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City_Scapes_Hamburg_2013_programs 26th september - 01st october 2013

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Domplatz (south) 9:00

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1 bsu Hamburg2 Entrance igs

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City_Scapes_Hamburg_2013_Tour 1 igs 2013

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City_Scapes_Hamburg_2013_Tour 2 + 4: Hamburg Museum + St. Pauli

1 Hamburg Museum2 Spielbudenplatz Lützow 7, Berlin3 Zirkusweg4 Antonipark - ParkFiktion arbos Freiraumplanung & local community5 Promenade „Bei der Erholung“6 talk 1: TH Landscape Architecture Hamburg

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Sources: Hamburg: Parks and Squares For the Developing City, A Guide to Lanscape Architecture, ed. State Minis-try for Urban Development and Environment; Hamburg‘s Green Spaces- Tradition and Trends, Exploring Parks and Countryside Werk Bauen&Wohnen March 2007; Deutsche Bauzeitung June 2007; Arkitektur&Wettbewerbe December 2004; http://www.luetzow7.de/index.cfm?id=1152&as=14078&pk=655&se=4

Spielbudenplatz is a square located in the cen-tre of the St. Pauli district of Hamburg. It lies at the start of the Reeperbahn, one of the city’s bu-siest nightlife areas and the world famous red-light district. Until 2004 the square had been ne-glected for decades. Now it is the ‘’international calling card of the city of Hamburg’’.

Brief:The international competition for the rede-velopment of the square was launched in 2004, with 326 works submitted. On account of the mix of entertainment, residential and cultural fa-cilities in the area, the Free and Hanseatic City of Hamburg required a multifunctional space for events, local as well as international, and a cen-tral meeting place for the colourful district. Thus, the brief was to create an impressive entrance to the Reeperbahn and a landmark in the city-scape that would attract not only locals but also tourists from all over the world.

Design Concept:The design eventually imple-mented was by the landscape architects Lutzow 7 with a simple yet practical concept. Their mobile stage-like booths can create different spaces within the unusually long square, thus breaking ‘’with the tradition of static organisa-tion of squares’’ and also ‘’allow[ing] different events to run concurrently’’. The two charac-

Teodora Karneva City_Scapes_Hamburg_2013_Spielbudenplatz_Lutzow 7_2004-2006

UCD Dublin_ School of Architecture_Landscape Architecture_Michael Heurich (MC)

teristic steel structures, like U‘s flipped on their sides, with their open faces towards each other, can be moved on rails along the entire length of the square, meeting at whatever point required. Nowadays concerts, markets and cultural ga-therings all contribute to distinguish Spielbuden-platz as the `urban dancefloor` of Hamburg. The project itself cost approx. €4.9 million to re-alise. Construction started in February 2005 and the square was fully completed in June 2006.

Materials:The square is made of red asphalt.The layered shell of the booths consists of an inner face of semi-transparent glass, with a wo-ven mesh of stainless steel stretched across it.The mobile steel structures are illuminated by thousands of LED light points. Trees are planted in the patios either end of the square defining it even further.

Images:1.Context Photograph 2.Materials 3.Sections showing mobile booths 4. 3D rendering of mobile stage-like booths 5.Not to scale plan of design

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realisation of the park. An investor who bought the building on which some of Park Fiction sits tried to stop its development .Park Fiction was eventually inaugurated in 2005 after many long battles.

Park Fiction Today: Park Fiction is more than just a park, it is more to show what communities like the one in St. Pauli can achieve. Recently there has been talk of re-namming the park after Gezi Park in Istanbul, which was forcibly cleared by police on the order of the Prime Minister. A

police setting a Wishing Tree alight, shattering the people‘s dreams. After seeing this image Park Fiction locals got together and now plan to rename it Gezi Park Hamburg.

Sources: ‘Park Fiction, Sankt-Pauli, Hambourg‘. Architecture D‘aujourd‘ Hui, No. 368: Feb 2007, 82-85.

Birth of Park Fiction: The project known as Park Fiction or Antonipark started in 1994 from a residents association. They were protesting against the re-development of a nearby site in the St Pauli district .Instead of going through the

-dents association themselves drew up plans for a new communal space known as Park Fiction.This process consisted of great input from many residents and members of the public in the area. To encourage more people to become involved, the process was created to be very like a game. “Someday wishes will leave the house and hit the streets....they’ll put an end to the reign of boredom and bureaucratically managed misery” Park Fiction 1994.

Planning Challenges: While the planning pro-cess of Park Fiction may have been a colla-borative effort, this did not make it any easier. Over the years the planing team faced many

Cian Doughan

UCD Dublin_School of Architecture_Lanscpe Architecture_Michael Heurich (MC)

City_Scapes_Hamburg_2013_Park Fiction_Arbos Landschaftsarchitekten + Local Residents_2004

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City_Scapes_Hamburg_2013_Tour 5 + 5.1: Hafen City (Harbour City)

1 HafenCity InfoCenter im Kesselhaus2 Santorkai3 Magellan Terrassen (Magellan terraces) EMTB - Barcelona4 Marco Polo Terrassen (Marco Polo terra-ces) EMTB - Barcelona5 Vasco da Gama Platz EMTB - Barcelona6 Sandtorpark EMTB - Barcelona7 Grasbookpark EMTB - Barcelona8 talk 2: Lohsepark Vogt & Partner - Zürich, Berlin

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City_Scapes_Hamburg_2013_Hafencity diagrams

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Kathryn Blade & Emily Newell Hafen_City_Hamburg_2013_EMBT Barcelona_1997-2025


Open Public Space Concept

Hafen City is Europe’s biggest inner city deve-lopment. The Harbour in Hamburg was trans-formed into residential and office quarters. New functions and squares were introduced to the area to make public surroundings in the wes-tern part of Hafen City attractive. The interaction with land and water can be regarded as unique. It creates a new topographic characteristic for an area that was once dominated by port and industrial uses. Hafen City will have expanded Hamburg‘s city centre by 40% in 2025 when it is expected to be finished. The new city will be comprised of a cosmopolitan mix of apartments, businesses, culture, leisure, tourism and retail.

The idea is to define a new city sector in both planning and architectural terms.

Magellan Terrassen

Magellan Terrassen was the first plaza of thetraditional port to be built. It is laid out in a series of three levels offering an exceptional prome-nade and plaza facing onto the port area. It is known as “the social” area of Hafen City, ithosts numerous events and activities throug-hout the year. There is also an Amphitheatrewithin this area which is used by many streetpreformers and is also known to host different stage productions and concerts. There is also a program every month promoting creative activi-ties for children and young people.

