Branch Studio Architects adds timber-clad extension to Australian school library

This wooden extension to a school library near Melbourne, by local firm Branch Studio Architects, creates a reading lounge and balcony nestled among the branches of surrounding trees (+ slideshow).

Timber-clad school library extended into the tree tops by Branch Studio Architects

Branch Studio Architects renovated the existing library at St Monica’s College and added a new reading room and decked terrace, which extends over a previously unused courtyard.

Timber-clad school library extended into the tree tops by Branch Studio Architects

Pupils enter the library through a doorway clad in dark wood, which opens into an existing corridor and leads to a lounge area featuring angular sofas and benches that wrap around supporting columns.

Timber-clad school library extended into the tree tops by Branch Studio Architects

Beside the entrance, a multi-purpose reception desk also incorporates borrowing facilities, an audiovisual hot desk and digital access to the library catalogue.

Timber-clad school library extended into the tree tops by Branch Studio Architects

Sliding doors can be pulled back to open this space to an outdoor courtyard featuring planted beds and a tree surrounded by wooden structures that create seating areas.

Timber-clad school library extended into the tree tops by Branch Studio Architects

On the back wall of the courtyard is a mural painted by architect Brad Wray that references the colours and shapes found in the landscape of a nearby national park.

Timber-clad school library extended into the tree tops by Branch Studio Architects

The natural orange tones of the mural and the contrasting green grass in the courtyard informed the colours used to upholster some of the plywood furnishings.

Timber-clad school library extended into the tree tops by Branch Studio Architects

“A carefully chosen colour and material palette was selected to reflect and complement the courtyard artwork, engaging with the Australian outback, an important icon of the St Monica’s College philosophy,” explained Wray.

Timber-clad school library extended into the tree tops by Branch Studio Architects

Pupils can ascend from the lounge to the library’s main reference area using a wide set of stairs designed to evoke the monumental Spanish Steps in Rome.

Timber-clad school library extended into the tree tops by Branch Studio Architects

“The book stacks are placed on the upper level of the library in reference to the books being the Trinita dei Monti Church at the top of the Spanish steps and the external courtyard as the Piazza di Spagna at the bottom of the steps,” said Wray.

Timber-clad school library extended into the tree tops by Branch Studio Architects

This staircase incorporates spaces for pupils to sit and read, conduct meetings or use the built-in photocopying facilities.

Timber-clad school library extended into the tree tops by Branch Studio Architects

It leads to an area containing the bookshelves and a series of work spaces that can be divided by drawing translucent curtains around them.

Timber-clad school library extended into the tree tops by Branch Studio Architects

An existing wall was removed to create the entrance to the treetop reading lounge, which culminates in a balcony providing views towards the nearby countryside.

Timber-clad school library extended into the tree tops by Branch Studio Architects

The exterior of the new addition is clad in black-stained plywood with natural timber battens creating a vertical contrast that references the nearby gum trees.

Timber-clad school library extended into the tree tops by Branch Studio Architects

Plywood used throughout the interior provides continuity with the library’s facade and creates robust, hard-wearing surfaces that will be able to resist the scuffs and marks of daily life in a school.

Timber-clad school library extended into the tree tops by Branch Studio Architects

Zig-zagging LED strip lights in the extension echo the shape of the bookshelves and the lights are also applied to highlight existing trusses in the main downstairs reading area.

Timber-clad school library extended into the tree tops by Branch Studio Architects

Photography is by Nils Koenning.

Here’s some more information from the architects:


St Monica’s College Library, Epping, Australia

The traditional school library is becoming more digitalised and the all mighty physical book becoming more and more scarce. The St Monica’s College Library fit-out new extension consists of two parts: a renovation to the existing school library and a new reading lounge & deck extension. The project celebrates and elaborates on the traditions of the school & civic library through a series of key ideas, or ‘chapters’, that were translated into architectural interventions. These architectural interventions were collectively composed and narrated as a single ‘story’.

1. Entry Threshold – Inspired by the entry to the ‘Secret Garden’, the Entry Threshold is conceived as a singular volume and is the main entry to the library. The threshold protrudes slightly into the existing school corridor like a portal into another world.

2. Garden Foyer – Two large glass sliding doors open up the library to the courtyard where an existing internal corridor is used to segregate the courtyard from the library completely. The internal library spaces are now engaged with the external courtyard, creating an indoor/outdoor reading area.

Timber-clad school library extended into the tree tops by Branch Studio Architects
Site plan – click for larger image

3. The ‘Multi-desk’ – A singular multi-purpose, multi-use, “Swiss army” reception desk, catering for borrowing, audio-visual hot-desk, library catalogue and a seat.

4. The Spanish Steps – An existing 1400mm change in levels between the lower & upper floors of the library was previously connected by two awkward, narrow stairs. This has been redefined as a series of platforms that promote impromptu spaces for discussion, meeting, photocopying, reading, viewing and traversing between the two levels of the library.

5. Tree-top reading lounge – A new reading lounge punches through an existing brick wall on level one and extends out over a previously unused courtyard. The reading lounge is specifically orientated & configured to offer views towards the nearby Darebin creek green belt and wetlands.

