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PORTFOLIO Selected Works CV - Curriculum Vitae Part 1 /// Architecture Competitions, Student Works Part 2 /// as Employee or Freelance Architect Part 3 /// Visualisations
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thank you for your interest in my work. 3
Key Experiences: Graduated with honors from the University of Technology in Vienna, as Diplom Ingenieur (DI) / Master of Science (MSc.) in Architecture. 1.5 years of working experience in China as project manager for master plan designs in urban scale, design competitions, in communicating and presenting proposals to clients. 1 semester in Shanghai and Hong Kong as exchange student, emphasizing on the culture and architecture in China including an intense language course and travelling throughout the country. 5 year experience as visualization artist as a freelancer for several international design companies. Teaching experience as full time visiting professor with final year bachelor students in South America. 1 year experience in a highly energetic and demanding office environment at JDS Architects including numerous competitions and deadlines. 2 year experience as architectural draftsman within the apprenticeship at a local design company in Germany, including construction documents and detailing.
Already as student Philipp worked on several architectural projects as visualisation artist for still images and animations. During this period he could build a solid base of knowledge about the process and tools used in creating high end renderings. After receiving the Bachelor of Arts in Architecture from HCU Hamburg he joined JDS Architects in Copenhagen, Denmark, to deepen his knowledge about architectural design and gain experience in a wide range of different design competitions from urban scale to furniture design. Driven by a fascination and deep interest in different cultures and countries he decided to move to China to join GRAFT Architects in their office in Beijing as architectural designer. While studying the Master in Architecture at the University of Technology in Vienna, Austria, Philipp was given the opportunity to return to China within a scholarship program to study at the Tongji University in Shanghai. Later in his studies he cooperated with the Chinese University Hong Kong and the University of Shenzhen for his master thesis - a travel scholarship enabled him to research and travel in one of the most dense regions in the world, the Pearl River Delta. After graduating with honors from the University of Technology in Vienna, Philipp was invited to teach as visiting professor at the Universidad Tecnol贸gica Equinoccia in Quito, Ecuador in the advanced architectural design studio of the 7th, 8th and 9th semester. Philipp continued working as freelance visualization artist since being a bachelor student and was involved in a large number of projects. His works and projects got exhibited and published on several websites and galleries and got international acclaim.
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Philipp Ohnesorge mail@philippohnesorge.com www.philippohnesorge.com
born
05. April 1980 in Verden/Aller, Germany
software
Rhinoceros 3D, 3D Studio MAX, V-Ray, Adobe Suite, AutoCAD, Revit, ArchiCAD
skills
2D technical drawings, complex 3D modeling, visualisations, animations, film and audio editing
languages
german (native), english (fluent), danish (basic), mandarin (basic), spanish (basic)
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CV
Curriculum Vitae
University of Technology Vienna, Austria
2010 - 2013
http://ar.tuwien.ac.at/
Chinese University of Hong Kong + Shenzhen University Hong Kong / Shenzhen, China
2012
http://www.arch.cuhk.edu.hk/ http://www.szu.edu.cn/
Tongji University Shanghai, China
2011
http://www.tongji.edu.cn/
HCU HafenCity University Hamburg, Germany https://www.hcu-hamburg.de/
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2004 - 2008
Academic Education
Master of Science in Architecture (MSc.Arch) / Diplom Ingenieur Architektur (Dipl.-Ing.) mit Auszeichnung / with honors Four semester master program.
Master Thesis Research Scholarship Travel scholarship in cooperation with the TU Vienna, Chinese University og Hong Kong (CUHK) and the Shenzhen University, to research and investigate about the urban development in the Pearl River Delta in China.
Joint Study Scholarship Exchange semester scholarship at the Tongji University - Shanghai, with emphazise on the rapid growth of the chinese cities and its impact on the chinese society.
Bachelor of Arts in Architecture (BA Arch.) Six semester bachelor program.
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Fachoberschule Gestalten / School of Design Verden, Germany
2002
http://www.bbsverden.de/
Palladio Planen & Bauen GmbH Verden, Germany
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1999 - 2002
Education / Apprenticeship 1 year basic design school One year program to gain experience in design and history as foundation for further studies.
Apprenticeship as architectural/technical draftsman 3 year apprenticeship program, first year in school, second and third year in an architectural office.
