© David Frutos

• Architects: Valdivieso Arquitectos
• Location: Alpedrete, Madrid, Spain
• Architect In Charge: Alejandro Valdivieso
• Area: 198.62 sqm
• Project Year: 2015
• Photographs: David Frutos

• Collaborator Architects: Ángel L. Valdivieso, David Verdú
• Interns: Fernando de la Torre, Carmen Bruna,Patricia Lobo
• Project Management: Alejandro Valdivieso (architect), Joaquín Jesús Cepas Flores (quantity surveyor)
• Consultants: Miguel Nevado – KLH Systems Austria (cross-laminated timber panels)
• Contractor: Construcciones Eugenio Herranz S.L.
• Cost/Sqm (Excluding Vat): 1025,33 euros/sqm

© David Frutos

Building a single-occupancy home over a former water cistern was the starting point of the project. The site, subsequently altered over time, reached its final configuration circa 1955. It has two levels, facing south, and has remained unaltered since then. The site is part of a low-density suburban environment, which belongs to a development model distinctive of peripheral areas, characteristic of the first third of the 20^th century as the summer stays residential areas in the mountain range of Madrid. The site contains typical scrubland vegetation, increased with non-native but suitable species, conditioned by the region´s dry continental climate (very warm summers and very cold winters).  

© David Frutos

© David Frutos

It was initially an underground cistern connected to a well that supplied the main and original building of the state. It presented informal floor plan geometry, probably due to the adaptation to a rocky ground. The unevenness of the ground propitiated the surfaced of the southern side of the fabric, which adopted the image of a strong retaining wall that confined, on this side, an upper paved platform where is located the well head, and which was occasionally used as space for celebrations. When the cistern no longer fulfilled its mission, it started to be used as a warehouse and storage room for all sort of objects and utensils, but without any other adaptation than an entrance aperture. The interior constructive and structural configuration was then revealed. This was the first re-appropriation, yet the place continued maintaining its initial ethos as an accessible exterior space, that hides, underground, a warehouse. 

Plan

The final re-appropriation occurred with the transformation of the site in order to address the commission. Neither the immediate environment nor the toponymy is modified; quite the opposite, the pre-existing is accepted as a possible trace pattern (the curved glass façade follows the trace of the former step to be maintained). On the former paved platform emerges a perched object that moves forward and overhangs facing south over the novel empty space produced by the unevenness of the terrain. The inferior ground level is slightly lowered in order to, with the creation of a new enveloping wall, create a veranda that is placed outside the former platform atmosphere, and that now boasts being, at once, interior and exterior.    

© David Frutos

The upper floor of the house occupies the new prefabricated volume built with cross-laminated timber made of large, multi-layered panels of spruce-pinefir (SPF) lumber sitting on top of a new metallic structure that does not interfere structurally with the old massive structure; composed of natural stone, ceramic brick and concrete. This volume shapes a big open space that works simultaneously as living/dining room and kitchen, communicating the house with the common garden. The lower level, partially buried, includes the private and intimate spaces, fragmented rooms of retreat, opened to a patio and to the aforementioned  private interior-exterior porch veranda facing a pre-designed artificial landscape unlike the natural picturesque of the common garden. 

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A building envelope of the new volume has been designed with a high degree of thermal insulation concerning a distribution of blind/open planes that optimizes natural lighting and cross ventilation (in response to the oriented geometry embedded within the existent landscape and to the a new landscaping strategy as a summer/winter passive conditioner); in addition to those other conditions particular to the pre-existing cistern volume (massiveness, natural ventilation, distribution of window spaces and apertures, spaces semi buried and `cave or grotto effect´; reinforces the energy concept of the house, fundamentally based on passive measures. 

© David Frutos

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© Vivek Muthuramalingam

• Architects: Biome Environmental Solutions
• Location: Sarjapur Rd, Byraveshwara Industrial Estate, Bengaluru, Karnataka 560091, India
• Design Team: Chitra Vishwanath, Anurag Tamhankar, Sharath Nayak, Soujanya Krishnaprasad, Prasenjit Shukla, Lekha Samant, Shibani Choudhary
• Area: 985.0 sqm
• Project Year: 2016
• Photographs: Vivek Muthuramalingam

• Contractors: Muralidhar Reddy, Prasanna Kumar
• Consultants: Mesha Structural Consultants
• Text: Soujanya Krishnaprasad
• Site Area: 1955 sqm

© Vivek Muthuramalingam

The school sits in a neighbourhood with constant construction activity and a godown is in its immediate vicinity. Creating a learning space for a young age group on such a site required that the school be an enclosed and protective space. The site factor played a key role in the design, along with the Reggio-Emilia education approach itself, on which the school is based.