Flexible & translucent staff areas encourage teacher and student engagement. Through the use of a curtain divider, a more transparent & sometimes blurred visual & spatial barrier is created. Similarly, curtains are used as informal screening devises to create flexible teaching & study areas. When a private class is required curtains may be pulled shut. At other times the curtains can be pulled open for the area to be used as a large open study area during lunchtime and after school.

A ‘grand’ reading-room area for larger class and study groups, sits in contrast with a series of ‘nook’ areas where students can hide-away, immerse themselves in the library and read alone. The library contains a series of Forum spaces for smaller, more intimate student reading, study groups and area for one-on-one teaching. The library supports both traditional reading and digitalised plug-in learning.

Painted dark grey and lined with strip LED lights, a series of existing zig-zag trusses are celebrated, creating a improved sense of space which previously was cluttered & segregated from the upper level of the library.

Timber-clad school library extended into the tree tops by Branch Studio Architects
Floor plan – click for larger image

The book stacks are placed on the upper level of the library in reference to the books being the ‘Trinita dei Monti Church’ at the top of the Spanish steps and the external courtyard as the ‘Piazza di Spagna’ at the bottom of the steps.

A carefully chosen colour and material palette was selected to reflect and complement the courtyard artwork, engaging with the Australian outback, an important icon of the St Monica’s college philosophy.

Moments of the colour orange are used throughout in fabrics, paint finishes and bench tops to link back to the external courtyard artwork. The courtyard artwork or mural was designed and painted by myself [Brad Wray] with the help of my wife – Ellie Farrell. It is an abstraction of the Bungle Bungle national park viewed from an aerial perspective. It is the second time now I have been fortunate enough to simultaneously take on the roles of both architect and artist on a project. The painting was completed out-of-hours, after work and on weekends over a 3-month period.

Plywood was used generously throughout for its durability and practicality. The schoolyard is a place where wear and tear is common and plywood is a material whereby scratches and scuffs could add to the patina of the material. Often the embedded grain within the plywood ceiling, wall and joinery panels bare reflection with some of the forms and textures outside on the nearby grey gums.

Vertical natural timber battens, in collaboration with black stained plywood cladding, promote a visual connection with internal and external spaces. The shadow-clad external plywood cladding references the black and grey tones of the nearby grey-gums. Vertical, Victorian ash timber battens reference the vertical nature of the tall grey gums nearby.

Timber-clad school library extended into the tree tops by Branch Studio Architects
Section – click for larger image

The extension is almost completely hidden from outside of school grounds. Situated amongst the tree canopies with only a small glimpse to be seen from a nearby walking track, the new building fabric merges with its surroundings.

Internal loose furniture was custom designed for the project and made by a local furniture maker. A series of pendant lights highlight and promote both specific and non-specific areas of engagement within the library.

The project was constructed in two parts. One used a traditional means of contract with a building contractor undertaking the extension part of the works. Whilst the internal works or fit-out, which includes everything from all joinery to the Spanish steps were impressively undertaken by St Monica’s College’s own internal ‘maintenance’ team. It has been rewarding to learn from library staff, the amount of borrowing has significantly increased due the opening of the new library.

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Timber clads interior and exterior of Kleinkindhaus nursery in Germany

Asymmetric windows complete the angular timber-clad volumes of this nursery in Heilbronn, Germany, by local studio Mattes Sekiguchi Partner Architekten (photographs by Zooey Braun + slideshow).

Timber clads interior and exterior of Mattes Sekiguchi's Kleinkindhaus nursery

Mattes Sekiguchi Partner Architekten designed the wooden Kleinkindhaus as a complex of playrooms and learning spaces for Heilbronn’s Waldorf School.

Timber clads interior and exterior of Mattes Sekiguchi's Kleinkindhaus nursery

To complement the building’s green surroundings, the architects sourced Swiss pine to create an exposed wood-panelled facade and a bare wooden interior.

Timber clads interior and exterior of Mattes Sekiguchi's Kleinkindhaus nursery

“The timber construction is a natural and elemental method of building,” architect Kristina Heuer told Dezeen. “The building is inspired by nature. It literally grows out of the site and unfolds like an organism.”

Timber clads interior and exterior of Mattes Sekiguchi's Kleinkindhaus nursery

Situated between the existing school building and the kindergarten, the timber-clad nursery is inspired by Rudolf Steiner’s architectural theories promoting accessible spaces that open out to nature and are filled with natural light.

Timber clads interior and exterior of Mattes Sekiguchi's Kleinkindhaus nursery

“The polygonal shape is a reaction to the surrounding landscape. It provides pleasant, sustainable and healthy space and therefore satisfies the social, physical, and spiritual needs of its occupants,” explained Heuer.

Timber clads interior and exterior of Mattes Sekiguchi's Kleinkindhaus nursery

Angular windows puncture the exterior walls, while gill-like slits allow natural ventilation.