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Kathryn Blade & Emily Newell Hafen_City_Hamburg_2013_EMBT Barcelona_1997-2025


The Marco Polo Terraces are characterizedby three levels. The water level is constantlychanging with the different water levels at lowtide and high tide. The two lower levels are hill shaped lawns and wooden platforms for sittng and sunbathing areas.

Marco Polo Terraces Vasco da Gama Platz

The Vasco da Gama Platz is primarily arecreational area. The square is the smallestof the public places is Hafen City. It is a spacelocated between the water and the road on theDalmankai promenade. It fulfils the functionof a neighbourhood place for residents, withchildren’s play equipment and areas foroutdoor dining. Many of the seating areastake into account the views from the differentlevels of the space. If a person is in the highercourt area and facing north, the view they willsee is through the buildings at Sandtorkai. Thesquare is the smallest of the public places isHafencity. The square is framed by cherry trees. It is also accessible through a ramp and staircase to the waterfront promenade.

Sandtorpark & Grasbrookpark

Sandtorpark/Grasbrook is the second largestneighborhood to be virtually completed. Itincudes a primary school and family housingcentered around the park making it a haven ofneighbourhood life.The key local urban element setting the scene is the small yet popular Sandtorpark, around which almost all the buildings cluster. Landscaping of the green play areas is dominated by lawns and hillocks. Open spaces bordering it replicate the main design elements of the Magellan Terraces, such as the paving which proves to be a successful device in the open space landsca-ping concept. The Grasbrookpark was recently finished covering 7,100 sqm

source„Deutsche Bauzeitung“ July 2008 page 52 „A&T No27 Collective Spaces: In Common III“„Building with water: Concepts/Typology/Design“ Zoe Ryan„The Public Chance“ A&T In Common Serieswww.hafencity.com

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from urban vitality to waterside quietness.Wide landscaped terraces designed for vari-ous uses connect the three levels. Details and choice of materials contribute to the identity and individuality of each location. Opening onto the neighbouring streets, they alow for unobstruc-ted interflow between the park and the urban surroundings.Once the site of the ‘Hanover‘ railway station, a memorial to those deported during World War II is integrated directly into the park.Lohsepark joins up with the wide Elbe prome-nade and will eventually permit access to the Entenwerder island.The interlocking public and private spaces of the HafenCity neighbourhood provide a dense pedestrian and cycle network making the Loh-separk leisure areas important destinations for the surrounding inhabitants.

1 : http://www.competitionline.com/en/competitions/17096 (10/09/2013) 2 - 3 : http://www.vogt-la.com/en/project/lohsepark (10/09/2013)http://www.hafencity.com/en/am-lohsepark-1.html (10/09/2013) Lütke-Daldrup, E and Zlonicky P, 2010, Large scale projects in German cities : urban development 1990-2010.

The new 47000m² Lohsepark, the largest con-tiguous area of green space in HafenCity, desi-gned by Vogt, is destined to become Hamburg‘s “Central Park”. It runs north-south joining two water bodies - the Elbe and the old harbor. The concept of simple formal expression is based on two principal interventions: visual connectivity and staggered levels differenti-ating spaces: city, park and historical level.The park is open at both ends from water to wa-ter. This axis of open space is an outstanding spatial experience in itself, even when the ends of the park are not directly visible to the viewer. Over 500 newly planted trees help structure the various atmospheres within the park, varying

Victoria Suppan City_Scapes_Hamburg_2013_Lohsepark_Vogt Landschaftsarchitekten_2010-2018

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City_Scapes_Hamburg_2013_Tour 6 IBA

1 IBA Dock2 Neue alte Mitte Wilhelmsburg (New old centre Wbg.): APB Architekten + Wiggenhorn & van den Hövel3 Berta-Kröger-Platz: relais Berlin4 guided tour: Tor zur Welt (ehem. Budde schule): bof Architekten + Breimann & Bruun - HH 5 Neue Mitte (New centre) : Jo Coenen - Maastricht, Agence ter - Karlsruhe6 bsu Hamburg: Sauerbruch Hutton - Berlin7 Ärztehaus (Medical centre): Bolles + Wilson - Münster8 Wälderhaus: studio Andreas Heller9 Inselparkhalle: Allmann Sattler Wappner - München

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HS Trier_FB Gestaltung_FR Architektur_Prof. Marion Goerdt 16

The ‚Tor zur Welt‘ (Gateway to the World) edu-cational centre is being established in central Wilhelmsburg – a learning city in the city. It con-sists of five central modules: the School & Busi-ness Centre; the Environment & Science Cen-tre and a multifunctional building with a meeting hall; parents’ café, parents’ training centre and a wide range of advisory facilities.

The architectural core of the Educational Cen-ter is described as the ´Street of Learning`. All individual buildings are connected on 2 levels by the single story flatroof building. The roof ser-ves as an „extended“ school yard and physical activity area which also allows access to the dif-ferent buildings. On the groundfloor generously designed corridors, which eventually widen to form learning ateliers / studios, offer spacious lounge- and exhibition areas.

1st Floor Ground Floor

Sources:http://www.iba-hamburg.de/en/themes-projects/bildungszen-trum-tor-zur-welt/projekt/gateway-to-the-world-educational-centre.htmlhttp://bof-architekten.de/de/projekte/bildungszentrum-tor-zur-welt-hamburg/Bauwelt 29-30|2013

City_Scapes_Hamburg_2013_Tor zur Welt_bof architekten_Breimann Bruun_2013


source: BSU Flyer IBA Wege zur Neuen Stadt ; Verlag Klartext ; Ham-burg 2012,www.iba-hamburg.de, www.Hamburg.de/BSU/

Opposite to the BSU, there is the nine floor medical center with a green ceramics front. The BSU and the medical tower are above the complete area and are forming optically the gateway to the new quarter. It is also targeted to improve the social infrastructure effectively.

The building has a gross space of about 5,900 sqm. The project cost amount to 14 million euro and it is funded by the public authority for urban development and environment. The medical center is part of an area, in which a center for el-derly people with a school for nurses, the house of the ile academy, two apartment buildings call-ced “wood 5 ¼” and the Wälderhaus with hotel is situated. All these buildings border the blocky structure in the south. Besides the importance as entrance complex, some other urban challen-ges come along – for example the required noise protection due to the striking distance to the rails.