© Vivek Muthuramalingam

Unlike the longstanding notion of everlasting buildings, it is not uncommon to see built spaces being renovated or redone entirely to keep pace with people’s changing needs. The permanence of a building may no longer be a prerequisite in its design. This being accepted, it is necessary to allow material recovery and recycling, or reconstruct the same building elsewhere – anything but create debris that will occupy landfills.

Plan

Various building techniques make the design economical and recoverable to the maximum – chappadi granite stone slab foundation, paver block flooring, paper tube partition walls, and bolted steel supports – creating a structure that can be transposed. The external fabricated façade is a tack-welded mild steel frame with panels of perforated metal sheet, pinewood, reflective glass, operable louvres and sliding windows, planned with regard to light and ventilation. CSEBs made of soil from different sites in the locality create pleasing patterns which harmonize with the floor colours. GI sheet is used in consideration to the roof slope, with a false ceiling of bamboo mat plywood for thermal and sound insulation, which further imparts a sense of warmth. Preference of a hand-crafted material such as bamboo mat over the conventional plywood allows a valuable skill to be preserved. 

© Vivek Muthuramalingam

Exploratory learning is encouraged through a permeable design of the interiors – walls of varying heights enclosing curvilinear classrooms and common spaces under a skylight-dotted roof. The roof is supported on eight columns, each in the form of a branching tree. This tree form, while being a structural element, allows the roof to be perceived from a height that children can relate to. It is also a reinterpretation of learning under a tree, a common sight in rural parts of the country.

© Vivek Muthuramalingam

Details

© Vivek Muthuramalingam

The building consists of four classrooms, a studio and a childhood stimulation centre around a central piazza, with filter spaces allowing transition between the rooms and the piazza. The toilet is designed with consideration to the young age group, cubicles scaled appropriately for children as well as their need to be supervised. Open drains in the wash area and urinal walls are incorporated for ease of use and maintenance.

© Vivek Muthuramalingam

The building consists of four classrooms, a studio and a childhood stimulation centre around a central piazza, with filter spaces allowing transition between the rooms and the piazza. The toilet is designed with consideration to the young age group, cubicles scaled appropriately for children as well as their need to be supervised. Open drains in the wash area and urinal walls are incorporated for ease of use and maintenance.

© Vivek Muthuramalingam

Light durable furniture made of honeycomb boards and paper tubes further encourages kids to explore and play with the environment. The versatility of the material permits a variety of configurations.

© Vivek Muthuramalingam

Rainwater is harvested from the entire roof area, filtered and collected in the sump tank which overflows into a groundwater recharge well, effecting water security. Solid waste from the school is disposed of in twin leach pits which are effective in returning nutrient to the soil.

© Vivek Muthuramalingam

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© Xianliang Zeng

• Architects: SIADR
• Location: Kunshan Development District, Jiangsu Province,China
• Architect In Charge: Doctor Ban Wang
• Design Team: Min Zhang, Changyue Sun, Haojiang Liu, Liang Zhang
• Area: 24908.87 sqm
• Project Year: 2016
• Photographs: Xianliang Zeng

© Xianliang Zeng

From the architect. Kunshan Electronic and Bicycle Pavilion project are located on the north side of Qianjin Road in Kunshan Development Zone, which close to the Xiajia River and the City Park. On the side of the river is the center of the city five-star hotel revetment. 

1. In the aspect of design philosophy: according to the project design requirements, three perspectives of digital, ecological, exhibition have been showed as a design concept for the project.

© Xianliang Zeng

First of all, the architectural form, space and display device should reflect the background of contemporary digital technology, conforming to the concept of digital architectural form. Besides, it should embody the sense of building technology and futuristic, which can bring infinite imagination and possibility to people. In the meantime, the building could promote the vitality of the city and symbolize take-off development of the economic and technological development Zone in Kunshan.