Timber clads interior and exterior of Mattes Sekiguchi's Kleinkindhaus nursery

The elongated section of the building acts as a backbone for three protruding group activity rooms, connected by a long corridor. These rooms open out into an external play area and include areas for the children to rest.

Timber clads interior and exterior of Mattes Sekiguchi's Kleinkindhaus nursery

“For us, it was very important to create a light and open environment for the children and nursery nurses,” said the architect.

Timber clads interior and exterior of Mattes Sekiguchi's Kleinkindhaus nursery

The main entrance leads to a multi-purpose room and reception area for guests, while suspended orbs illuminate the way to the kitchen, office and storage rooms.

Timber clads interior and exterior of Mattes Sekiguchi's Kleinkindhaus nursery

Other spaces include a computer room and a wardrobe where children can store their coats.

Timber clads interior and exterior of Mattes Sekiguchi's Kleinkindhaus nursery

Photography is by Zooey Braun.

Here’s more information from the architects:


Kleinkind-house Heilbronn

The free Waldorf school Heilbronn is situated in a green oasis, between two poles: the large-scale development of schools and the university in the north and east, and the heterogenous housing development in the west and south. The new Kleinkind-house was built between the main building and the kindergarten in a confined area.

An elongated ridge, opened by a multi-purpose room, houses the administration and the secondary rooms. It points the way to the arriving people, guides and accompanies their way and protects the attached three buildings of the group rooms like a strong backbone.

Timber clads interior and exterior of Mattes Sekiguchi's Kleinkindhaus nursery
Floor plan – click for larger image

Those three group rooms stick like fingers into the green space, joggle with it and form individual south- facing open spaces. An in-between zone is formed between the group rooms and the backbone, which self- evidently construes the situation of entrance. Insides, it sets the space for public and semi-public movement and communication.

The whole building is polygonal reshaped in ground plan and elevation. The resulting flowing spaces follow the anthroposophical architectural idea of Rudolf Steiner. It creates diverse and high-quality spacial situations with different connections of views and outdoor spaces. There are places, which invite to stay, to play, to move, to learn or to rest. An open, light and friendly atmosphere couples with good clarity and easy orientation.

Timber clads interior and exterior of Mattes Sekiguchi's Kleinkindhaus nursery
Section – click for larger image

Using the wood planking façade and wood panelling interior walls, the wooden frame construction is made visualised and experienceable. The choice of material follows the logic of organic construction. On one side the building is integrated into the surroundings and on the other side it is conform to the users need for natural and harmonic building materials.

Location: Max-Planck-Strasse 56/1, 74081 Heilbronn
Client: Verein für Waldorfpädagogik Unterland e.V.
Architects: mattes · sekiguchi partner architekten BDA
Project architects: Fabian Ehehalt, Ramona Schröder
Landscape architecture: Pascal Bauer, Heilbronn
Completed: 08/2013

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Kleinkindhaus nursery in Germany
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Hand-blown glass bubbles suspended in wooden frames showcase precious objects

Milan 2014: these hand-blown glass bubbles by Dutch duo Studio Thier&VanDaalen that delicately spill out of their wooden frames have been created to house precious objects (+ slideshow).

Round Square Cabinet by Studio ThierandVanDaalen

Each design in Studio Thier&VanDaalen‘s collection can be used as a cabinet, light shade or vessel. Wenge wood frames appear to struggle to contain different shaped glass structures within.

Round Square Cabinet by Studio ThierandVanDaalen

The basis for the Round Square Cabinet range was “the fascinating effect of a floating bubble which adapts to its surroundings until it snaps,” explained designers Iris Van Daalen and Ruben Thier. “We had the dream to capture these temporary beauties in a tendril frame.”

To recreate this idea, the studio teamed up with Dutch glass blower Marc Barreda.

Round Square Cabinet by Studio ThierandVanDaalen

Wood has traditionally been used as a mould in free-hand glass blowing, but not as a permanent fixture for the glass to sit inside.

The frame was created first, then the glass was gently blown to swell through the gaps.

Round Square Cabinet by Studio ThierandVanDaalen

“The glass will mark the wood forever during blowing, therefore the wooden mould and its object in glass match perfectly together,” the designers said.

The Round Square Cabinet comes in a variety of sizes. A low rectangular frame features a gold fish bowl-shaped piece of opaque glass.

Round Square Cabinet by Studio ThierandVanDaalen

A taller variant, akin to a side table, features a piece of glass perched on top of a stand inside the frame.

The largest iteration of the cabinet has two frames stacked on top of the other. Inside, glass with a blue hue appears to be escaping the upper frame through the sides.

Round Square Cabinet by Studio ThierandVanDaalen

The collection will be on display from 8 to 13 April at Ventura Team Up exhibition in the Ventura Lambrate district during Milan’s design week.

Here’s some information about the project from the designers:


Round square glass bells to show your precious objects

When blowing soap bubbles in the air Iris & Ruben had the dream to capture these temporary beauties in a tendril frame. The fascinating effect of a floating bubble which adapt to its surrounding until it snaps, was the inspiration for a new series of objects in glass combined with wood by Studio Thier&VanDaalen.