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COIDO architects Hamburg, Germany
2013
http://www.coido.de/
UNIVERSIDAD TECNOLÓGICA EQUINOCCIAL FACULTAD DE ARQUITECTURA, ARTES Y DISEÑO Quito, Ecuador
2013
http://www.ute.edu.ec/
GRAFT Beijing, China
2011 2009 - 2010
http://www.graftlab.com
KLAR Arkitekter Copenhagen, Denmark http://www.klar-arkitekter.dk/
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2009
Professional Experience
(2009 - 2013)
Design Architect Fulltime position as design architect.
Visiting Professor (Docente Visitante) Fulltime professor of advanced design, 7th, 8th and 9th semester.
Design Architect Fulltime position as design architect.
Design Architect + Visualisation Artist Fulltime position as design architect and visualisation artist.
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JDS - Julien de Smedt Architects Copenhagen, Denmark
2008 - 2009
http://www.jdsa.dk/
Dreidesign Hamburg, Germany http://www.dreidesign.de/
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2006 - 2007
Professional Experience
(2006 - 2009)
Design Architect / Intern Fulltime position, 6 month as intern, 6 month as design architect.
Visualisation Artist Part time position while studying the bachelor of arts in archtiecture at the HCU Hamburg.
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Lectures / Conferences / Workshops CONAD 2013 Lecture, Lima, Peru
Concepts & Strategies Lecture series UTE Quito, Ecuador + UCSG Guayaquil, Ecuador the design process is a concideration of different influencing factors. some make it to significance, others drop out. Using the example of different conceptual designs, the specific crucial factors are tried to be categorized and summarized as sequencial tool sets. this lecture tries to give an insight to the design strategies behind several architectural concepts and designs as individual work or teaming up with other offices or designers
City vs. Water Lecture series UTE Quito, Ecuador + UCSG Guayaquil, Ecuador How to deal with the ever growing spatial demand of our cities? Can the water surface, present in many central areas of our cities today, be seen as an opportunity, as a quality? Did the reality of the apartment block fulfill its promise to provide adequate living conditions for everyone? IntenCity Hong Kong is a conceptual design that seeks for ways to solve the growing demand for buildable land by expanding the city above the water in the context of the city of Hong Kong.
Excuisite Cadaver Workshop, UTE Quito, Ecuador
2-week architectural design workshop in cooperation with Alex Liu Cheng
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Publications and Exhibitions (selection)
eVolo USA http://www.evolo.us/
Detail Germany http://www.detail.de/
free-D Netherlands http://www.free-d.nl/
360 plus 5 - Exhibition Vienna, Austria [E]motions in Architecture - Exhibition Salzburg, Austria
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Part 1 /// Architecture Competitions, Student Works 2013
IntenCity Hong Kong
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El Coca Riverside Hotel
2012
Adaptation III, A new city block for Vienna
2011
Knowledge City Center Shanghai
2011
Masterplan North Sichuan Road, Shanghai with Sarah Resch
2011
The Philosophy of Symbiosis
2008
Floating Gallery London with Clemens Gerritzen
Architecture Competitions, Student Works
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How to deal with the ever growing spatial demand of our cities? Can the water surface, present in many central areas of our cities today, be seen as an opportunity, as a quality? Did the reality of the apartment block fulfill its promise to provide adequate living conditions for ever yone? IntenCity Hong Kong is a conceptual design that seeks for ways to solve the growing demand for buildable land by expanding the city above the water in the context of the city of Hong Kong. architecural theor y + conceptual design project 2012 - 2013 Project team: Philipp Ohnesorge
IntenCity Hong Kong new solutions for the growing mega cities
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image left: Integration of the project into the urban fabric. The public park improves the living conditions for the whole area and invites people to follow the path of the park onto the artificial island. plan right:: Abstracted overall plan of the project. The red colored areas indicate the public spaces for the inhabitants that host functions such as libraries, cafes, sport facilities, etc. section, lower right: diagramatic section that shows the spacial vertical connections. The different colors indicate the diverse functions.
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This image shows the green circulation platform which is a public space. From here people can ether walk down into the lower levels which provide commercial, cultural, educational and recreational facilities or walk up into one of the residecial blocks.
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left: View from one of the inner platforms towards a void where all layers of the building are visible. Lowest is the water with a floating pier, above the commercial platforms, further up the park/circulation level and on top the apartment boxes. right: View from the lowerst interior level, looking up. This space is actually a semi outdoorspace as the roof is open. This allows sea-air to circulate and create natural cooling.The second floor in this image shows a platform that is actually closed and disconnected from the outer climate. It gets cooled down with a sea-water airconditioning system. Through the roof the apartment boxes are visible and the open sky.
