We are interested in exploring the relationship between an autonomous and a networked society. In the Mid review, we were challenged with the question, “How do you address the loss of freedom that comes with autonomous cars?” While it is true one might sacrifice freedom to go speeding on the freeway, we believe that autonomous vehicles represent a new kind of freedom. A freedom that lets you take a nap or check email on your way to work (something we are starting to do already).

Our site is the Venice Beach/ Marina Del Rey Area, where the Median income is $84,000 and the median age is 35. With Silicon Beach emerging as a target for young tech start-ups, the field is ripe for a generation of young, affluent early adapters to embrace a technology and an infrastructure that will shatter our preconceptions of private transportation. We are proposing a vehicle that dispatches from proposed metro stations that pick up the user when called, then return to the station. Instead of charging on a grid, they charge independently by the sun. They continuously traverse the roof of each station, which is optimized for solar radiation exposure and return to the ground plane when called. These hubs are designed to interface between human and vehicle movement, creating a fabric that can be pushed and pulled according to circulation and sunlight needs.

Design: Joseph Sarafian, Xueqi Bai, Xianshuang Zeng, Sruthi Kumar

Exhibit opening in Perloff Hall, UCLA Oct. 2 2014

Video: https://vimeo.com/josephsarafian/autonomous
Blog: http://biokinematic.tumblr.com
Website: www.josephsarafian.com

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Anagenesis examines the notion of a post-industrial building envelope that engages natural phenomena as a productive force. The investigation, carried out by Hseng Tai Lintner at Chalmers University of Technology in Gothenburg, Sweden, explores the interrelationship between the natural and the manufactured and focuses on the use of bioluminescence, a naturally occurring form of chemiluminescence that makes organisms like fireflies and jellyfish glow, to produce ambient lighting for the interior.

A series of laboratory experiments involving the harvesting of various bioluminescent bacteria strains and designing facade and food distribution systems that could support the growth of their colonies were conducted in collaboration with the Department of Clinical Bacteriology at Gothenburg University. The species that is most suited to the site and the nature of the project was Aliivibrio fischeri. This strain is endemic to the region, easy to cultivate, requires dark growing conditions with wide ranging optimal growing temperatures ranging from 4-25 degrees Celsius and subsists best on a simple medium consisting of sea water, peptone, yeast extract and glycerol.

The design of this has been supported by a dialogue between digital and analogue mediums that have throughout the process informed spatial relationships as well as performative systems. Investigations involved emulating the experience of geological formations through architectural language which was rationalized using a series of physical sketch models, computationally simulated fluid dynamics and equilateral mesh crumpling. The resulting smoke-like quality is an architectural anecdote to the building’s former use as a gasometer.

As a way of bringing the project full circle, and creating a narrative contrast between program and building envelope, the proposed program is a new museum of industrial history housed in a post-industrial installation in a derelict gasometer at Gullbergsvass in Gothenburg. The gasometer is a powerful symbol of Gothenburg’s industrial past and has been an important landmark for 80 years. The proposal is at once a homage to the city’s industrial legacy and an exploration of what things may come.

Eight stories high the building designed by Blauraum becomes a significant living landmark and stands out within the urban block. The crystal like and fully glazed street façade is divided into segments to reflect the shape of each unit. These individual glass segments are inclined in various directions and covered with a window film that vary in brightness. The result is a colorful and constantly changing rhythm of light and reflections.

The new building composed of rental units and retail space is located on Hoheluftchaussee, one of Hamburg’s main arteries leading to the city center. The primary concept is to fill a vacant lot and create high quality living space while taking into account the high traffic volume.

To counteract traffic noise an inhabitable double-skin façade similar to a loggia is created. It becomes a buffer between the lively street and the adjacent bedrooms. The layout of each apartment offers a southward facing open concept with a view onto the interior courtyard thus avoiding the busy street on the opposite side. During the planning process, the challenge was to create generous and open floor plans while working within the narrow margins of urban planning regulations. Each apartment has a balcony facing south as well as a loggia facing north – the Laubenzimmer. Read the rest of this entry »

Spanning over 20 acres in Wuhan, China, 5+design‘s Park Place is a large mix use development which just broke ground. It merges high end retail, residential and commercial spaces with an agrarian program. The 164k sq. meter retail space is tiered from the street front and allows pedestrians full access through the vegetated rooftops. The shopping center is anchored with a large atrium and sky bridge. The open terraced floor plan, greenscape, and farming component counters the cosmopolitan venue thus creating a diverse and dense set of experiences. Read the rest of this entry »

Anamorphic Carcases is a generation of architectural artifacts using, as a medium, the polluted aquifers lining the Mojave desert. Native species population, and fresh water supplies hang unbalanced in the desert- leaving Anamorphic Carcases to create an environmental performance through the purification process. Ultimately creating a symbol of pollution and an architectural stance on effects to the ecosystem.