Round Square Cabinet by Studio ThierandVanDaalen

They came up with the idea to blow a round bubble of glass in a square frame made from wood. To challenge two ancient handcrafts; free glassblowing and fine woodworking. Fascinated by the two different materials with their own unique properties and treatments; when combined, they have to deal with each other.

Round Square Cabinet by Studio ThierandVanDaalen

Wet wood is commonly used as a mould in free hand glassblowing. But never as a definitive part of the end object. Iris and Ruben saw this as a beautiful element to use in the end result. The glass will mark the wood forever during blowing, therefor the wooden mould and its object in glass match perfectly together. With this new method Studio Thier & VanDaalen created different objects, to show your precious objects.

Round Square Cabinet by Studio ThierandVanDaalen

During the Milan Design Week 2014 we launch this new evolution of our showcase cabinets: Round Square. Our dream finally came true, “soap bubbles” made from glass blown in wooden frames! Come and see it in real life, from the 8th until the 13th of April at Ventura Lambrate Team-up (B on the map). We called AIR Collaboration.

We worked at ‘Van Tetterode Glas Studio’ together with Marc Barreda to blow the glass pieces in wood.

Materials: glass & Wenge
Variations: cabinet, light object, vessel etc.
Size: diverse
Year: 2014

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Wooden pavilion by Ramser Schmid Architekten built beside Swiss library

This wooden pavilion with a protruding canopy was designed by Ramser Schmid Architekten to offer a sheltered outdoor seating area for visitors to the city library in Zug, Switzerland (+ slideshow).

Wooden pavilion by Ramser Schmid Architekten built beside Swiss library

Swiss studio Ramser Schmid Architekten worked with landscape firm Planetage Landscape Architects to create the public pavilion for a new city park occupying the derelict space between the library’s two buildings, located within a historic arsenal.

The space was already home to a basement car park, which extends out from the edge of the landscape. Rather than burying this under more landscaping, the team chose to encase it behind a slatted timber screen and build a mushroom-like pavilion on top.

Wooden pavilion by Ramser Schmid Architekten built beside Swiss library

“The pavilion with its widely projecting roof creates a new sense of identity for the old Zeughaus site,” architect David Dick explains in his project description.

The structure is made from timber blocks, which are arranged in a pattern that resembles brickwork. Regular spaces create a rhythm of openings, revealing the supporting beams behind.

Wooden pavilion by Ramser Schmid Architekten built beside Swiss library

“In analogy to the retaining wall’s veil of wood, a transparent shell of horizontal wooden slats around the pedestal was designed in order to embellish the poor quality of the existing buildings rather than to hide them,” said Dick.

Planetage Landscape Architects surrounded the structure with shrub beds and low hedges, which line the edges of footpaths connecting the two library buildings with the city’s pedestrian pathways.

Wooden pavilion by Ramser Schmid Architekten built beside Swiss library

Photography is by 
Ralph Feiner.

Here’s a project description from Ramser Schmid Architekten:


City Park Zug

The area to be newly designed consisted mainly of the space between two locations of the local library: the main building in the south and the ancient arsenal, in which additional rooms had been installed into in 2011. The clients, the city and the canton of Zug asked for a public city park that was to be linked to the historic city’s pedestrian walks. The main goal of the park was to connect both sites of the library.

One of the main challenges was the fact that an underground car park from the 1970s partly juts out of the tilted terrain and its driveway divide the area into two sections.

Wooden pavilion by Ramser Schmid Architekten built beside Swiss library
Site plan – click for larger image

The commonly accomplished competition entry by Planetage Landscape Architects and Ramser Schmid Architects was the winner of the 2010 competition. The jury report mentions the “surprising and yet persuading configuration of the terrain edge”. Instead of hiding away the underground car park’s volume by banks of earth, the planners accepted the presence of the building and decided to additionally expose it, extend it and to strengthen it by a wooden wall cladding. The car park now appears as a retaining wall, which separates the upper level with the old arsenal and its terrace from the lower part.

The lower level serves as public traffic area for the underground car park on the one hand. An array of shrub beds bordered by low hedges has been provided, which accompanies the footpaths towards the site and which can be seen as a spatial analogy to the existing Old Town’s gardens in Zug.

Wooden pavilion by Ramser Schmid Architekten built beside Swiss library
Site section one – click for larger image

The staircases to the upper level pass by the retaining wall that is covered with vertical wooden slats. The cladding serves several purposes: besides being a fall protection, it highlights the built structures and facilitates orientation onsite. Protruding elements of the old underground car park, like for example an emergency exit, are masked. Visible transitions between new and 40-year old concrete surfaces are obscured with the new supplements, without hiding away the massive presence of the building.

The upper level located in front of the newly installed research library in the old arsenal is designed as a wide and open park. Generous and versatile lawns, a water basin, flexible seating configurations provide for a relaxed atmosphere.