Five architect’s offices took part in the com-petetion, two offices won the competition. The architects Bolles and Wilson, Münster, are responsible for the draft of the medical center and the House of the Ile Academy.They designed a square-cut tower for the medical center at the main street. Due to the ceramics front like the BSU, the me-dical center fits in the general scape, but also forms a contrast to the new cityscape.In the ground floor of the basement, the-re is a pharmacy, a medical supply store as well as a bakery. The above floors are used as doctor’s offices. In the two last floors the-re are four maisonette flats with roof deck. Due to the relatively great terraces the sky-line of the building dissolves upwards.

Färber Carolin; Embabe Melanie City_Scapes_Hamburg_2013_Ärztehaus_Bolles und Wilson Münster_2011-2013


Ground heat makes an impor-tant contribution to an environmental-friendly heat supply. In total, 128 augured piles were braced into ground earth, therefrom 98 energy piles combined with a heat pump for am-bient temperature fuel cells (heating and natu-ral cooling). Besides this, thermically activated component parts were integrated in the base-ment and second floors. The ground heat supply to cover heating and hot water requirements is guaranteed by a connection to the regional heat supply of a block heat and power plant run with biological methane. The mechanical and indi-vidually regulated ventilation with a highly effi-cient gain of heat is also environmental friendly.

source: iba-hamburg.de; Pressemitteilungen;studio-andreas-heller.de

The „Wälderhaus“ is a multi-functional building for expositions, training courses and accommo-dation. The building is situated in the center of the quarters “Wilhelmsburg Mitte” and directly at the entrance of the “Internationale Gartenschau” 2013. The project was conducted by “Studio Andreas Heller” and “Architects and Designers”.

The initiative “Wälderhaus” was set up to crea-te new living space in the urban area of Ham-burg. The building is dedicated to the subject “FOREST”. Furthermore, the “Wälderhaus” is the first building that is constructed in suppor-ting solid wood architecture and that is subject to building regulations law for buildings higher than 13 meters – means classification 5 for buil-dings. The building has five floors. Ground floor and first floor are constructed in ferroconcrete.

The second to the fourth floor is constructed in solid wood – that means: walls with plywood planks, ceilings and roofs undisguised and vi-sible, constructed with certified spruce wood – 80% from Germany/Austria, 20% from Finland. The construction of the front is made of certified polygonal larch wood weather boarding with integrated possibility for planting and nesting.

The requirements of the EnEV(the Energy Saving Ordinance for New Buildings) 2009 for the transmission of thermal loss should be 30% below target. With regard to primary energy requirement an under-usage of 50% is aspired, whereby the building elements of the upper floors nearly have the standards of a passive house. The energy consump-tion also benefits from geothermal heat.

Färber Carolin; Embabe Melanie City_Scapes_Hamburg_2013_Wälderhaus_Andreas Heller+ Architects and Designers_2011-2013

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City_Scapes_Hamburg_2013_Tour 7 IBA - continuation

1 Energieberg (energy hill) Georgswerder Häfner Jiminez - Berlin 2 Smart Price Houses- Adjaye Associates London- Fusi & Ammann Architekten Hamburg- Kaden + Klingenbeil Berlin- BeL Sozietät für Architektur Köln3 Smart Material Houses- BIQ SPLITTERWERK- Smart ist grün zillerplus Architekten- Soft House Kennedy & Violoch Architec ture- Woodcube architekturagentur4 Hybride Houses- Hybride Nutzung Brandlhuber + Niehüs erS Architekten Berlin- Hybride Erschließung Bieling Architekten- igs Zenrale Nägeliarchitekten - Berlin5 Waterhouses Schenk + Waiblinger - Hamburg Hamburg6 Weltquartier kfs and Sven Andresen - Lübeck7 Weimarer Platz8 Energiebunker HHS - Kassel9 Grünzug am Reiherstieg Häfner Jiminez - Berlin + Tradkowski Freiraumplanung - HH10 Spreehafen: Topotek 1 - Berlin11 Veddel, Fritz Schumacher 1926 Wilhelmsburger Str. 76 - 82

optional: 12 Harburger Binnenhafen Guido Hager Zürich + club 94

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wind turbine on the site since the early 90‘s, but recently there has been the addition of solar panels on the southern side of the hill. Grass is cut on the site and is used to produce biomass. The methane produced from the decomposing rubbish in the covered landfill is being used by Aurubis as fuel. In total the site produces energy for 2000 apartments. An information centre on site, which is air conditioned using geothermal energy, explains the different types of energy produced.

This former toxic waste site is now a perfect example of how to re-use a toxic landfill. At the moment it is only accesible through guided tours, however the hope is for it to be used as a public park in the near future.

source: http://www.iba-hamburg.de/en/themes-projects/ener-gieberg-georgswerder/projekt/energy-hill-georgswerder.htmlDomus No.922 February 2009- Landfill to Energyhill.

Geogswerder Energy Hill in Wilhelmsburg makes a large statement in the landscape of north west Germany. It re-uses an artificial hill formed by an old landfill to generate wind, solar, biomass, geothermal and methane powered energy.

Set in surrounding landscape that is flat for miles around, this former landfill site rises to around 40 metres high. The site offers fantastic views over the landscape and the city of Hamburg. The site encompasses 45 hectares on Wilhelmsburg, with 22 hectares open to the public. The landfill was officially closed down in 1979, and since then, was entirely closed to the public until Häfner/Jiménez began work on it for the IBA Hamburg 2013. The landfill contained many toxic materials and groundwater was being contaminated by the site. Through a combination of heavy clay capping and membranes the leakage was stopped. The site produces five types of renewable energy, using the slogan „Megawatts for rubbish“. There has been a

Calum Kirkwood City_Scapes_Hamburg_2013_Energieberg_Häfner/Jiménez_2011-2013

UCD Dublin_School of Architecture_Landscape Architecture_Michael Heurich (MC)

Aerial view of the Energy Hill.

„Twin Peaks“- An installation by Asli Cavusoglu

1. wind turbines2.solar photovoltaics 3.biomass grass cuttings4.geothermal groundwater5.methane gas


STRUCTURE- building prototype composed of different mo-dular units, linked by a spacious access core- units can be joined horizontally and vertically to create 2-4-room apartments

FACADE- design of the facade based on modular con-struction- uniform cladding of weatherproof wooden laths- narrow, high windows and loggias cutting into

the facadeENERGy CONCEPT- compactness reduces energy loss- glazed areas are aligned according to position of the sun and cardinal direction→ optimal use of solar energy - ceiling-high windows → sufficient cross ventilation- optional photovoltaic panels on the roof

CONSTRUCTION- load-bearing, massive wooden walls and com-posite flooring system (concrete and wood)→ all interior walls non-bearing→ high flexibility- central staircase- position of the flight of stairs can be changed on every floor

WOOD AS BUILDING MATERIAL- ecological quality- prefabrication- time saving- surfaces of massive wooden structure visible on the inside→ cost minimization

Sources:ARCH+ 198/199: Haus der Zukunft S. 54-55adjaye.comiba-hamburg.deImage 1: iba-hamburg.deImages 2-5: ARCH+ 198/199: Haus der Zukunft S. 54-55

Julia Lohlein City_Scapes_Hamburg_2013_Smart Price Houses_Adjaye Associates_2012


lopment or can be used as a multiple dwelling.