© Xianliang Zeng

Secondly, the architectural form reflects green ecological design concept from the shape coefficient, landscape construction, lighting, ventilation and so on. Flexibility and stepped landscape architecture has not only become the landscape part of the outdoor park environment, but also provided minimized sunshine occlusion and comfortable wind environment for the park. Architectural forms adopted the landscape building body about “a convex a concave and one yin one yang,” and therefore the building itself is both the form of architecture and also the landscape. The roof of architecture is not only a building structure but also a landscaped road, for example. Indoor and outdoor functional space by overlapping each other can form close indoor and outdoor spatial interaction, including ground, overground, multi-dimensional, multi-level.

Moreover, the basic element of the building space form is a circular, oval. According to the combining relationship between each other, it forms logo shape of the building, which incarnates architectural carrier features as athletic display features.

section 1

2. In the design of operation: architectural form from the initial idea to the final completion, in fact, is constantly modeling of the process with the limitation of the comprehensive conditions. Combined with a variety of software, the architecture form design has been completed with non-linear geometrical characteristics.

© Xianliang Zeng

First, in the process of building shape gradual completion, architects designed by using Rhino, Grasshopper, Ecotect, Revit etc software to solve synthetic problems, such as shape optimization, integration issues professional coordination, shape positioning, environmental analysis and so on. Final optimized architectural shapes have been accomplished by parametric control adjustment model, spatial orientation and expand curtain wall design approach.

sunlight analysis

At the beginning of the construction of the nonlinear geometric design, according to the inner logic of parameterized, the construction geometry can be adjusted by designers. Besides, architectural shape has been carried on tests about wind pressure and speed by using Phoenics software. Then combined with parametric geometry adjustment, the architectural design has been optimized. Existing buildings defuse the wind speed of the building itself and surroundings and reduce wind shadow zone area. At the same time, the sunshine analysis has been completed to optimize the building orientation and form a high-quality exhibition space.

© Xianliang Zeng

Then, aim at the problem of structure adjustment caused by structure control boundary, curtain wall control boundary and architectural form adjustment, designers discussed how to combining with the architectural form conception, which could make sure the key controlling factors of the architectural form to establish the finished surface, structure control boundary and correlation model method of the internal structure of axis. In addition, both the division of building façade and the axis of the structure model of the space are participated and achieved by parametric design software.

plan

Finally, the spatial orientation of the building outer contour coordinate points can generate automatically to provide spatial orientation reference on-site construction.

© Xianliang Zeng

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© Moon Jung-sik

• Architects: SMART ARCHITECTURE
• Location: Taejeon-dong, Buk-gu, Daegu, South Korea
• Project Team: Kim Gun-cheol, Lee Seung-eun
• Area: 326.37 sqm
• Project Year: 2016
• Photographs: Moon Jung-sik

© Moon Jung-sik

This building is for the company of GO.medi-tech, developing medical appliances and making, suppling rehabilitation assist equipments and aging friendly goods. The Office of GO.medi-tech is composed of a commercial space for rent at first floor and spaces for the company such as offices, a lounge, a manufacturing room and a storage at second, third and fourth floor. 

© Moon Jung-sik

This building, sit in small site about 150 sqm, is located in Taejeon-Dong, Buk-gu, Daegu, South Korea, and there is Maecheon Station, third of Daegu Metro, in the south and Palgeocheon, the upper region of the Geumho River, in the west. Also, there is a neighboring commercial district and a residential area in the north and east.

© Moon Jung-sik

The shape of building is decided by following law for right to sunshine of north residential area. Also, entrance spaces, which mean main, commercial and parking entrance, are linked with levels of site naturally. Because of that, inside of first floor was able to be a flexible space and has various ceiling heights.

© Moon Jung-sik

The core of building is suited at the best position by considering a shape of building and a location of main entrance, and then we tried to make a pleasant space of stairs by using wires instead of rails. At the space of between our building and a adjacent building, we secured a privacy of the site by making scenic plantings. The lounge of third floor for accepting various purposes is arranged near a north terrace because of an intention for feeling a city scenery closely. In addition, a storage closet, planed patterns that can be possible to penetrate, created a bright atmosphere of inside space. 

© Moon Jung-sik

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© Shannon McGrath

• Architects: Technē Architecture + Interior Design
• Location: 95 Flinders Ln, Melbourne VIC 3000, Australia
• Area: 1945.0 sqm
• Project Year: 2016
• Photographs: Shannon McGrath

• Site Area: 815 sqm

© Shannon McGrath

The Flinders Lane Pub is a completely new pub built on the south side Flinders lane, opposite to the entrance to the 101 Collins St office tower. The shell around the new pub is the remnants of the Rosati Bistro, itself a Melbourne icon 20 years ago.