Wooden pavilion by Ramser Schmid Architekten built beside Swiss library
Site section two – click for larger image

The pavilion with its widely projecting roof creates a new sense of identity for the old Zeughaus (arsenal) site. The placement of the pavilion on the very top follows the inner logic of the complex: the mushroom-like pavilion is built on the lift shaft and the ventilation station of the 10-storey underground car park below. The technical section that protrudes the car park’s roof is amplified and used as a pedestal for the cantilevered roof construction. In analogy to the retaining wall’s veil of wood, a transparent shell of horizontal wooden slats around the pedestal was designed in order to embellish the poor quality of the existing buildings rather than to hide them. The cladding depicts the vertical subconstruction as well as the roof’s radially arranged laminated beams and reveals, solely by its geometry, the constructive design of the supporting structure.

Landscape architecture: Planetage Landschaftsarchitekten
Team: Marceline Hauri, Christine Sima, Ramon Iten, Helge Wiedemeyer, Thomas Volprecht
Modification of the car park and pavilion: 
Ramser Schmid Architekten
Team: Christoph Ramser, Raphael Schmid, David Dick, Isabel Amat, Lena Bertozzi, Elena Castellote, Patrick Schneider
Technical Planners: 
Schnetzer Puskas Ingenieure, 
d-lite Lichtdesign
Site Manager:
 Kolb Landschaftsarchitektur

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Pump House by Branch Studio Architects is a metal-clad lakeside retreat

Black panels of corrugated iron clad the exterior of this lakeside wooden cabin in rural Victoria, Australia, by local firm Branch Studio Architects (+ slideshow).

Pump House by Branch Studio Architects

Branch Studio Architects originally designed the Pump House to give the clients space for storing a water pump and other equipment needed to maintain their farmland property, but the compact shed also doubles as a quiet lakeside retreat.

Pump House by Branch Studio Architects

“The original brief was for a temporary shed-like space to house the water pump and other farm equipment as well as to provide the owners with somewhere sheltered to have a cup of tea when they came to hang out with George, their horse, on the weekends,” said architect Nicholas Russo.

Pump House by Branch Studio Architects

“Although the project eventually developed into something slightly more extravagant, the modesty of the original ambition is still evident in the ‘no-frills’ detailing and rugged materiality of the finished building,” Russo added.

Pump House by Branch Studio Architects

Sections of corrugated Colorbond iron clad the asymmetric roof and two side walls, which feature narrow horizontal windows.

Pump House by Branch Studio Architects

The front and rear walls are entirely glazed, so the owners can open the interior to a deck overlooking the lake.

Pump House by Branch Studio Architects

The main space in the building is an open-plan living room and kitchen featuring a wood-burning stove. A central bathroom divides this space from a studio and bedroom at the rear, which offers views out into the countryside.

Pump House by Branch Studio Architects

The interior is lined with unfinished low-grade plywood and rough-sawn timber boards. “The timber was used to create a soft, warm, cocoon-like interior which is a direct contrast to the robust external shell,” Russo told Dezeen.

Pump House by Branch Studio Architects

The cabin is entirely self-sustaining. Along with wood fired heating, it features solar panels and tanks for collecting and recycling rainwater.

Pump House by Branch Studio Architects

Here’s a project description from architect Nicholas Russo:


Pump House

Typically an architectural outcome is the product of a lengthy design, documentation & construction process where the ‘vision’ is communicated to both client and builder predominantly through detailed drawings and a paper-trail of addendums, RFI’s & variations.

Pump House by Branch Studio Architects

The Pump House was different. Constructed and largely conceptualised by the owner on free weekends and rainy Mondays, the compact, re-locatable structure is more a product of rigorous discussion than that of resolved drawings… that’s not to downplay the careful consideration that was applied to the details of the house, it’s just that the way this project evolved meant that things could, more often than not, be resolved through a conversation on site and detail etched into the clay with a rusty nail.

Pump House by Branch Studio Architects

The nature in which this project was realised meant that our involvement was quite informal as we were consulted with on an ad-hoc basis during the design & construction solely in regards to architectural detailing and the overall architectural outcome. It was exciting to be involved in a project where we could focus purely on the aesthetic and architectural outcomes of a building.

Pump House by Branch Studio Architects

Having worked on a couple of challenging projects with the owner (a carpenter) previously, we often found ourselves deliberating over ideas revolving around establishing a methodology to design & build small scale structures that would achieve both a simplicity of construction as well as a successful architectural outcome. We regularly discussed the possibility of developing an architectural alternative to the conventional ‘off the shelf’ house and we were united in our refusal to concede that architectural detailing, simplicity of construction and affordability were mutually exclusive.

Pump House by Branch Studio Architects

The Pump House was driven by the intersection of these three prerequisites – it had to be a considered response (architectural detailing), it had to be easy to build (simplicity of construction) & it had to be cost effective (affordability) – and in many ways is an architectural prototype that tests our responses to these age old dilemmas… it’s very much like a 1:1 concept model based on ideas which evolved through our discussions and previous experiences.