The moduls will be created around a prefab-ricate concrete component- staircase to de-velop a townhouse in all variants. From eve-ry apartment you can reach the garden or a roof deck. And different moduls can be used as a garage, a carport, a cellar or a deck.

The four-floor T-form complex fits to the IBA- property. The inner design is flexible because of the neutral floor plan an the non exist inner bearing walls. The complete house automa-tion-installation for example bathrooms are contained in a chamber out of dry construction

Sources:http://www.detail.de/architektur/themen/fertighaus-als-stadt-haus-smart-price-house-in-hamburg-020896.htmlhttp://www.iba-hamburg.de/themen-projekte/bauausstellung-in-der-bauausstellung/smart-price-houses/case-study-1/pro-jekt/case-study-1.htmlhttp://www.schwoerer.de/de/aktuelles/ibahamburghttp://www.iba-hamburg.de/fileadmin/Mediathek/M10_wil-helmsburgmitte/M11_bainderba/M113Smartprice/smart_pri-ce_Fusi_111121_vis2.jpg

In this project the construction type of the townhouse is interpret as a flexible loft type, which fits to the lifestyle and the pre-ferences of the inhabintants, while remai-ning cost- effective and feasible as a whole.

The architects Fusi & Amamann were wor-king with the prefabricate house company „Schwörer- Haus“. This company offers with this project a sophisticated inner city prefa-bricate house system as an alternative to the suburban living. So the aim of the „smart- pri-ce- house“ is fulfilled. The architects develo-ped an inexpensive inner-city townhousetype were lower income classes can afford to live in.

A quatratic floorspace builts the base of the indus-trial prefabricated modul. Because of the horizon-tal an vertical combinations of the 45 m² moduls its possible to develop many different floor plans.

„Case Study“ is qualified because of its flexible modular construction system for different inner- city contexts. It can fill building gaps, can be part of a row house, a perimeter block deve-

first floor second floor

Lisa Humm City_Scapes_Hamburg_2013_Smart Price Houses_Case Study #1_Fusi & Ammann Architekten Hamburg_2012


The project „Grundbau und Siedler“ (ba-sic structure and settlers) is based on the principle of structural self-help.At the beginning the building consists of basic construction, load-bearing ceilings and the con-nections for the building services engineering.In the second step the future residents build their own apartments themselves with the aim to reduce the price by 40 %.This way even families with low in-

come can afford property ownership.The ground-floor is the transitional zone between public and private space whe-re carports and storerooms are located. They can also be used as workshops.The apartments are situated on the upper floors.The room arrangement is not set. The-refore the groundplan offers open spaces.The use of infra-lightweight concrete pre-vents thermal bridging between foun-

dation engeneering and expansion.The energy supplied via the connec-tion to the local heating system ener-gy network Wilhelmsburg Mitte.The housing units thereby exceed the re-quirements of the EnEV 2009 by 30%.A guide in different languages includes instruc-tions for expanding and the buildung materials will be provided as a construction kit for disposal.sources:-http://www.competitionline.com/de/projekte/50241/per/post/67169-http://www.iba-hamburg.de/themen-projekte/bauausstellung-in-der-bauausstellung/smart-price-houses/grundbau-und-sied-ler/projekt/grundbau-und-siedler.html

Anne Hewener City_Scapes_Hamburg_2013_Smart Price Houses_Grundbau & Siedler_BeL Sozietät für Architektur_2011-2012


synthesis. After the algae prosper and breed, the algamush will be lead to the technicroom where it gets prepared in a extern biogas plant.The building releats all needed energies out of re-generativ sources.The facade can be more then a layer and is able to fulfill multifunctional tasks.

The „BIQ“ is five- storey high and has 15 apartments. They are based on the concept of switchable spaces - „Living on Demand“ with functions that can be switched alterna-tely or simultaneously to a „neutral“ zone. Because of different loggias the inhabitants have a free view in the garden and on the bioreactor facade. The visitors are able to re-cognized the reason of these facade. The re-genative energy production can be seen from outside and is part of the architectural concept.

Sources:h t t p : / / w w w. i b a - h a m b u r g . d e / f i l e a d m i n / M e d i a t h e k /Whitepaper/130530_BIQ_Whitepaper.pdfhttp://www.iba-hamburg.de/themen-projekte/bauausstellung-in-der-bauausstellung/smart-material-houses/biq/projekt/biq.html

Splitterwerk designed a hybride building with a multilayered intelligent facade, including the newest technologies. A Hybride building means functional flexibility and sustainabili-ty of the construction and material. It means „houses that adapt to their inhabitants´wishes“.

The horizontal and vertical air inlet garanties an optimal vertical transverse flow system. Thats why there is a seperate microclimate. Which means you don´t need a different he-ating or cooling.The inner facade is able to built the thermic break. It is the world´s first building facade made from photobiocollectors.

The bioreactor facades are positioned on the southwest and the southeast sides of the buil-ding. These are used for growing algae, for energy production but also for controlling light and shade in the building. It is made out of gla-selements with little parts of algae. To provide the house with energy those algae just have to grow. A seperate hydrologic cycle provites the algae with liquid nutritive substance and CO2. The sunshine helps them to do photo-

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biomass

bioreactor facade

heating

CO2

biogas fuel cell energy center

electricity district heating

warm water

City_Scapes_Hamburg_2013_Smart Material Houses_BIQ_Splitterwerk Graz_2011 - 2013Lisa Humm