© Shannon McGrath

Section

© Shannon McGrath

The proposed pub is made up of 5 levels, 4 of which are accessible by patrons.

A public bar greets patrons from Flinders Lane, which gives way to an open courtyard. Central to the project is the garden courtyard beneath a glass roof. The courtyard is host to mature trees, terraced seating and an open bar and kitchen.

© Shannon McGrath

© Shannon McGrath

The laneway bar lies beneath, connecting the courtyard and Duckboard Place to the rear.First floor offers a private dining room and balcony overlooking the courtyard and offering views back across the city’s north. The second floor shares this view across a double height ceiling space and an ornately decorated function space.

© Shannon McGrath

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An Occupation of Loss / Taryn Simon in collaboration with OMA/Shohei Shigematsu. Image courtesy OMA. Image © Naho Kubota

Artist Taryn Simon in collaboration with OMA/Shohei Shigematsu has designed An Occupation of Loss, a major new performance work choreographed around an OMA-designed monumental sculptural setting consisting of 11 concrete wells. Located at Park Avenue Armory’s Wade Thompson Drill Hall, and co-commissioned by the Armory and Artangel, London, the performance piece focuses on “the anatomy of grief and the intricate systems that we devise to contend with the irrationality of the universe.”

An Occupation of Loss / Taryn Simon in collaboration with OMA/Shohei Shigematsu. Image courtesy OMA. Image © Naho Kubota

Designed by OMA’s New York office, the 11 concrete wells, each measuring 45 feet in height, will be activated by the presence of 30 professional mourners from around the world each evening. The wells are constructed of eight stacked, industrial concrete rings, which distribute their structural load onto a continuous platform. Integrated lift holds allow for easy disassembly to facilitate their transportation to new venues.

An Occupation of Loss / Taryn Simon in collaboration with OMA/Shohei Shigematsu. Image courtesy OMA. Image © Naho Kubota

An Occupation of Loss / Taryn Simon in collaboration with OMA/Shohei Shigematsu. Image courtesy OMA. Image © Naho Kubota

“Like Zoroastrian “towers of silence,” the installation makes explicit the never-ending human need to give structure to death in order to understand it,” explain the architects in a press release.

“The design was sonically-motivated, focusing on the performative act of loss rather than its physical manifestation, which has been historically marked by multiple scales – from tombstones to the World Trade Center Memorial,” says Shohei Shigematsu. “The industrial wells were configured into a readymade ruin that responds to both personal and monumental dimensions.”

An Occupation of Loss / Taryn Simon in collaboration with OMA/Shohei Shigematsu. Image courtesy OMA. Image © Naho Kubota

An Occupation of Loss / Taryn Simon in collaboration with OMA/Shohei Shigematsu. Image courtesy OMA. Image © Naho Kubota

Each towering structure provides the setting for the orchestrated ritual of mourning, emphasized by the “collective presence, absence, and movement of the audience within the installation.” The wells have been designed to amplify and reverberate sound waves, functioning as a discordant instrument.

An Occupation of Loss / Taryn Simon in collaboration with OMA/Shohei Shigematsu. Image courtesy OMA. Image © Naho Kubota

The performances will be inevitably unrepeatable, as the interaction between the mourners and the audience and set will create unique reactions and movements. The mourners’ recital will feature texts from a variety of sources, including: Albanian laments, excavating “uncried words”; Venezuelan laments, safeguarding the soul’s passage to the Milky Way; Greek laments, binding the story of life with afterlife in polyphonic poetics; and Yezidi laments, mapping a topography of exile.

An Occupation of Loss / Taryn Simon in collaboration with OMA/Shohei Shigematsu. Image courtesy OMA. Image © Naho Kubota

An Occupation of Loss / Taryn Simon in collaboration with OMA/Shohei Shigematsu. Image courtesy OMA. Image © Naho Kubota

“The professional status of these mourners—performing away and apart from their usual contexts—underscores the tension between authentic and staged emotion, spontaneity and script,” the architects add. “During the daytime, visitors are invited to activate the sculpture with their own sounds, as a subtle drone created from recordings of the mourners’ rituals provides echoes of the evening performances.”

An Occupation of Loss will be on view at the Armory from September 13 – 25, 2016, after which it will be packed up and transported to be presented by Artangel in London next year.

A review of the work can be found at the New York Times, here.

News via OMA.

