À propos de Oskar Zieta
EN SAVOIR PLUS SUR OSKAR ZIETA
Oskar Zieta
Profile
Oskar Zieta and Zieta Prozess design
Oskar Zieta graduated in Architecture from the University of Technology in Szczecin (Poland) in July 2000. After completing his graduate studies Oskar participated in the scholarship program at the ETH in Zurich (Switzerland). He completed his postgraduate studies at the chair of Computer Aided Architectural Design (CAAD) by Prof. Dr. Ludger Hovestadt in 2001 where he expanded his proficiencies in computer based architectural design and controlled production technologies.
Since 2003 Oskar Zieta has been working as a research associate and a teaching assistant at the chair of CAAD at the ETH in Zurich and writing his doctor thesis under supervision of Prof. Dr. Ludger Hovestadt. Main focus of his thesis is the input of computer-controlled machines in processing of metal sheets in the architecture and design.
During his research at the ETH, Oskar Zieta and Philipp Dohmen have developed different methods of enhancing efficiency of technology for steel design, architecture and construction. The main topic was the use of steel sheets as a construction element – cheap, easy to shape and efficient. The problem with steel sheets is stability – the work was focused on how to reach the desired stability of steel sheets to be able to use them as construction elements. Many different technologies were developed - among others, FIDU technology.
In 2007 two companies were founded – ZIETA - a spin-off company of the ETH which provides consultancy for design and digital production and a sister company STEELWERK POLSKA - a company for CNC - processing of metal sheets – where he turns his “metal-sheet-dreams” reality.
In 2008 Oskar Zieta introduces to the market, in cooperation with the HAY company, his PLOPP-stool as well as a limited edition of the chair, in cooperation with SZ-Designedition / MAGAZIN.com.
Awards
Oskar Zieta has been awarded the Red Dot Award 2008, DMY Award for Innovation in production process 2008, the YDMI 2008, “Dobry Wzor” 2009, the German Design Council Prize 2009, the forum aid awards 2009, “Schweizer Design Preis” 2009 and technology Award - Materialica 2009.
His products are being exhibited, among others, in Badisches Landesmuseum Karlsruhe, Museum für Gestalltung in Zürich, Pinakothek der Moderne München and Centre Pompidou in Paris.
Exhibitions
2010
Biennale Internationale Design 2010, St Etienne – “Prediction” exhibition (F)
Lodz Design Festival – “Underpressure” exhibition (PL)
Design PL, Prague (CZ)
Seoul Design Fair, New Collection 2010 (KOR)
Saatchi Gallery, Phillips de Pury exhibition space, London - “Projectory” exhibition (UK)
London Design Festival, Blow&Roll Installation (UK)
Museum of Design, Zurich – Make Up, Designing Surfaces exhibition (CH)
Maison et Objet Paris 2010 (FR)
Design Miani/Basel 2010 (CH)
DMY Berlin 2010 (D)
EXPO Shanghai – Plopp Stools at the Polish Pavilion (CN)
Saatchi Gallery, Phillips de Pury exhibition space, London - “Connectors” exhibition (UK)
Moss Gallery, NY - “Poetic Licence” exhibition (USA)
Salone del Mobile di Milano - “Young Creative Poland” exhibition (IT)
Tools Galerie, Paris – “METAL(s)” exhibition (F)
Stockholm Furniture Fair – Architonic Concept Space III (S)
IMM Cologne – Architonic Concept Space III (D)
2009
Schweizer Design Preis 2009 (CH)
Materialica - technology Award 2009 (D)
LODZDESIGN 09 International Festival of Design in Lodz (PL)
Young Creative Poland, London (UK)
Designers Polonais in Bruxeles (B) 2009 - DMY 09 International Festival of Design in Berlin (D)
International Design Messe Mailand, Superstudio Piu (IT)
Designpreis der Bundesrepublik Deutschland Award, Rat für Formgebung (D)
2008
YDMI Award 2008 German Design Council (D)
LODZDESIGN 08 International Festival of Design in Lodz (PL)
DMY 08 International Festival of Design in Berlin (D)
Design & Emotion, Badisches Landesmuseum Karlsruhe (D)
Red Dot Award, Product Design (D)
International Design Messe Mailand, HAY (IT)
Designparcours, International Design Festival München (D)
2007
10xPL, Jeunes Designers Polonais (FR)
International Design Messe Mailand, SaloneSatelite (IT)
2006
International Design Messe Köln (D)
International Design Award "Two by One" March 15th 2006, 1platz für Innovation (D)
2004
Luftschloss, Der Wettbewerb zum 150 Jahr Jubiläum der ETH Zürich (CH)
2003
Apartmenthaus in Sankt Moritz, 1platz im Architekturbüro J.Schilling (CH)
2002
„Wohnsiedlung“, Sins (CH.) im Architekturbüro J.Schilling (CH)
IEZ Projekt Mappen Wettbewerb, Berlin 2002 2platz (D)
„Architektur der Zukunft“, UIA Berlin 2002 1platz (D)
FIDU
Zieta Prozessdesign has its roots in the research concerning metal-sheets use in design and in constructions. Oskar Zieta has been working on the innovative technologies of metal sheets’ processing together with Philipp Dohmen at the ETH in Zurich. They have developed different techniques - among others FIDU.