Denise Reichardt City_Scapes_Hamburg_2013_Smart Material Houses_smart ist grün_ zillerplus Architekten+Stadtplaner_2011-2013

sources: - http://www.zillerplus.de/wordpress/okologische-konzeptionen/smart-6/-http://www.iba-hamburg.de/fileadmin/Mediathek/M10_wil-helmsburgmitte/M11_bainderba/M112Smartmaterial/projektfly-er_smart_ist_gruen_121204_web.pdf- arch + 198/199-h t t p : / /www. i ba -hambu rg .de / f i l eadm in /Med ia thek /Whitepaper/130613_Smart_ist_Gruen.pdf- mail contact: Jens-Phillip Petersen projectcoordination Wil-helmsburg Mitte

important facts:costs4,4 Mio. Euro (promoted from the Hamburger Klimaschutzkonzept)property size1.250 m²gross floor area1.990 m²size of utilisation units86 - 127 m²

The „Smart ist Grün“ building is an <Effizi-enzhaus Plus> with a passive house stan-dard which means it generates more energy than it needs. The energy intelligent front ge-nerates and collects energy every season.1 front - 3 layers - more climate protection!The first layer is the green front element as a summer heat protection. The next one is the in-sulating glazing for the heat and cold protection. The last layer is the innovation of this building, it is a PCM-curtain (Phase-Change-Material) which collects the solar energy and relays it to

the housing technology or even if necessary to the „Energieverbund Wilhelmsburg“. This three shifts form the building envelope. Photovoltaic on the roof and in the building envelope plus the solar thermal plant is part of the architec-tural concept and the housing technology.The substance of this building is to use and collect the solar energy for thermal heat supply.

Special are the seperation of construction and fitout which make the ground plans more va-riable - structure follows function. „Smart ist Grün“ stands for an attractive and green living because of many gardens and terraces in the whole building and around of it. In front are different electric charge stations for E-Cars, E-Bikes and E-Scooters which absorb the waste energy. The house community even provides a car-sharing system to emit less carbon dioxide.

So what is innovative about this „Smart Ma-terial House“ is the front with intelligent buil-ding materials and an integrated master plan.

outside renderinggroundfloor

energy flow diagram

housing technology concept

front structure


The soft house was built in a tim-ber structure and consists of four th-ree-storey townhouses with garden.The wooden constructure is designed in the Passivhausstandard (= a building doesn´t need any classical heating because of its good heat insulation) and enables light-filled over all levels connected apartments.The solid wood construction is regarded as an evironmentally compatible choi-ce to the traditional masonry construc-tion because of its CO2 avoiding qualities.

Due to the dynamic textile facade that extends from the roof to the south front, the sunlight is used in an intelligent way.It reacts similar to a sunflower that turns toward the sunlight.This way even the vertical tracks of the membrane can open and close.Photovoltaic cells, which are integrated in the mem-brane, are using the sun light for energy production.Facade elements have exceptional advan-tages. In the summer they give shade and in the winter time they allow the entry of natural light by day and reduce the loss of energy.

The rooms inside will be divided by mo-vable , translucent curtains. Thereby the user can change the room arrange-ment individual and as often as requested.The curtains offer an additio-nal opportunity for the lighting.Electricity, which is produced over the house front, is the direct power supply line for the curtains.LED-lights crafted into the curtains il-luminate the interior of the house.

sources:-http://www.iba-hamburg.de/themen-projekte/bauausstellung-in-der-bauausstellung/smart-material-houses/soft-house/projekt/soft-house.html-http://www.designboom.com/architecture/kva-matx-sustainable-soft-house-in-hamburg/

Anne Hewener City_Scapes_Hamburg_2013_Smart Material Houses_Soft House_Kennedy & Violich Architecture_2012 - 2013


important facts:costs3,8 Mio. Europroperty size1.130 m²gross floor area1.479 m²size of utilisation units79 – 185 m²

The woodcube is a four-storey and economic apartment building with 900 m² and flexible flats. It is a sustainable solid wood construction with no glue and preservative. The projecting balco-nies are the trade mark of the building. Ceiling, walls and floors are made of wood, too. Absolut-ley new is the staircase made of a precast rein-forced concrete construction. Around this const-ruction the ceilings are trailed floor wise. On this wood ceilings are the 32 cm primary walls which undertake the whole statics and insulation.

The flexible moduls inside the building help to make the apartments changeable for dif-ferent user groups. The woodcube includes nearly seven apartments with 70 - 130 m². Each of them has got open spaces and views.

sources:-http://www.iba-hamburg.de/fileadmin/Mediathek/M10_wil-helmsburgmitte/M11_bainderba/M113Smartprice/130517_WOODCUBE_web.pd- arch + 198/199-http://www.woodcube-hamburg.de/pdf/bw_2013_31_0006-0007.pdf-mail contact: Jens-Phillip Petersen projectcoordination Wil-helmsburg Mitte

Denise Reichardt City_Scapes_Hamburg_2013_Smart Material Houses_woodcube_architekturagentur_2012-2013

It is an <Effizienshaus 40 Plus> (cosump-tion is similar to a passive house) and with a balanced carbon dioxide value in con-struction and firm. Electricity and ener-gy come from regenerative sources.The woodcube is made of one material with a natural construction and has got two aims: not to emit carbon dioxid and to be recycable.

This „Smart Material House“ is a good contribution for the climate protection.

The architects IfuH (Berlin) were the real winner of the competion „woodcube“ but the investor continued the building with another architect (architekturagentur) because of a disagreement. The realisation (right map) dissent from the actual drafts (left map).

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technical aspects have been considered and implemented to enable multiple usages. Further elements illustrating the flexibility of the building are the atriums and the entrances. Some of interesting affects of the atriums are a high degree of acoustic reduction, heat and space buffer and presents a good natural light situation. An aspect of flexibility is that atriums can also be opened and closed affecting the front of the building and its inner structure. Each of the ten atriums can be arranged separately in multiple ways. The second aspect, flexible en-trance system, provides multiple choices result-ing in independent entrance and exit options. The technical design of the building considers energy efficiency and sustainability. For exam-ple long-distance heating, heat pump technol-ogy using ground heat energy and a cold stor-age. This combination provides consistent heat in winter and cold in summer consuming and low amount of energy cost. Due to the entire consideration of sustainability, the IGS-Centrum has been awarded with the ‘Gütesiegel Silber’ (silver seal of approval) of the DGNB(German Society for Sustainable Building).