An Occupation of Loss / Taryn Simon in collaboration with OMA/Shohei Shigematsu. Image courtesy OMA. Image © Naho Kubota

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The jury may be out on the usefulness and ease-of-use of BIG’s website, but you could never accuse the Danish firm of not having fun.

In line with their playful spirit, BIG has teamed up with programmers Ruby Studio to release an alternate version of their icon-filled homepage that allows visitors to play a version of the classic arcade game Arkanoid.

Just like the original game, BIG’s site challenges players to destroy bricks using a ball and a sliding platform – but in the place of standard colored bricks, the objective is to eliminate the square icons representing different BIG projects.

As you progress through the game, the tiles will rearrange to create different patterns, and the ball will speed up to increase the difficulty.

Check the game out for yourself, here.

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© Lara Swimmer

• Architects: atelierjones
• Location: United States, Bellevue, WA, USA
• Design Team: Susan Jones, Joe Swain, Michelle Kang, Brooks Brainerd, Marisol Foreman, Mesa Sherriff, Dhara Goradia, Brett Holverstott, Megumi Migita
• Area: 48.926 ft2
• Project Year: 2016
• Photographs: Lara Swimmer

• General Contractor: Goudy Construction Blaise Goudy, owner; Carl Deach, Superintendent; Gary Moss, project manager
• Clt Fabrication/Cnc: Structurlam Kris Spickler
• Structural Engineer: DCI Engineers Greg Gilda, Matthew Amrhein
• Civil Engineer: DCI Engineers Darren Simpson, Matthew Frisby
• Acoustic Design: Arup Dennis Blount
• Lighting Design: Blanca Lighting Bev Shimmen, Lucretia Blanca
• Daylighting Consultant: Integrated Design Lab Christopher Meek Justin Schwartzhoff
• Landscape Architect: Lauchlin Bethune
• Organ Consultant: Burton Tidwell
• A/V Integrator: CCI Solutions Todd Gathany
• Owner: Bellevue First Congregational Church
• Co Chairs Bfcc Design Committee: Otis Gillaspie, Donna Kozial

© Lara Swimmer

From the architect. The challenge was to convert a typical multi-tenant office space into a space capable of creating awe. To do this, the architects had to bring life to the existing beige box by breaking it open and allowing the diffuse Northwest light filter in. Historically, light has played a significant role in marking a transcendent space, and this design captures the richness of indirect, cast light reflected off natural surfaces. For the new Bellevue First Congregational Church, the new soaring sanctuary is filled with this indirect light, which subtly changes throughout the day and seasons. 

© Lara Swimmer

Within the strict grid of the two-story building, the new form of the sanctuary is inserted, pushing out existing walls and roof, creating a new definitive form within the existing matrix. Delineation between the northern interior wall and ceiling is collapsed by using CLT, or cross-laminated-timber panels, as structure and finish material. The 17 CLT panels, each averaging 40’ x 8’, are inserted as an irregular, folded plate structure insuring both greater structural stability as well as a rich interplay of light, shadow and the warm texture of the Canadian White Pine of the white-washed CLT panels. Shafts of skylights are inserted into this composite skin dissolving the edges of the 40’ high space through high northern light. The use of cross-laminated timber highlights the Pacific Northwest’s regional relationship to timber, reduces the project’s overall carbon footprint, and humanizes the cold sterility of the existing two-story ribbon-window stucco building.

© Lara Swimmer

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© Lara Swimmer

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© Rodrigo Dávila

• Architects: H+H ARQUITECTOS
• Location: Bogotá, Bogota, Colombia
• Authors: Eric Halliday, Martin Halliday
• Area: 714.0 sqm
• Project Year: 2015
• Photographs: Rodrigo Dávila

• Collaborators: Felipe Zúñiga, Luisa Collazos
• Construction: H+H Construcciones
• Construction Director: Ing. Libia Izquierdo
• Construction Resident: Ing. Gisela Rodriguez
• Administrative Support: Fabiola González

© Rodrigo Dávila

From the architect. Located in an exclusive neighborhood in the north of Bogota, this house was designed to have in a minimalist style incorporating responsible constructive solutions in order to  preserve the environment. The exposed concrete and rusty steel are highlights in the project giving expressiveness both to the exterior and to the interior of the house.

© Rodrigo Dávila

The land with moderate slope, allows the house´s volume to be read as a concrete box that floats over the front yard. With the same concept the second level of the house floats over the first floor.

