This latest bench design by Peter Donders is nothing less than spectacular. Like much of his work it is graceful and curvaceous. Like a sculpture it lures us in to examine it from all angles and each view presents a new and extraordinary aspect of the design.

Image courtesy outdooz gallary

To create the bench a simple tube has been stretched and optimized much like an elasticized fabric via interactive simulation to create an optimal form. The form is then “baked” to lock in the parametric shape, at which point no further manipulation is possible. This shape becomes the base for the 3d model which in turn is used to create the final sand mold for casting. The aluminum bench is then finished and painted in the manner of the finest sports car.

Image courtesy outdooz gallary

Peter Donders is one of the few designers today who has the capability to make his vision a reality. The best examples of course being C Bench and Batoidea which are 100% true to the computer models.

Designer: Peter Donders | http://peterdonders.com/
Materials: aluminum
Dimensions: L 3082mm W 914mm H 766mm weight +/- 96 kilos

+ All images courtesy Peter Donders

Football and athletics-loving Ethiopians will have a new FIFA and Olympic-standard 60,000 seat stadium in Addis Ababa thanks to a competition winning design combining local identity with new technology.

LAVA, the Laboratory for Visionary Architecture, and Designsport collaborated with local Ethiopian firm JDAW to win the international architecture competition for a national stadium and sports village, held by the Federal Sport Commission, Ethiopia.

Render courtesy Laboratory for Visionary Architecture

Chris Bosse, LAVA director, said:

We have gone back to the very origin of stadium design with a sunken arena surrounded by grandstands formed from excavated material. This man-made crater is a clever remodelling of the existing terrain and generates efficient spaces, optimises environmental performance, minimises construction costs and integrates facilities within the existing landscape.

Addis architect Daniel Assefa and director of JDAW said:

The design references Ethiopia's world-famous excavated architecture – centuries-old rock churches, dwellings and cisterns. We see the sports city as a natural extension to this heritage, one that will draw many more visitors to our beautiful country.

The Massob, an Ethiopian communal serving basket made from woven grass, inspired the façade material that wraps the stadium.

Daniel Assefa also notes:

The form of the stadium structure seen from the top view also recalls coffee beans, the main source of income in Ethiopia and the ‘Mother womb’, the skeleton of one of the first humans, Lucy, which is about 3.2 million years old.

Render courtesy Laboratory for Visionary Architecture

The roof of the stadium, an intelligent membrane, appears like a cloud on the horizon of the vast Ethiopian sky, a lightweight tensile structure floating over the formed-earth landscape.

The masterplan includes the IOC-standard stadium for FIFA matches, athletics events, concerts, religious and national festivals; and a sports village comprising indoor and outdoor aquatic centres, outdoor pitches, sports halls and arenas, dormitories and the headquarters for the Federal Sport Commission. Hospitality, retail and commercial zones will ensure that the precinct is vibrant throughout the year.

Tectonic structures and movement are the underlying concept for the masterplan. The breathtaking beauty of the surrounding Entoto Hills is the backdrop to a design that responds to the volcanic geology of the region. Gently undulating urban parkland follows the lines of the crater and is conceived as a continuous spatial experience strategically activated to balance movement, climate, experience and efficiency. A central plaza forms the heart of the project and a ridge connects all zones.

Giant solar powered umbrellas provide shade and shelter whilst pedestrian activated light and water features appear as fissures in the ground surface, providing way finding and creating animated art works.

Bosse, who was one of the lead architects of the Beijing Watercube whilst at PTW architects, has again combined new technology with traditional architectural principles. The façade patterns are digitally created through parametric modelling and are built with local materials.

Render courtesy Laboratory for Visionary Architecture

CEO of Designsport Samantha Cotterell said:

We put together our culturally diverse team to produce an innovative concept. We are excited at the prospect of taking our expertise and translating it through the cultural lens of Africa.

With sustainable design features, maximum flexibility and capacity, and intelligent adaptability, the new facilities will make a valuable contribution to the local people, the nation and its culture, enhancing Ethiopia's sporting profile and generating revenue…

added Cultural Consultant and Architect, John Shenton.

LAVA‘s German directors, Alexander Rieck and Tobias Wallisser said:

Coming from a football nation ourselves we are thrilled that LAVA can contribute to this African nation's joy in the global sport.

The construction of the stadium is expected to commence in 2014.

+ Project facts

PROJECT: National Stadium and Sports Village
CLIENT: The Federal Sports Commission of Ethiopia
LOCATION: Addis Ababa, Ethiopia.
SIZE: 60 Hectares
PROGRAM: 60,000 seat stadium; athletics track; aquatic centre; residential village; headquarters, Federal Sport Commission; and sports halls and arenas.
STATUS: Competition Winner June 2012.

ARCHITECTURE AND MASTERPLANNING:
LAVA LABORATORY FOR VISIONARY ARCHITECTURE:
Chris Bosse, Tobias Wallisser and Alexander Rieck with Jarrod Lamshed, Angelo Ungarelli, Vivienne Ni, Paul Bart, Giulia Conti, Alessandra Moschella, Teresa Goyarrola, Manuel Caicoya, Guido Rivai.

SPORTSDESIGN (architecture and masterplanning):
DESIGNSPORT: Samantha Cotterell, Basil Kalaitzis, Irene Roccia.

LOCAL ARCHITECTS AND ENGINEERS:
JDAW Architects: Daniel Assefa and team

TECHNICAL AND CULTURAL COORDINATION:
John Shenton, Architect, Urbanist

PH New York, image courtesy INNOCAD Architektur | Photo by Thomas Schauer

Situated between the Meatpacking Districts at the borders of Highline Park the rooftop appartement was remodeled to meet the needs of its new inhabitants. Innocad Architecture changed it functionally and enhanced the design by mixing European design and New York lifestyle and thus creating a fresh atmophere.

PH New York, image courtesy INNOCAD Architektur | Photo by Thomas Schauer

PH New York, image courtesy INNOCAD Architektur | Photo by Thomas Schauer

Materials and choice of colours represent both high quality standards and relaxed urbanity. Each room mirrors an immediate visual reference to the fascinating land- and roofscape of New York City.

PH New York, image courtesy INNOCAD Architektur | Photo by Thomas Schauer

The Heart of the appartement, a Marilyn Relief, defines the residential area. It is a functional and artistic attribute and also a tribute to this extraordinary city.

PH New York, image courtesy INNOCAD Architektur | Photo by Thomas Schauer

+ Project facts

Architecture Office: INNOCAD Architektur ZT GmbH | http://innocad.at

Project: PH New York
Location: 459 West 18th Street, 10011, New York USA
Construction finished: 9/2011
Floor Area: 250m2
Cost: 350.000 Euro

copyright photography:
Thomas Schauer
studio for photography

+ All images courtesy INNOCAD Architektur