house in Saitama Prefecture.

The project features a three-panel pocket door system, allowing a four-metre-wide window to slot into a cavity that is significantly smaller.

Find out more about A Gabled Roof in Kawagoe ›


Pocket door in The Ranch Mine

O-asis, USA, by The Ranch Mine

This home for a musician in Arizona features a series of four glazed pocket doors that allow a combined living room, kitchen and piano room to be completely opened up to the elements.

Two of the doors connect the room with a secluded courtyard filled with desert plants, while the other two lead out to a sheltered terrace overlooking a swimming pool at the rear.

All four doors are full-height, making them feel more like moving walls.

Find out more about O-asis ›


Pocket door in Bank Street Apartment

Bank Street Apartment, USA, by MKCA

An unusually shaped pocket door was required for this renovation of an apartment in New York’s West Village, by Michael K Chen Architecture (MKCA).

The works included adding a continuous storage unit along one wall, extending from the lounge and kitchen into a small  home-office slotted in the corner.

The pocket door slots around this unit, thanks to a rectangular cutaway in one corner, meaning one of the owners could work from home without being disturbed by their partner.

Find out more about Bank Street Apartment ›


Writer’s Studio, USA, by Eric J Smith

Using a pocket door as a main entrance is less common but not impossible, as proved by this writing studio at the Connecticut home of poet John Barr.

The glass pocket door is set behind a stone facade, protected by a sliding panel made of distressed oak. It aligns with the owner’s desk, allowing the breeze to easily flow through.

Find out more about Writer’s Studio ›


Pocket door in Hipped House

Hipped House, UK, by Oliver Leech Architects

The dining room of this family home in Surrey is previously separate from the kitchen and living space.

In order to create more spacious, open living spaces, Oliver Leech Architects replaced the old door with a much larger opening. A pair of pocket doors mean it the room can still be closed up if required.

Find out more about Hipped House ›


Pocket door in apartment by Mas-aqui

Yurikago House, Spain, by Mas-aqui

Pocket doors are a favourable solution for en-suite bathrooms, where a standard door might get in the way of a basin, toilet or shower.

In this house in Barcelona, the pocket door extends all the way up to the ceiling to enhance the sense of spaciousness when it is open.

Find out more about Yurikago House ›

Reference

Embrace AI Tech And Watch Today’s Architect Shortages Disappear
CategoriesArchitecture

Embrace AI Tech And Watch Today’s Architect Shortages Disappear

Embrace AI Tech And Watch Today’s Architect Shortages Disappear

Eitan Tsarfati is a serial tech entrepreneur and Co-Founder and CEO of Swapp, an AI-based construction planning company that partners with architects to leverage the power of AI-driven platforms. 

Retaining up-and-coming architects poses an immediate and serious challenge for the entire real estate development industry and for architecture firms in particular. In a December 12, 2021 article, the New York Times wrote about architects at a major firm who were considering whether to unionize. Reading the many comments other architects posted about this article reveals a true crisis in the architectural design and planning industry. Industry leaders must recognize that the rate of architect defections to other careers is systemic. Let’s analyze the problem and then understand the role new AI and machine learning technologies can and should play in achieving a long-term solution.

What factors cause entry-level and associate-level architects’ discontent and even their abandonment of the architect profession? Low pay is always a factor, as are the long hours and slow career growth that architects experience at large and prestigious architecture firms. Additionally, slow career progression often follows three years of graduate study after the bachelor’s degree.

But there is yet another factor: the pervasive assignment to less-experienced architects of the stressful, unedifying design document and construction document development work. Architects want to design. Documenting the design so construction professionals can do their engineering and building jobs may be a necessary part of the process. Still, architects would be happier if someone else, or an AI technology, were to transform their designs into the CD for the architect to review and then stamp.

A construction document generated by SWAPP’s AI

Traditionally, architectural firms have relied on having many “hands” working many hours to develop, complete and deliver sets of complete construction documents (CD). It’s a two-step process that starts with a set of design documents (DD) followed by developing the CD, and both of these steps require a high degree of accuracy and technical skill. Often, these steps are performed in a deadline-driven, pressure-cooker environment, because when the schematic design takes more time to complete than expected, the time frames for DD and CD development naturally must absorb the delay.

What do architects think about after spending long hours for low pay developing a set of construction documents? Do they find value in doing the CD development work? Or are they thinking about the 5-to-10 years they will spend in this role and wondering if it’s worth it?

With a limited number of new architects entering the field each year and the continual pressure from clients to deliver work ever more quickly, architects and architecture firms need a technology solution that relieves architects of the construction document design burden, while still getting this essential work done. The use of new AI technologies for these tasks will not only ensure accurate and quick generation of CDs, but will also result in higher retention rates of valuable architect employees.

Once upon a time, the prestige of architecture as a profession and the intrinsically rewarding nature of architecture attracted professionals by offering a career that spans several creative as well as technical disciplines. However, in today’s world of smart-everything, new entrants to the architecture profession are technically savvy. They expect the tools they use at work to be intelligent. They aren’t willing to spend multiple years doing tasks that a machine can do more quickly and with equal or better accuracy, while they wait for the opportunity to contribute to the aspects of architectural design that attracted them to the profession in the first place.

A construction document generated by SWAPP’s AI

Just as they want to be able to plan all the details of a vacation road trip, then get in a self-driving car and relax while the car takes them where they want to go, architects want to spend the time allotted to their work creating the architectural designs, then “hand off” the design decisions to an intelligent tool that produces the necessary construction documents or revision options. They want relief from the tedious last step of the design delivery process.

Like other professions that used to assume the easy availability of a steady stream of new professionals willing to trade long hours in junior roles for bright futures as principals and industry leaders, architecture firms now face competition from “high tech”. The ranks of future architects — the creative, talented and bright individuals studying architecture and starting careers — may be wooed away by the higher pay, less oversight by older generations and a quicker path to the top that “high tech” offers.

Nevertheless, the good news is that “high tech” is also now solving the architect retention problem! New technologies enable architects to spend most, if not all of their time on design and planning work, and then to simply — and literally — “push a button” to produce clean, accurate and complete construction documents. In addition, architects can use these same technologies to make quick work of the time-consuming tasks of producing design alternatives to meet the needs of change requests and other “curve balls” that cause late-night work crunches.

https://www.youtube.com/watch?v=h-D5-6koRf8

By utilizing automated tools and artificial intelligence, these new technologies — of which Swapp is proud to be one — can transform architects’ planning decisions into architectural plans and deliverable construction document sets within minutes. No longer are long hours and tedious documenting tasks required.

Are you surprised that machine learning and artificial intelligence can now support your architectural work this way? Or maybe you want to ask why now or why did it take so long for technology to advance to this point. Of course, every advancement has a story behind it. For Swapp, the story involves a small, diverse group of architects, algorithm and AI developers and entrepreneurs from the world of existing computerized architectural tools.

Other teams and companies also know about the retention problem and are building tools for architects in the AI and machine learning space, allowing for collaborations as well as competition. Ready-to-use services, features and options made possible by these new technologies are here now to solve the needs of architects and architectural firms — and more exciting tools are on the way.

 Browse the Architizer Jobs Board and apply for architecture and design positions at some of the world’s best firms. Click here to sign up for our Jobs Newsletter. 

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