IGS-CentrumNÄGELIARCHITEKTEN BERLIN

When arriving the IGS, the IGS-Centrum is the first building you approach and it provides at the same time the main entrance to the IGS (In-ternationale Gartenschau). This usage is only temporary as it is constructed in a hybrid way means to be as flexible and economical as pos-sible.During the IGS, the building is serving two pur-poses - one is a showroom area located on the ground floor and second is an office area in the upper floors. When seeing the design, the outer walls of the showroom floor are covered with grass and moving 45 degrees to the inside. This combination is causing and homogeneous ap-pearance between landscape and building for people who sees it from the outside. The entire effect of the design is giving the impression and the three upper floors are “sitting on top a hill”. The hybrid construction provides flexibility and makes it easy to transform to multiple usages. The result is that the building can be either used for living or business environment. Therefore all

Thomas Fischer, Phillip Malner City_Scapes_Hamburg_2013_Hybride Houses_IGS-Centrum_ NÄGELIARCHITEKTEN_BERLIN_2009-2013

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sources:Arch+ 198/199:Haus der Zukunft; http://www.iba-hamburg.de


Hamburg voraus

INTERNATIONALE BAUAUSSTELLUNG HAMBURG

DOKUMENTATION

Bieterverfahren zur Veräußerung eines Grundstücks zum beispielhaften Bauen mit und auf dem Wasser

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AM ZOLLHAFEN 12 | 20539 HAMBURG | TEL. +49(0)40.226227-0 FAX +49(0)40.226 227-315

[email protected] | WWW.IBA-HAMBURG.DE

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Hamburg voraus

INTERNATIONALE BAUAUSSTELLUNG HAMBURG

DOKUMENTATION

Bieterverfahren zur Veräußerung eines Grundstücks zum beispielhaften Bauen mit und auf dem Wasser

WaterHouses

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AM ZOLLHAFEN 12 | 20539 HAMBURG | TEL. +49(0)40.226227-0 FAX +49(0)40.226 227-315

[email protected] | WWW.IBA-HAMBURG.DE

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sources: picture 1: homepage IBA Hamburg - „Waterhouses - Wohnen am Inselpark“pictures 2, 3: „Wettbewerbsdokumentation_Waterhouses“text: homepage IBA Hamburg - „Waterhouses - Wohnen am Inselpark“ARCH+ 198/199, page 146-149

Friederike Führer City_Scapes_Hamburg_2013_Waterhouses_Schenk+Waiblinger_2011-2013

LOCATIONWater is an essential element for Wilhemsburg, traditionally used for its harbour industry and as a living space for the workers of said industry. Surrounded by canals water has been the life energy for a successfull industry. For that reason it has been an important goal of the IBA Ham-burg to develope urban structures as examples for the usage of water as a source of renewable energy and as an aesthetic element.

CONCEPTThe architects of Schenk + Waiblinger won this particular contest with their concept for four tri-plex-buildings and a „watertower“ that are car-ried by stilts, spanning over 3.300 m² of living space. Water was included in the design for aesthetic and ecological reasons. Piers, under-water gardens, swimming terraces and gardens allow a unique lifestyle for the tenants.The buildings were constructed within a reten-tion basin which is connected to the elb canals and are entered by bridge. The triplex-buildings each consist of three multi floor apartments all of which have swimming terraces and gardens.

Water from the retention basin is pumped and circulated to create „water walls“ by the entran-ce facade which are used as an aesthetic ele-ment and for view protection. Every apartment has a water floor with full-wall windows in order to allow the tenants to feel the presence of the water at any time. The northern water tower consists of 22 apartments with a panorama view and a large community room on the water floor with a terrace on the water.

ENERGy SySTEMThe buildings are constructed with a „Pas-sivhausstandard“* in order to reduce energy consumption: constructed protrusions protect from the sun, moving shadow elements and a southern orientation allow for optimal harnes-sing of solar energy. Other devices are used to heat drinking water and the buildings themsel-ves. The buildings are regulated with the help of highly sophisticated technology in an effort to compel the tenants to optimize their energy con-sumption. All of the apartments were sold out as of June 2011. The buildings were finished in March 2013.

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* A „Passivhaus“ has a very low level of energy consumption due to their use of high-quality thermal insulation.


World quarter

It is a classic brick settlement in Hamburg, originally build for dockworkers in 1930.

During the second world war and the flood in 1962, the quarter had to face structual as well as social changes.

The design of the project

The reconstruction of the buildings should adapt to the needs of the multicultural neigh-bourhood. From the beginning the planning workshop was staged as a multilingual commu-nity experience, where everyone was able to contribute his ideas.

The effort of ''homeland reasearchers'' led to the success. In cooperation with students from a University in Hamburg, they found some culture-specific concepts for the reorganizati-on. In the workshops the adults and children discussed ground plan concepts as well as free interior desgin.

Demand of the residents

The residents wanted a new centre for the quarter and an improvement of the outdoor space situation, they also demanded more familiy friendly apartments with several small rooms and an improvement in soundproofing. They set spatial priorities for actions.

Helene Wenzel, Sandra Pawlowska City_Scapes_Hamburg_2013_World Quarter_kfs Krause Feyerabend Sippel


Energy concept

The building with solar covers on the roof and on its southern side becomes a over a long distance visible energy bunker and it is also a milestone on the way to renewable energy supply of the city of Hamburg.

With an intelligent combination of energy generation, from solar energy, biogas, wood chips and the waste heat from a neighboring industrial plant, the energy bunker shall provide a large part of an area with warmth and at the same time its designed to feed back renewable energy into the electricity grid.

In the final stage the energy bunker is going to produce circa 22.500 megawatt-hours of heat and almost 3000 megawatt-hours of energy. This corresponds to the heat requirement of around 3000 households and the power requi-rement of approximately 1000 households

The engery bunker has a large heat storage tank , which is the core part of the project. Through a block-unit power station , the energy bunker is able to deliver power and heat even on days with few sunshine. This concept is a one of a kind worldwide. The cost for the reconstruction are estimated at 27 Mio. € . The amount of money for the technic is 11,7 Mio. €.

History

Today's energy bunker was build in 1943. Thousand of people sought shelter from the allied air raids and the energy bunker was also used as a part of the German war machinery.

In 1947, the British Army destroyed the building by a specific blowing-up. Six of the eight floors collapsed and so the building could not be en-tered without danger anymore. Only the outer cover with up to three meters of thick wall and with up to four meters of thick ceiling remained almost intact.

Further use of the building was excluded for more than 60 years.

Helene Wenzel, Sandra Pawlowska City_Scapes_Hamburg_2013_Energy Bunker_HHS Hegger Schleif Kassel


In 2009 the IBA launched the “Top Climate Plan: Achieving Environmentally Friendly Buildings with the IBA”.The “Renewable Wilhelmsburg” Climate Protec-tion Concept targets a transition to a completely renewable energy supply of the Elbe islands. Renovating the existing housing stock offers the greatest potential for energy savings.The IBA project was targeted specifically at pri-vate homeowners, who were offered financial support and expert advice as encouragement to renovate their buildings. To receive financial support, the homeowners had to meet at least four of the seven “IBA Excellence in Renovation Standards” criteria.