1st Floor Plan

Once inside the house, a double height space spatially integrates the house and at the same time gives spatial quality with natural light coming in from the ceiling to the center of the construction. From the main entrance it is possible to see the full depth of the house where the garden becomes a beautiful background for the living and dinning area. In this space sliding windows integrate the interior and exterior spaces, expanding the social area and forming a private and peaceful atmosphere. On this ground level, you can find all social spaces of the house, the kitchen and laundry area.  On the second level of the house, are the bedrooms and the family room, all organized around the central void. The basement level  has all technical and parking areas.

© Rodrigo Dávila

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© Rodrigo Dávila

From an architectural point of view, the exposed concrete was defined to give expression and texture to the facades and the main interior walls. In order to protect the interior spaces from the sun and the terraces from the rain, the volume has large eaves. These elements were not  only designed to provide functionality. They become an important aesthetic element of the house´s architecture.

© Rodrigo Dávila

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MVRD’s masterplan foresees the development of a vast site of which hotels, conference halls, offices and start-ups, laboratories, research facilities and parking will occupy the site.. Image Courtesy of MVRDV

MVRDV with co-architects morePlatz have won a competition to design the masterplan of the Hamburg Innovation Port, a new 70,000 square meter waterfront development that will add to the high-tech hub of Channel Hamburg in Hanse City, Hamburg. The plan for the mixed-use development uses a fusion of existing port typologies and dynamic architectural interventions to create a network of buildings containing hotels, laboratories, research facilities, offices for start-ups and a conference center.

The roofs of some buildings are partly green and partly used for terraces and solar cells.. Image Courtesy of MVRDV

Located on the site of the old Harburger Schloss waterways, the planned development has been organized around a system of alleys between the street and harbor basin. A three-story plinth containing a variety of public spaces borrows from the harbor typology, and in a later phase, will connect to surrounding buildings via a series of skybridges. On top of the plinth, increasingly glazed facades provide light and views to laboratories, and higher up, flexible office spaces. In the building’s center, special program volumes will contain restaurants, cafeterias and libraries.

On the building roofs, occupiable green spaces have been arranged to create a park-like atmosphere linked by the skybridges, while arrays of solar cells will help provide energy to the complex. The interiors of the bridges feature flexible space that can be adapted to create large office areas. Parking, meanwhile, has been placed underground and out of sight, and is accessible through one communal entrance.

Part of the plan is the idea of a diverse public space in which each part has its own strong character inviting the office workers to have outside meetings and al fresco luncheons. . Image Courtesy of MVRDV

Most of the complex will be ground-up construction, but one existing hall on site will be transformed to be used for temporary activities and to support construction of future phases. An additional floating building accessible via a jetty with contain a hotel.

“Part of the plan is the idea of a diverse public space in which each part has its own strong character,” explain the architects in a press release. “There is a park, a boulevard, a square, shared spaces and a waterside promenade featuring wide stairs towards the water that invite the office workers to have outside meetings and al fresco luncheons.”

A total surface of 70,000m2 will transform the waterways of the Channel Hamburg development, the southern high-tech hub of Germany’s northern metropolis.. Image Courtesy of MVRDV

“At Hamburg Innovation Port we envision a very high density to create a vibrant neighbourhood and to make the best use of this fantastic location at the waterside, a former cattle food factory site,” says MVRDV founding partner Jacob van Rijs. “The density is FAR3.3, comparable to a typical Berlin city block with its courtyards and outhouses, but designed in a way to offer daylight and vistas.”

The plan is designed to be built in stages with the flexibility for possible program changes as the construction progresses. This will allow each of the five buildings to be realized independently.

The competition was organized by Hamburg construction company HC Hageman. Hadi Teherani Architects have also been selected to build one of the architectural projects. The total budget for the project is estimated at 150 million euros.

News via MVRDV.

• Architects: MVRDV, morePlatz
• Location: Harburger Schloss, Bauhofstraße, 21079 Hamburg, Germany
• Design Team: Winy Maas, Jacon van Rijs, Nathalie de Vries, Markus Nagler, Tobias Tonch, Jonathan Schuster, Lisa Bruch
• Co Architect: morePlatz: Johannes Schele, Caro Baumann
• Model: Made by Mistake
• Client: HC Hagemann Construction Group
• Area: 70000.0 sqm
• Project Year: 2016
• Photographs: Courtesy of MVRDV

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