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The apartment facade blurs the border between inside and outside. Its glass facade allows daylight to flood the living spaces while different layers of shading devices manage the level of transparency. 30
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How to close the gap in the block without creating another unaccesible and unusable courtyard? How to take advantege of the allowed maximum height without creating a sterile tower that could be placed anywhere? How to create high quality apartments that emphasise on diversity instead of repeatedly stacking one floor on top of each other?
The first measure to be taken is the wideing of the inner courtyard by slicing the exsiting buildings, to create a wider yard that allows a green and public use. By expanding the given roof shape and twisting it around the centre, reaching the maximum allowed height we created a building that extends the given geometry and context with maximised usage of the allowed building height. A gap between exsiting and new building mass creates an acces to the inner courtyard that also provides the entrances to the apartments. On the first two floors a public square invites the public to different activities such as eating, shoppping, etc. It stimulates the exchange and communication between the residents and tries to give the area a more personal feel. The apartments are accesible through a connecting hallway that is facing north. By this circualtion method we provide maximum space for the apartments with a miximised exploitation to daylight. All apartments are douplex apartmetns with partly double height rooms that create a spacious feel. The surrounding buildings are in average not higher than 6 stories but the building code allowes us to build up to 41 meters. This allows the upper apartments a fantastic wide view over Vienna and even further.
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Adaptation III Apartment Block, Hernasler Guertel, Vienna
UT Vienna 2012 Design proposal / competition entry for the redevelopment of an empty plot in central Vienna as part of the integrated design studio Adaptation at the UT Vienna, led by swiss architects Thomas Staufer and Astrid Hasler http://www.staufer-hasler.ch/ project team: Philipp Ohnesorge
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Project team: Philipp Ohnesorge
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Project team: Philipp Ohnesorge, Sarah Resch Conceptual materplan for the redevelopment of a mixed use block in Shanghai. Emphazise was on the layering of functions in order to keep pedestrians flow through the site even though it is surrounded by heavy traffic roads. The main circulation layers is the 1st underground level which concects the different building volumes. Tunnels stretch out to the neighbouring sites and allow pedestrian flow undistracted by traffic and noise. Sunken gardens allow sunlight to enter the basement level and provide multiple useable spaces such as public parks, open air theaters, sport facilities, etc. The building heights increase towards the main corner of the site towards the landmark tower on the intersection at North Sichuan Road. Public terraces step down towards the center of the site to create an artificial canion. This maximises the sun exposure of these terraces and ensures quality outdoor space that can be used by diverese functions such as restaurants, bars, sport facilities, etc. Some of the building volumes have bridge connections to optimize the pedestrian flow. Those buildings are highly connected and rather function as one building, divided by canions that allow sunlight to illuminate the inner spaces.
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The Philosophy of Symbiosis is a design proposal developed with the guidiance of Prof. Takaharu Tezuka from Japan. Inspired by Japanese building typologies, this design tries to take advantage of the extrem narrow and long plot. It integrates diverse functions into a symbiosis between residencial, commercial, social and recreational spaces.
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The Philosophy of Symbiosis Design Studio UT Vienna 2010/2011
Prof. Takaharu Tezuka Project team: Philipp Ohnesorge
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How to deal with a site that is narrow, left over and abandoned, yet with high potential? How to make the given difficulties and advantage? The plot is located very central next to the well frequented “Naschmarket”. Public transport access is located some 20 meter next to it, squeezed between “Linke Wienzeile” and the old wien river and its subway station “Kettenbrückengasse”. By extruding the site we get a very long and narrow volume which get manipulated by the height and the shape of the adjacent buildings. A further cut is done by extruding the corridor of the “Franzengasse”, which is perpendicular crossing the volume. This allows to divide the building in two volumes, creating an optimization towards sunlight and keeping the view corridor form the Franzengasse unblocked. The sloping roof allows to gain a maximum of sunlight exploitation and roof terrasses. >Flat rooftops are entirely taken over by antennas with no signs of human life. Wouldn’t it have been preferable to have built sloping roof tops, which could have been more attractive and more practical in combating the rain and weather and maximise sun exploitation?< Two main parameters define the design of the builing, one is the definition of the building’s envelotpe, another is the definition of its functions, program and connections in relation with optimized sun explitation, view corridors, etc. By carefully analyzing the given sitations a highly diverse program was defined. The functions of housing, retail, social facilities, playgrounds and green recreational space underline the diversity of the area and of its users. The apartments are as diverse as the people that live in them. On the first apartment floor, the units are single-leveled. They are suitable for the elderly and or for singles. The size of the apartments increases with each floor. On the middle floors the apartments are suitable for young families with children, so as the apartmens on the upper floors. The sloping roof creates units that are light flooded and spacious. except of the first apartment level, all units are duplex or even triplex apartments. This strengthens the spacious quality of each unit. The aim is to create contemplating spaces, spaces that allow each individual a maximum of living quality. To keep the units adaptable, some walls can be moved to perform different apartment setups. Parts of the units can be seperated or opened, however the individuals using the space wants to adapt the living space to their needs.