“Excellence in Renovation Standards“ Criteria:• Insulation of roof• external walls, and• cellar ceiling• Window replacement close to meeting the Passive House standard• Use of controlled ventilation with heat recove-ry• Heating and hot water supply mainly using re-newable energy• Construction of a photovoltaic unit for electri-

city generatingThe first properties to be renovated by their ow-ners as part of the “Top Climate Plan” campaign were two housings in Wilhelmsburger Stras-se, Veddel. This housing area was built under Hamburg’s famous chief architect Fritz Schu-macher in 1926.The buildings have listed status because of their distinctive brick facades. Nevertheless they had almost achieved the newbuild standard after the renovation work was complete. The street-facing walls could not be insulated, but all other elements of the housings were updated to a very high standard.The plastered courtyard facade received an 18-cm thick insulating layer as well as triple glazed passive house windows, the roof was fitted with 30 cm of insulation and the basement ceiling was lined with a 12-cm thick insulating mate-rial.Altogether up to 76 % of the energy consumpti-on can be saved.The project demonstrates that it is possible to apply the energy standards for new buildings and still respect the historic building conserva-tion.

Jan Michels City_Scapes_Hamburg_2013_Wilhelmsburger Str. 76-82_Fritz Schumacher_1926

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City_Scapes_Hamburg_2013_Tour 8 „Qualifizierung öffentlicher Räume“, talk 4 + guided tour, tour 9 + 10

1 Domplatz (Cathedral square) Breimann Bruun - HH2 Jungfernstieg WES- HH3 Rathausplatz (City Hall Square)4 Alsterarkaden5 Europapassage6 Wallanlagen7 Planten un Blomen8 tour 9 Memorial KZ (concentration camp) Neuengame9 tour 10: Stadtpark (city park) Otto Linne et.al.

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even has a small window that offers a view of the only relic left of the Mariendom cathedral the base of a pillar. The Planting scheme consists of grass as ground cover, existing large wide spear trees and the planting of new trees (Japanese pagoda tree,Sophora Japonica) that are spaced well apart from each other. The planting provides an inner city escape for passerby‘s giving them shade and shelter under the trees, helping filter out noise pollution and providing a place to rest and reflect on the history of the site.A Motte replica made of steel with a black finish follows the enchant contours of the Hammaburg settlement, Three of the five sections can be walked on and offer other views of the square. “A footpath with steel slabs leads from Petrikirche (St. Peter’s church) across Domplatz towards HafenCity. The hollow sound of the steel slabs on a level with the steel dams hint at the fact that there is more underneath and stimulate the imagination.”

source: Urban Green European Landscape Design for the 21st century, eds Annette Becker, Peter Cachola Schmal. Auther- Birhauser BaselJournals Landskab 05. 2009 page 106 Domplatzhttp://www.eclas2013.de/fileadmin/data/headerimg/Hamburg_Green_Spaces_GUIDE.pdf

Domplatz today is a beautiful green space for the public of Hamburg and an inner city oasis. The site processes many layers of history which influenced the renovation’s designers hugely. It is believed to be the site of Hammaburg, a fortified castle whose occupants were the founders of the city and gave it its name. Subsequently for more than 800 years the Mariendom cathedral stood surrounded by fortifications in Dom/Cathedral square. Urban buildings gradually sprang up around the square, the cathedral was demolished in 1805, then in 1840 Johanneum school was built, destroyed in Word War II. For the next 60 years the site was a makeshift car park. It was eventually decided that a 3 year minimum temporary public recreational space would be built.

The design consist of 39 large square white seat’s plotted on the green in grids spreading the breath of the park and out the paths. These square seats mark the site of 39 of the cathedral’s pillars. It is not until night when the seats light up bright white that one can fully appreciate the seats in full. One of the seats

Enda O‘ Maolmhuaidh City_Scapes_Hamburg_2013_ Domplatz - Breimann & Bruun_2009

UCD Dublin_School of Architecture_Landscape Architecture_Micheal Heurich (MC)

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ged pedestrianized area infront of the buildings. A boulevard was built on the water side with a bisec-ted triaxial avenue of trimmed Tilia cordata trees. A spacious stepped terrace down to the water‘s edge stretches the length of the Jungfernstieg.High quality concrete blocks were used to create the long grandstand of six steps which doubled up as benches. They were fitted with moveable woo-den seats which nestle into the terrace profile as a linear amphitheatre for festivals and performances.

Additional elements include a subtle lighting sche-me. A revised traffic routing system was imposed as well as the demolition of the previous 1970’s pavilion on the site of which the first of the two new pavillions is located.The restrained design ends with the second new pavilion with André Poitier’s translucent glass cube, an upmarket restaurant overlooking the Alster.

The redesign and modernization of the Jungfern-stieg was both organised and financed by public and private funds in partnership amounting in total to €14million.

History: Originally built in the 17th C, the Jung-fernstieg developed from a simple mill weir. Later the introduction of a dam created artificial lakes along the Binnenalster. Nicknamed “The Virgin Rose” it was a place where aristocratic families showed off their unmarried daughters in the hope of finding them a suitor.

Concept: The cissation of regular boat services on the Alster in the eighties led to the eventu-al deterioration of the Jungfernstieg. It became neglected, merely acting as a link between the city and the Alster lake. In 2002 an international competition was held for design proposals to rejuvenate the Jungfernstieg. The brief was to make the Jungfernstieg a comprehensive mul-tipurpose space inviting to everyone.The com-petition winners were a collaboration of both ar-chitect André Poitiers and landscape architects WES & Partners.

Their winning design is a tranquil interpretation of the historical situation. It consists of a divisi-on of three spaces on the 37,500 m2 site.The street was narrowed making way for an enlar-

Stephen Brady City_Scapes_Hamburg_2013_Jungfernstieg_WES - HH_2006


Sources: Landskab 05. 2009. Riverscapes designing urban embankments ed. Holger et al. New Landscape Architecture Nicolette Baumustir. www.world.architects.com, www.wesup.de, www.architects24.com

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Gardens, and an Apothecary Garden to teach visitors the important uses of plants in medici-ne.

The park also houses the largest Japanese Garden in Europe, installed in 1985. There is a tea house that gives an insight into traditional Japanese customs where a Japanese tea cere-mony is often performed, using the rituals focus ing on inner peace.