What is FIDU
FIDU stands for FreieInnenDruckUmformung - the Internal Pressure Forming - which implies inflating two steel sheets welded around their edges into a 3d object. It takes only two thin steel sheets to create a complicated and very durable 3d object from steel in FIDU. FIDU allows to create innovative, customized, individualized bionic shapes and fully recyclable objects using very efficient mass production processes and individualized shaping methods. It is the most flexible tool-less metal forming way ever.
Development of FIDU in design
FiDU technology gives plenty of opportunities. Every shape cut from 2d steel sheet can be inflated into a 3d object. After inflating, final objects can be bent, joined together, welded together or joined with different materials. Fascinated by these possibilities Zieta Prozessdesign creates a FiDU alphabet – the new shapes are designed and categorized.
Zieta experiments with sheets of different metals, with different lengths and widths of shapes, with different radiuses of arcs cut from the sheets and finally with different kinds of joints and knots between each element to fully control the forming process and conceive better design solutions. Zieta Prozessdesign’s products fully reflects this approach. You will find some innovative bulges, bends, joints, bindings, proportions, finishes and colours.
Apart from innovative mass-produced design objects, furniture, eye-catchers and gadgets in FIDU, Zieta Prozessdesign offers limited editions of FIDU experiments:
ZIETA Beta
ZIETA Beta is a section of products in their experimental and prototype stage. Zieta Beta products - although they are fully functional and available for sale they are still developed.
ZIETA Limited
ZIETA Limited is a section of Zieta Prozessdesign’s products made of highest quality materials and using the most innovative technology of their processing. These are exclusive limited series of objects available on special requests made of INOX steel, brass or copper.
Ultra light constructions
FIDU technology can be applied to form new design shapes but also as an ultra-light construction of great weight-capacity for design and architectural elements. Payload for construction elements made in FIDU is up to 1:10 which means that a 100kg-heavy construction could carry a load of about 1t.
Oskar Zieta
Profile
Oskar Zieta and Zieta Prozess design
Oskar Zieta graduated in Architecture from the University of Technology in Szczecin (Poland) in July 2000. After completing his graduate studies Oskar participated in the scholarship program at the ETH in Zurich (Switzerland). He completed his postgraduate studies at the chair of Computer Aided Architectural Design (CAAD) by Prof. Dr. Ludger Hovestadt in 2001 where he expanded his proficiencies in computer based architectural design and controlled production technologies.
Since 2003 Oskar Zieta has been working as a research associate and a teaching assistant at the chair of CAAD at the ETH in Zurich and writing his doctor thesis under supervision of Prof. Dr. Ludger Hovestadt. Main focus of his thesis is the input of computer-controlled machines in processing of metal sheets in the architecture and design.
During his research at the ETH, Oskar Zieta and Philipp Dohmen have developed different methods of enhancing efficiency of technology for steel design, architecture and construction. The main topic was the use of steel sheets as a construction element – cheap, easy to shape and efficient. The problem with steel sheets is stability – the work was focused on how to reach the desired stability of steel sheets to be able to use them as construction elements. Many different technologies were developed - among others, FIDU technology.
In 2007 two companies were founded – ZIETA - a spin-off company of the ETH which provides consultancy for design and digital production and a sister company STEELWERK POLSKA - a company for CNC - processing of metal sheets – where he turns his “metal-sheet-dreams” reality.
In 2008 Oskar Zieta introduces to the market, in cooperation with the HAY company, his PLOPP-stool as well as a limited edition of the chair, in cooperation with SZ-Designedition / MAGAZIN.com.
Awards
Oskar Zieta has been awarded the Red Dot Award 2008, DMY Award for Innovation in production process 2008, the YDMI 2008, “Dobry Wzor” 2009, the German Design Council Prize 2009, the forum aid awards 2009, “Schweizer Design Preis” 2009 and technology Award - Materialica 2009.
His products are being exhibited, among others, in Badisches Landesmuseum Karlsruhe, Museum für Gestalltung in Zürich, Pinakothek der Moderne München and Centre Pompidou in Paris.