Pump House by Branch Studio Architects

The Pump House is a celebration of the ordinary. Uncompromising in it’s simplicity, there is a rigid adherence to some very modest but key ideas about doing away with the unnecessary. Agricultural materials (Colorbond iron, low-grade plywood & rough sawn timber) are put together with carefully considered old-fashioned craftsmanship (custom made on-site windows, doors & joinery) to create something much more than the sum of their parts. In plan, the compact internal spaces arranged simply around a central service core provide only the very basic requirements of uncomplicated living, an idea that is reinforced by the uncomplicated nature of the architecture.

Site plan of Pump House by Branch Studio Architects
Site plan – click for larger image

A semi-permanent structure, the Pump House sits softly on its site adjacent to a large dam and on the threshold between the open paddocks and the bush land surrounds. Large expanses of glazing along with a North/South orientation allow the sunlight and the wide-open green spaces to penetrate into, and seemingly pass through, the internal volume giving the condensed areas a sense of spaciousness. The formal gesture of the black box external shell creates a robust metal ‘cocoon’ within the landscape that is directly contrasted by the warmth of the timber lined internal spaces. A large horizontal window along the western facade provides the only penetration of the metal cocoon while also allowing afternoon light to filter through the dense treetop canopy and into the spaces.

Floor plan of Pump House by Branch Studio Architects
Floor plan – click for larger image

The original brief was for a temporary shed-like space to house the water pump and other farm equipment as well as to provide the owners with somewhere sheltered to have a cup of tea when they came to hang out with George (their horse) on the weekends …and although the project eventually developed into something slightly more extravagant, the modesty of the original ambition is still evident in the ‘no-frills’ detailing and rugged materiality of the finished building.

North elevation of Pump House by Branch Studio Architects
North elevation – click for larger image

The Pump House is fully ‘off grid’ and self-sustainable utilising rainwater tanks, wood heating and solar power.

West elevation of Pump House by Branch Studio Architects
West elevation – click for larger image

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Yoonseux Architectes’ school extension designed to match autumnal tree leaves

Paris studio Yoonseux Architectes added wooden surfaces and red floors to this school classroom building in the French city of Livry Gargan, to echo the autumnal tones of neighbouring trees (+ slideshow).

Jaurès primary school by Yoonseux architectes

Built to accommodate the expanding number of pupils attending J. Jaurès Primary School, Yoonseux Architectes‘ extension occupies a site between two of the school’s existing buildings.

Jaurès primary school by Yoonseux architectes

It provides a sheltered courtyard and three classrooms, linked together by a long corridor that faces the playground from the front of the building.

Jaurès primary school by Yoonseux architectes

A wall running along the back of the site provides a backdrop for the carefully positioned trees, which can be seen from inside each of the classrooms.

Jaurès primary school by Yoonseux architectes

“We conceived of the project as an ‘open edge’, not as a ‘wall to divide’,” said the architects. “To ensure this idea we made a garden along the boundary. All of the new classes orient toward this garden.”

Jaurès primary school by Yoonseux architectes

Large windows along the back wall of the classrooms frame views of the trees, while knotted timber boards clad the walls to enhance the connection between the interior and the garden.

Jaurès primary school by Yoonseux architectes

“[With] this choice of material it is our intention to extend the garden to be inside the building,” said the architects. “Visible from the classrooms, its architectural treatment identifies the garden as a value-adding landscape element extending up to the sky.”

Jaurès primary school by Yoonseux architectes

The underside of the roof covering the courtyard and the wall adjacent to the building’s entrance are also covered in wood to create a warm and welcoming space for children to play.

Jaurès primary school by Yoonseux architectes

Just two concrete columns support the 15-metre span of the roof, offering minimal disruption to the space underneath.

Jaurès primary school by Yoonseux architectes

Horizontal metal bars separate the courtyard from the garden and allow sunlight to filter through, creating a pattern of light and shadow on the ground.

Jaurès primary school by Yoonseux architectes

The corridor that extends past the classrooms features a translucent glass wall that permits partial views of the playground.

Jaurès primary school by Yoonseux architectes
Plan – click for larger image

In this space, the use of wood continues on the doors and their surrounds, as well as low storage units and simple wooden coat pegs that are fixed to the wall in two staggered rows.

Jaurès primary school by Yoonseux architectes
3D concept diagram – click for larger image

Photography is by Fabrice Dunou.

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Charred timber clads walls of Okazaki House by MDS

Charred cedar clads the walls of this house in Aichi, Japan, by architecture studio MDS, while exposed wooden beams create a rack-like effect on the underside of the diagonally slanted roof.

Okazaki House by MDS Co. Ltd

Like many houses owned by young families in Japan, Okazaki House was built on the same site as the residence of the client’s parents.

Okazaki House by MDS Co. Ltd

Tokyo-based studio MDS used a traditional charring technique known as Yakisugi to blacken the cedar planks used for the building’s exterior, helping to protect the building from decay.

Okazaki House by MDS Co. Ltd

The site naturally slopes down from one side to the other, so the architects created a single-storey dwelling containing a series of tiered levels.