The park is a wonderful amenity for the citizens of Hamburg. The playground attracts families, and people of every age can enjoy the large skating rink in winter time. It is one of the largest rinks in the world and out of season is used for roller blading and skating.

The park is famed for its water-light concerts, theatre, music and art exhibitions.

Sources: Insight Out -“Contemporary German Landscape Architecture 2007“ BDLAwww.plantenunblomen.hamburg.de/gestern-heule/ 12/09/13www.germany.travel 12/09/2013

Trisha Lynam City_Scapes_Hamburg_2013_Planten un Blomen/ IGA_various designers_1930-1986

UCD Dublin_School of Architecture_Landscape Architecture_ Michael Heurich

Planten un Blomen is a 47ha public park in the centre of Hamburg. It is deeply rooted in the history of the city being built on the old city walls. The park was first opened in 1930 and then redesigned by the Landscape Architect Karl Plomin between 1934 and 1935 for the International Horticulture Exhibition “Planten un Blomen” (plants and flowers). It has kept this name ever since.

The first IGA was held on the site in 1953 when about 5 million visitors attended the exhibition. After this, two more IGAs were held on the site in 1963 and 1973. For each exhibition, parts of the park were demolished and new elements added.

Presently, the park consists of a traditional rose garden of 5,000 square metres, tropical hothouses that remain from the Old Botanical

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sources: Tate, A., 1951, Great City ParksChadwick, G.F., 1966, The Park and the Town: public landsca-pe in the 19th and 20th centuries,Landskab 05. 2009Lotus No. 30 1981

Anthony Kelly City_Scapes_Hamburg_2013_Stadtpark_Fritz Schumacher_1914-1929


IntroductionAt 151 hectares Stadtpark is the largest and most used public space in Hamburg with visi-tor numbers of 3-4 million a year. It is located 5km north-east of Hamburg city centre. The main entrance is to the south-east. The park is roughly rectangular on an east-west alignment, 1.8km long and 0.65 – 1km wide. The main axis is over 1.5km long. There are 12 hectares of open lawns, an 8 hectare oval lake and a 38m high water tower/ planetarium.HistoryIn 1867 the population of Hamburg was 265,500 with only 45 hectares of open space. In 1896 an expansion plan was put in place to provide ad-ditional open space. Preliminary designs were conceived for the Stadtpark in 1903 and in 1904 a Commission was set up to oversee the design and construction of the park. One of the mem-bers, Alfred Lichtwark, an opponent of the then current trend for ‘landscape’ style, sketched the first draft showing an axial arrangement running east-west. In 1908 an open competition was held with no overall winner chosen. In 1909 Fritz Schumacher and Fritz Sperber worked on a common design, borrowing from a synthesis of two others’ competition entries. Schumacher

described the design as ‘a geometric skeleton embedded in a free form body’. Construction began in 1910 with the first complete areas open to the public in 1914 and the park deemed fully open in 1929.Design PhilosophyThe original intention was that the people should actively use the park for recreation, a departure from the 19th century ideas of passive enjoyment of the scenery. Gently falling from north-west to south-east the layout is functional, legible and unpretentious. Schumacher’s design elements, the (now demolished) dairy symbolising Milk, the Meadow, the lake symbolising Water, and the use of Brick throughout, all symbols of the region, land and national character, underpin the essence of Stadtpark as an expression of social identity. As one of the first such parks in the world, its functional philosophy of activities is an exemplary demonstration of the modernist approach as applied to park design.

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City_Scapes_Hamburg_2013_Table of ContentsTOPICS LARCInner City

Domplatz

Jungfernstieg

Planten un Bloomen

IBA + igs Wilhelmsburg

Neue Mitte (New centre)

Berta-Kröger-Platz

Tor zur Welt (ehem. Buddeschule) (gate to the world)

Energieberg (energy hill) Georgswerder

Grünzug am Reiherstieg

Spreehafen

igs 2013

Weltquartier

Energiebunker

Ärztehaus

Wälderhaus

Inselparkhalle

architects

Breimann & Bruun - HH

WES - HH

early garden shows and IGAs,diverse landscape architects

Jo Coenen - Maastricht,Agence ter - Karlsruhe

relais Berlin

bof Architekten + Breimann & Bruun - HH

Häfner Jiminez - Berlin

Häfner Jiminez - Berlin + Tradkowski Freiraum-planung - HH

Topotek 1 - Berlin

RMP Stephan Lenzen - Bonn

kfs Krause Feyerabend Sippel

HHS Hegger Hegger Schleif - Kassel

Bolles + Wilson - Münster

Andreas Heller+ Architects and Designers

Allmann Sattler Wappner

student name

Enda O‘Maolmhuaidh

Stephen Brady

Patricia Lynam

Calum Kirkwood

Patrick Doherty

Helene Wenzel, Sandra Pawlowska

Helene Wenzel, Sandra Pawlowska

Carolin Färber, Melanie Embabe



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City_Scapes_Hamburg_2013_Table of Contents

Hafen City

Magellan Terrassen (terraces) + Marco Polo Terrassen (terraces) + Vasco da Gama Platz (square), Sandtorpark, Grasbookpark

Lohseplatz

St. Pauli

Spielbudenplatz

Antonipark - ParkFiktion

Promenade „Bei der Erholung“

others

Stadtpark

EMTB Barcelona

Vogt & Partner - Zürich, Berlin

Lützow 7 - Berlin + arbos Freiraumplanung & localcommunity - HH

Otto Linne et.al.

Kathryn BladeEmily Newell

Victoria Suppan

Teodora KarnevaCian Doughan

Anthony Kelly

TOPICS LARC

bsu Hamburg

Smart Price Houses

Smart Material Houses

Hybride Houses

Waterhouses

Veddel, Fritz Schumacher 1926 Wilhelmsburger Str. 76-82

architects

Sauerbruch Houtton

Adjaye Associates - LondonFusi & Ammann Architekten - HH

SPLITTERWERK - Grazzillerplus ArchitektenSoft House Kennedy & Violich Architecturewoodcube architekturagentur

NÄGELIARCHITEKTEN - BerlinBrandlhuber+NiehüserS Architekten - BerlinBielinger Architekten - HH

Schenk + Waiblinger Architekten - HH

student name

Carolin FärberMelanie Embabe

Julia LohleinLisa Humm

Lisa HummDenise ReichardtAnne HewenerDenise Reichardt

Thomas FischerPhillip Malner

Friederike Führer

Jan Michels

Documents

Hamburg Guidebook 2013 Larc2a