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The volume is divided in two parts. One of them houses the kindergarden. To strenghten the identity of this facility, the whole volume is a house just for the kids. The program of the facility is stacked on each other, linked by ramps, stairs and slides. This allowes a highly diverse and maximised usage of space, while occupying only a small footprint. The order of funcions in the kindergarden is a movement from semi public to very private and contemplating spaces. The groundlevel contains a staircase to access the upper levels. The ground level is a semi-public space that can be opened up towards the adjacent play and park areas on both sides. On the first floor, the administrative office is located, followd by the cloakroom for the kids. Further up, the kitchen and food preperation area is located. The upper levels are the group rooms and on the top floor, a huge play area and a contemplating area. The Kindergarden is light flooded and very open towards the outside. The kids can explore the surrounding area while playing in direct sunshine. The retail area includes two shops that are located on first an second floor and the main volume. Both have huge galleries and spacious double storie high selling areas. The dividing gap between the two volumes defines the entrance to both the apartments and the kindergarten and a green area.
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View from the Naschmarkt, towards the north facade of the building. The exterior fire escape stairs are attached on the circulation corridors and cantilever above the bicycle path underneath.
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Project team: Philipp Ohnesorge, Clemens Gerritzen
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Part 2 /// Work as Employee and Freelance Architect 2013
HafenCity - BF34 COIDO architects, Hamburg, Germany Design Team, 3D Modeling, Rendering, Postprocessing
2010
Ordos 20+10 GRAFT Architects, Beijing, China Design Team, 3D Modeling, Rendering, Postprocessing
2010
Beijing CBD GRAFT Architects, Beijing, China Design Team, 3D Modeling, Rendering, Postprocessing
2010
Hot Spring Resort GRAFT Architects, Beijing, China Design Team, 3D Modeling, Diagrams, Plans, Rendering, Postprocessing
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Kalvebod Waves JDS Architects, Copenhagen, Denmark 3D model development as basis for construction drawings
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Byens Ă&#x2DC; KLAR Arkitekter, Copenhagen, Denmark Design Team, 3D Modeling, Rendering Postprocessing
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House for Arts and Culture, Lebanon JDS Architects, Copenhagen, Denmark Design Team, Model Making, 3D Modeling, Sections, Rendering, Postprocessing
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Trontheim Fjordpark JDS Architects, Copenhagen, Denmark Design Team, Model Making, 3D Modeling, Diagrams, Rendering, Postprocessing
as Employee and Freelance Architect
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Kalvebod Waves by JDS Architects / 2008 - 2013 88
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Part 3 /// Visualisations 2013
Hammershus Besøgscenter for JDS Architects, Copenhagen, Denmark
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Polytechnic Institute, Mexico City for JDS Architects, Copenhagen, Denmark
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Haus Drachenstieg for COIDO Architects, Hamburg, Germany
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Greencity Hohenfelde for COIDO Architects, Hamburg, Germany
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aLoft Hotel for SMA Architects, Hamburg, Germany
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GSG14 - Apartment Block for HuB Architects, Vienna, Austria
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Pedestrian Bridge in Steyr for KARLHEINZWAGNER, Vienna, Austria
2012 LUXODROM for Charles Wagner, Vienna, Austria 2012
4friends Hotel einfach3 Architects, Vienna, Austria
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Performance Reimagined for DGD Daniel Gillen Design, Beijing, China
2011
Changbaishan Ski Resort for GRAFT Architects, Beijing, China
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Holstenhof Office Interior for COIDO Architects, Hamburg, Germany