Exhibitions
2010
Biennale Internationale Design 2010, St Etienne – “Prediction” exhibition (F)
Lodz Design Festival – “Underpressure” exhibition (PL)
Design PL, Prague (CZ)
Seoul Design Fair, New Collection 2010 (KOR)
Saatchi Gallery, Phillips de Pury exhibition space, London - “Projectory” exhibition (UK)
London Design Festival, Blow&Roll Installation (UK)
Museum of Design, Zurich – Make Up, Designing Surfaces exhibition (CH)
Maison et Objet Paris 2010 (FR)
Design Miani/Basel 2010 (CH)
DMY Berlin 2010 (D)
EXPO Shanghai – Plopp Stools at the Polish Pavilion (CN)
Saatchi Gallery, Phillips de Pury exhibition space, London - “Connectors” exhibition (UK)
Moss Gallery, NY - “Poetic Licence” exhibition (USA)
Salone del Mobile di Milano - “Young Creative Poland” exhibition (IT)
Tools Galerie, Paris – “METAL(s)” exhibition (F)
Stockholm Furniture Fair – Architonic Concept Space III (S)
IMM Cologne – Architonic Concept Space III (D)
2009
Schweizer Design Preis 2009 (CH)
Materialica - technology Award 2009 (D)
LODZDESIGN 09 International Festival of Design in Lodz (PL)
Young Creative Poland, London (UK)
Designers Polonais in Bruxeles (B) 2009 - DMY 09 International Festival of Design in Berlin (D)
International Design Messe Mailand, Superstudio Piu (IT)
Designpreis der Bundesrepublik Deutschland Award, Rat für Formgebung (D)
2008
YDMI Award 2008 German Design Council (D)
LODZDESIGN 08 International Festival of Design in Lodz (PL)
DMY 08 International Festival of Design in Berlin (D)
Design & Emotion, Badisches Landesmuseum Karlsruhe (D)
Red Dot Award, Product Design (D)
International Design Messe Mailand, HAY (IT)
Designparcours, International Design Festival München (D)
2007
10xPL, Jeunes Designers Polonais (FR)
International Design Messe Mailand, SaloneSatelite (IT)
2006
International Design Messe Köln (D)
International Design Award "Two by One" March 15th 2006, 1platz für Innovation (D)
2004
Luftschloss, Der Wettbewerb zum 150 Jahr Jubiläum der ETH Zürich (CH)
2003
Apartmenthaus in Sankt Moritz, 1platz im Architekturbüro J.Schilling (CH)
2002
„Wohnsiedlung“, Sins (CH.) im Architekturbüro J.Schilling (CH)
IEZ Projekt Mappen Wettbewerb, Berlin 2002 2platz (D)
„Architektur der Zukunft“, UIA Berlin 2002 1platz (D)
FIDU
Zieta Prozessdesign has its roots in the research concerning metal-sheets use in design and in constructions. Oskar Zieta has been working on the innovative technologies of metal sheets’ processing together with Philipp Dohmen at the ETH in Zurich. They have developed different techniques - among others FIDU.
What is FIDU
FIDU stands for FreieInnenDruckUmformung - the Internal Pressure Forming - which implies inflating two steel sheets welded around their edges into a 3d object. It takes only two thin steel sheets to create a complicated and very durable 3d object from steel in FIDU. FIDU allows to create innovative, customized, individualized bionic shapes and fully recyclable objects using very efficient mass production processes and individualized shaping methods. It is the most flexible tool-less metal forming way ever.
Development of FIDU in design
FiDU technology gives plenty of opportunities. Every shape cut from 2d steel sheet can be inflated into a 3d object. After inflating, final objects can be bent, joined together, welded together or joined with different materials. Fascinated by these possibilities Zieta Prozessdesign creates a FiDU alphabet – the new shapes are designed and categorized.
Zieta experiments with sheets of different metals, with different lengths and widths of shapes, with different radiuses of arcs cut from the sheets and finally with different kinds of joints and knots between each element to fully control the forming process and conceive better design solutions. Zieta Prozessdesign’s products fully reflects this approach. You will find some innovative bulges, bends, joints, bindings, proportions, finishes and colours.
Apart from innovative mass-produced design objects, furniture, eye-catchers and gadgets in FIDU, Zieta Prozessdesign offers limited editions of FIDU experiments:
ZIETA Beta
ZIETA Beta is a section of products in their experimental and prototype stage. Zieta Beta products - although they are fully functional and available for sale they are still developed.
ZIETA Limited
ZIETA Limited is a section of Zieta Prozessdesign’s products made of highest quality materials and using the most innovative technology of their processing. These are exclusive limited series of objects available on special requests made of INOX steel, brass or copper.
Ultra light constructions
FIDU technology can be applied to form new design shapes but also as an ultra-light construction of great weight-capacity for design and architectural elements. Payload for construction elements made in FIDU is up to 1:10 which means that a 100kg-heavy construction could carry a load of about 1t.
EN SAVOIR PLUS SUR OSKAR ZIETA