Okazaki House by MDS Co. Ltd

An entrance leads into the house at the uppermost level, where the living room is located. The floor then steps down to create a dining room in the middle and a kitchen at the lowest level.

Okazaki House by MDS Co. Ltd

“This enables people to maintain the same level of eyesight, and retains an exquisite sense of distance,” said the architects, explaining how they wanted to maintain an open-plan atmosphere.

Okazaki House by MDS Co. Ltd

Pendant lamps hang down from between the ceiling beams to illuminate worktops and seating areas, while a piece of built-in furniture provides shelving and a desk.

Okazaki House by MDS Co. Ltd

A small courtyard with a tree at its centre cuts into the volume of the building, separating living spaces from the master bedroom.

Okazaki House by MDS Co. Ltd

A second bedroom and bathroom are tucked away on one side and residents have to step down again to access them.

Okazaki House by MDS Co. Ltd

Polished oak floorboards run throughout the house, while latticed wooden screens can be used to partition spaces when required.

Okazaki House by MDS Co. Ltd

Photography is by Forward Stroke Inc.

Here’s a project description from the architects:


Okazaki House

The generation gap has become a problem in Japan in recent years. There are an increasing number of two-family homes, as well as houses built on the lots of parents’ houses. This house is one of the latter. Although the residents are parents and child, solicitude should be expressed with this not-so-large site.

Okazaki House by MDS Co. Ltd

This house is a one-storey building with a shed roof, which lowers the roof height on the side of the parents’ house, resulting in wide views maintained with open sky from the parents’ house.

For the interior space, the shape of the large shed roof is directly exposed, and two angled walls (canted walls) are placed in this open-space. This simple design creates various interior spaces in both plan and cross-section. The floor levels of the rooms are decided based on the ground height around the building, and are planned to utilise the height differences.

Ground floor plan of Okazaki House by MDS Co. Ltd
Ground floor plan – click for larger image

The site is sloped from north to south, and the west side, where the parents’ house stands, is lower. The main bedroom is located at the highest part of the site, the north-east side; across from a central courtyard, the level gradually slopes towards the south, from the living room, to the dining room and to the kitchen. This enables people to maintain the same level of eyesight, and retains an exquisite sense of distance.

Roof plan of Okazaki House by MDS Co. Ltd
Roof plan – click for larger image

For the framework of the roof, standard cedar lumber of 120x120mm, which is commonly sold on the market, is used. Instead of using custom sizes or laminated wood, the lumber is alternately laid over the beams within the maximum standard length of 6m, and is crisscrossed at the upper part of the canted walls that roughly divide the interior. This creates an impressive ceiling surface as well as functioning as the roof framework.

Section of Okazaki House by MDS Co. Ltd
Section – click for larger image

Company name: MDS Co.Ltd
Architecture: Kiyotoshi Mori & Natsuko Kawamura / MDS
Location: Okazaki-City, Aichi
Principal Use: residence

Structure: wood
Site Area: 213.74 sqm
Total Floor Area: 98.17 sqm /1F
Exterior finish: yakisugi / cedar forms exposed concrete
Roof: galvanised colour steel sheet standing-seam roofing
Floor: oak flooring
Wall: plasterer
Ceiling: oregon pine of 120 x 120 mm

The post Charred timber clads walls of
Okazaki House by MDS
appeared first on Dezeen.

House in Balsthal

Pascal Flammer a créé cette maison en bois à Balsthal. La particularité de cette maison est l’osmose complète avec la nature environnante, de grandes baies ouvrent sur des vues composées de champs de blé. Tandis que le rez de chaussée est sur ​​la connexion avec la nature, l’étage supérieur permet l’observation de la nature.

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Wooden and Warm House

Les architectes suisses de Camponovo Baumgartner Architekten ont construit la Casa C. dans la vallée de Conches à Reckingen-Gluringen. Avec sa façade au vieux bois rustique et authentique, l’intérieur offre un cadre plus moderne et minimaliste, très chaleureux. Des clichés de la maison signés José Hevia.

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NLE’s floating school casts anchor in Lagos Lagoon

Ahead of the opening of the Designs of the Year 2014 exhibition tomorrow, here’s a look back at one of the standout projects – a floating school on a Nigerian lagoon by architecture studio NLÉ (+ slideshow).

NLE's floating school casts anchor in Lagos Lagoon

NLÉ, the studio founded by Nigerian-born architect Kunlé Adeyemi, developed the Makoko Floating School as a prototype for building in African regions that have little or no permanent infrastructure, thanks to unpredictable water levels that cause regular flooding.

NLE's floating school casts anchor in Lagos Lagoon

Half-building, half-boat, the floating structure provides teaching facilities for the slum district of Makoko, a former fishing village in Lagos where over 100,000 people live in houses on stilts. Prior to this the community had just one English-speaking primary school that regularly found itself under water.

NLE's floating school casts anchor in Lagos Lagoon

“In many ways, Makoko epitomises the most critical challenges posed by urbanisation and climate change in coastal Africa. At the same time, it also inspires possible solutions and alternatives to the invasive culture of land reclamation,” said the architects.