2011
Tongzhou Mixed Use Towers for GRAFT Architects, Beijing, China
2011
Xishuangbanna Master Plan for GRAFT Architects, Beijing, China
2010
Swarovski Museum Extention for GRAFT Architects, Berlin, Germany
2010
WANDA Shopping Mall, Changbaishan for Graft Architects, Beijing, China
2009
Mermaid 2.0, Dubai for JDS Architects, Copenhagen, Denmark
2008
Belgian Pavilion, EXPO 2010 for JDS Architects, Copenhagen, Denmark
Visualizations
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Time spend: Software used: Client: 104
2 days 3ds Max, V-Ray, Photoshop JDS Architects, Copenhagen + Brussels
Comments:
Extensive use of 3D plants in 3ds Max, background photoshopped from side pictures
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Ham mer sh u s B esø g scenter // 2013
Time spend: Software used: Client: 106
6 hours 3ds Max, V-Ray, Photoshop JDS Architects, Copenhagen + Brussels
Comments:
Extensive use of 3D plants in 3ds Max, background photoshopped from side pictures
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Ham mer sh u s B esø g scenter // 2013
Time spend: Software used: Client: 108
1 day 3ds Max, V-Ray, Photoshop JDS Architects, Copenhagen + Brussels
Comments:
Mix of rendered and photoshopped people, use of toon shader in 3ds Max to enhance sharpness of edges in the image.
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Ham mer sh u s B esø g scenter // 2013
Time spend: Software used: Client: 110
5 hours 3ds Max, V-Ray, Photoshop JDS Architects, Copenhagen + Brussels
Comments:
Rough 3D model delivered by client. This image is part of a 3 images in one day - job.
Polytec hnic I n st it u te, M exico Cit y // 2013 Time spend: Software used: Client:
4 hours 3ds Max, V-Ray, Photoshop JDS Architects, Copenhagen + Brussels
Comments:
Rough 3D model delivered by client. This image is part of a 3 images in one day - job. 111
Time spend: Software used: 112 Client:
2 days 3ds Max, V-Ray, Photoshop coido Architects, Hamburg
Comments: Photo-match with an existing photograph, only the house itself and some trees are rendered. 3d model built based on provided 2d drawings.
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Hau s D rac h en st ieg // 2013
Time spend: Software used: 114 Client:
1.5 days Rhino, 3ds Max, V-Ray, Photoshop coido Architects, Hamburg
Comments:
3D model built from drawings in Rhino. Rendered in 3ds Max with V-Ray.
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Green c it y Ho h en feld e // 2013
Time spend: Software used: 116 Client:
2 days Rhino, 3ds Max, V-Ray, Photoshop SMA Architects, Hamburg
Comments:
3D model built from drawings in Rhino. Rendered in 3ds Max with V-Ray. Interior etc. done in Photoshop.
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aLo f t Ho tel // 2013
Time spend: Software used: Client: 118
3 days Rhino, 3ds Max, V-Ray, Photoshop HuB Architekten, Vienna
Comments:
3D model built from drawings in Rhino. Rendered in 3ds Max with V-Ray. Many changes during the rendering process because of tight regulations from the building codes in Vienna.
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GSG14 - ap ar t ment b lo c k // 2013
Time spend: Software used: 120 Client:
2.5 days Rhino, 3ds Max, V-Ray, Photoshop Wagner Ingenieure, Vienna
Comments:
3D model of bridge delivered by client. Rendered in 3ds Max with V-Ray. Several material tests prior to final image production.
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Ped est r ian B r id g e - Steyr // 2012
Time spend: Software used: 122 Client:
1 day Rhino, V-Ray, Photoshop Charles Wagner, Luxembourg
Comments:
3D model delivered by client. Textures, People etc. done in Photoshop.
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Lu xo d ro m // 2012
Time spend: Software used: 124 Client:
6 hours 3ds Max, V-Ray, Photoshop einfach3 Architekten, Vienna
Comments:
Rhino 3D model delivered by client. Rendered in 3ds Max with V-Ray. This image is part of a 6 images in 3 days - job.
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4f r ien d s h o tel // 2012
Time spend: Software used: 126 Client:
6 hours 3ds Max, V-Ray, Photoshop einfach3 Architekten, Vienna
Comments:
Rhino 3D model delivered by client. Rendered in 3ds Max with V-Ray. This image is part of a 6 images in 3 days - job.
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4f r ien d s h o tel // 2012
Time spend: Software used: 128 Client:
6 hours 3ds Max, V-Ray, Photoshop Daniel Gillen Design, Washington DC + Beijing
Comments:
Rendering based on Rhino 3d model for an exhibition at the Beijing Design Week 2012.
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Per for man ce R eimagin ed // 2012
Time spend: Software used: 130 Client:
2 Days Rhino, 3ds Max, V-Ray, Photoshop GRAFT Beijing
Comments:
Rhino 3D model built based on a hand-sketch. Train designed and modelled for this image.
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C h an g b aish an Sk i R es o r t / 2011
Time spend: Software used: 132 Client:
1 Day Rhino, 3ds Max, V-Ray, Photoshop GRAFT Beijing
Comments:
Rhino 3D model built based on a rough volumetric 3d model.
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C h an g b aish an Sk i R es o r t / 2011
Time spend: Software used: 134 Client:
1 Day Rhino, 3ds Max, V-Ray, Photoshop GRAFT Beijing
Comments:
Rhino 3D model built based on a rough volumetric 3d model.
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C h an g b aish an Sk i R es o r t / 2011
Time spend: Software used: 136 Client:
1.5 Days Rhino, 3ds Max, V-Ray, Photoshop coido Architects, Hamburg
Comments:
Rhino 3D model built based on drawings.
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Ho lsten h o f O f f ice I nter io r / 2011
Time spend: Software used: 138 Client:
1 Day Rhino, V-Ray, Photoshop GRAFT Beijing
Comments:
Rhino 3D model of the roof and pavilion designed and modelled for this image.
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To n g z h o u M ixed Us e Tower s / 2011
Time spend: Software used: 140 Client:
1 Day Rhino, V-Ray, Photoshop GRAFT Beijing
Comments:
Entire image was designed and modelled by me, based on conversations and sketches.
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Xis huangb an a Tro p ic al R eso r t M as ter p lan / 2011
Time spend: Software used: 142 Client:
1 Day Rhino, V-Ray, Photoshop GRAFT Beijing
Comments:
Rhino 3D model of trainstation delivered by client, surounding completely done in Photoshop.
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Xis huangb an a Tro p ic al R eso r t M as ter p lan / 2011
Time spend: Software used: 144 Client:
2 Days Rhino, V-Ray, Photoshop GRAFT Beijing
Comments:
Entire image was designed and modelled by me, based on conversations and sketches.
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Xis huangb an a Tro p ic al R eso r t M as ter p lan / 2011
Time spend: Software used: 146 Client:
4 hours Rhino, V-Ray, Photoshop GRAFT Beijing
Comments:
3d model delivered by client. Rendered with Rhino and V-Ray
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Xis huangb an a Tro p ic al R eso r t M as ter p lan / 2011
Time spend: Software used: 148 Client:
1 Day Rhino, 3ds Max, V-Ray, Photoshop GRAFT Berlin
Comments:
Rough 3d model delivered by client, detailed modelling, rendering and Photoshop work done by me.
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Swarovsk i M u esu m Ex ten s io n / 2010
Time spend: Software used: Client: 150
1 - 2 Days Rhino, V-Ray, Photoshop GRAFT Beijing
Comments: Image is part of a design proposal for a shopping mall in Changbaishan, China. 3d model done in Rhino, ceiling shading devices created with Grasshopper.
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Wand a C h an b aish an Sh o p p in g M all / 2010
Time spend: Software used: 152 Client:
approx. 1 Day Rhino, V-Ray, Photoshop JDS Architects, Copenhagen
Comments:
Image is part of a schematic design proposal for a floating hotel in Dubai. I was in charge of designing the building and producing the images.
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M er maid 2. 0 / 2009
Time spend: Software used: 154 Client:
6 hours Rhino, V-Ray, Photoshop JDS Architects, Copenhagen
Comments:
Image is part of a competition entry we did for the Belgian Pavilion for the Expo 2010 in Shanghai. Abstract rendering done in Rhino, everything else done in Photoshop.
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B elgian Pavilio n EX P O 2010 Sh an g h ai / 2009
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PHILIPPOHNESORGE
2013
www.philippohnesorge.com mail@philippohnesorge.com 156