NLE's floating school casts anchor in Lagos Lagoon

NLÉ developed a structure that can accommodate up to 100 adults, even in bad weather conditions. It is primarily used as a school, but can also function as an events space, a clinic or a market, depending on the needs of the community.

NLE's floating school casts anchor in Lagos Lagoon
Aerial photograph by Iwan Baan

Built by a team of local residents, the structure was put together using wooden offcuts from a nearby sawmill and locally grown bamboo.

NLE's floating school casts anchor in Lagos Lagoon
Base of the building during construction

A triangular profile allows the building to accommodate three storeys whilst remaining stable over the water. “It is an ideal shape for a floating object on water due to its relatively low centre of gravity, which provides stability and balance even in heavy winds,” said the designers.

NLE's floating school casts anchor in Lagos Lagoon
Structural framework

The lower level houses a space for play, while a sub-dividable space on the middle floor accommodates up to four classrooms and the upper level contains a small group workshop. A staircase on one side connects the three levels.

NLE's floating school casts anchor in Lagos Lagoon
Community gathers to test the building

Here’s the project description from NLE:


Makoko Floating School

Makoko Floating School is a prototype structure that addresses physical and social needs in view of the growing challenges of climate change in an urbanising African context. It is a movable ‘building’ or ‘watercraft’ currently located in the aquatic community of Makoko in the lagoon heart of Africa’s second most populous city – Lagos, Nigeria. It is a floating structure that adapts to the tidal changes and varying water levels, making it invulnerable to flooding and storm surges. It is designed to use renewable energy, to recycle organic waste and to harvest rainwater.

NLE's floating school casts anchor in Lagos Lagoon

An estimated 100,000 people reside in Makoko in housing units built on stilts. Yet the community has no roads, no land and no formal infrastructure to support its day-to-day survival. In many ways, Makoko epitomises the most critical challenges posed by urbanisation and climate change in coastal Africa. At the same time, it also inspires possible solutions and alternatives to the invasive culture of land reclamation.

NLE's floating school casts anchor in Lagos Lagoon

Until now Makoko has been served by one English-speaking primary school, built on uneven reclaimed land, surrounded by constantly changing waters. Like many homes in Makoko, this has rendered the primary school building structurally precarious and susceptible to recurrent flooding. Sadly, the inability of the building to effectively withstand the impact of increased rainfall and flooding has frequently threatened local children’s access to their basic need – the opportunity of education.

NLE's floating school casts anchor in Lagos Lagoon
Vision for a cluster of four structures

In response to this and in close collaboration with the Makoko community, NLÉ has developed a prototype floating structure that will serve primarily as a school, whilst being scalable and adaptable for other uses, such as a community hub, health clinic, market, entertainment centre or housing. The prototype’s versatile structure is a safe and economical floating triangular frame that allows flexibility for customisation and completion based on specific needs and capacities.

NLE's floating school casts anchor in Lagos Lagoon
Vision for a community of floating buildings

The 220m A-frame or pyramid building is 10m high with a 10m x 10m base. It is an ideal shape for a floating object on water due to its relatively low centre of gravity, which provides stability and balance even in heavy winds. It also has a total capacity to safely support a hundred adults, even in extreme weather conditions.

The building has three levels. The 1st level is an open play area for school breaks and assembly, which also serves as a community space during after hours. The 2nd level is an enclosed space for two to four classrooms, providing enough space for sixty to a hundred pupils. A staircase on the side connects the open play area, the classrooms and a semi enclosed workshop space on the 3rd level.

Detailed section of NLE's floating school casts anchor in Lagos Lagoon
Detailed cross section – click for larger image

The simple yet innovative structure adheres to ideal standards of sustainable development with its inclusive technologies for renewable energy, waste reduction, water and sewage treatment as well as the promotion of low-carbon transport. Furthermore a team of eight Makoko-based builders constructed it using eco-friendly, locally sourced bamboo and wood procured from a local sawmill.

Construction began in September 2012 with floatation mock-ups and testing. Recycled empty plastic barrels found abundantly in Lagos were used for the building’s buoyancy system, which consists of 16 wooden modules, each containing 16 barrels. The modules were assembled on the water, creating the platform that provides buoyancy for the building and its users. Once this was assembled, construction of the A-frame followed and was completed by March 2013. Makoko Floating School is now in regular use by the community as a social, cultural and economic centre and will soon welcome its first pupils for use as a primary school.

NLE's floating school casts anchor in Lagos Lagoon
Concept diagram

The project was initiated, designed and built by NLÉ in collaboration with the Makoko Waterfront Community, in Lagos State. The project was initially self-funded by NLÉ and later received research funds from Heinrich Boll Stiftung as well as funds for its construction from the UNDP/Federal Ministry of Environment Africa Adaptation Programme (AAP).

Makoko Floating School is a ‘prototype’ building structure for NLÉ’s proposed ‘Lagos Water Communities Project’ and its ‘African Water Cities’ research project.

The post NLE’s floating school casts
anchor in Lagos Lagoon
appeared first on Dezeen.