Using monolithic operable holding tanks and an expandable water purifying scaffolding, the filtration process excretes and diffuses deposits that grow to skeletal artifacts. The deposits are composed of minerals, salts, and harmful alkaline and creosote compounds. The “carcases” that are left behind leave memorials of waste, gaining attention across the desert.

Visually, the project reflects the impact of pollutants in the aquatic ecology of the Mojave desert; tectonically the structure evolves through an aging process – emerging latent monuments to the site. The architecture, fully assembled, forms an ambiguity and pureness to the heavily aggregated structure, bringing a dialogue of hierarchy and tectonic qualities. Revisiting progressive techniques, such as aggregation and striations, the architecture creates a spectacle in relation to natural resources and technologies. The end result varies from site to site resulting in a emergence of sub-elements grouped in structurally aggregated figurations.

Design: Daniel Caven (SCIarc post graduate ESTM program)
Advisors: Casey Rehm, Marcelo Spina

Located on Jinghan Avenue in the bustling Qiaokou District, the commercial and business heart of Wuhan, China with light rail and mass transit railway accessibility, Heartland 66, designed by Aedas, is a mixed-use development which comprises a world-class shopping mall, Grade-A office tower and serviced apartments.

The design adopts a concept of ‘infinity loop’ as an association with the Chinese art of knot tie. The interwoven knots are usually tied with a jade ornament, symbolising blessing and wealth. The concept of infinity loop and knots, developed by Aedas’ Executive Directors Christine Lam and David Clayton, is transformed into actual retail circulation which appears as the visual feature uniting the three uses. The infinite form of knot is presented in the circulation and roof form, connecting the anchors and destinations with seamless flowing arcades.

The shopping mall is divided into three zones – the retail zone contains a large atrium for events; the alfresco zone contains a mix of retail and dining outlets with outdoor terraces; and the entertainment zone has a cinema. At the center of the looping roof form are stepping terraces for alfresco dining, offering a unique experience and interesting spaces in Hang Lung’s malls.

The prime located office tower, at over 300 metres tall, is connected to the shopping mall and a winter garden, enjoying views over the adjacent park towards the confluence of the Han River. Read the rest of this entry »

BLOCK is a video game for city planning and speculation. The game is founded on ideas of ecology, establishing the interdependencies of city entities such as housing, shops, parks and infrastructure. By allowing the player to understand how to use resources (money, waste, social capital), we can encourage entrepreneurship through the design of an ecological urbanism, allowing for new opportunities to be conceived in the city. The objective of the game is to both educate people and to generate user data for design patterns for the LA of 2050, producing the first database of a future city. The project will be open-source and free to access. The first prototype of the game has already been developed within USC School of Architecture.

BLOCK is competing to receive a grant from LA2050. To learn more and vote for BLOCK please visit LA2050.

In Spring 2014, the federal government of Mexico launched an invited international competition for the largest infrastructure development in Latin America under the leadership of President Enrique Peña Nieto.

In response to the needs and aspirations of the project, a team led by Fernando Romero and Norman Foster designed the Mexico City Airport. The aim was to revolutionize airport design and the experience of traveling, creating a building and infrastructure that will not only perform for the duration of the 21st century, but that will also manifest into an icon for the country of Mexico throughout the rest of time.

This collaboration brings the global knowledge and experience of the UK-based firm Foster + Partners, founded by the Pritzker-Prize winning architect Lord Foster, together with the Mexico and US-based based firm FR-EE, founded by the international architect Fernando Romero (FAIA). Additionally, the team worked closely with NACO, Netherlands Airport Consultants B.V., the world’s premier airport planning firm, with experience on over 500 international airports.

For passengers arriving, the Mexico City Airport will appear luminous from above, while upon vacating the aircraft they will experience a vast, column-free space, uplifting and full of light. This “Airport of the Future” is designed with inspiration from the past; the shape, the symbolism, the sheer monumentality of the building, are all drawn from Mexican art and architecture.

The architecture takes cues from the eagle on top of the rock devouring the serpent, one of the most prominent symbols in Mexico. For those picking up passengers, a lush Cacti Garden announces the entry to the terminal with the access road weaving like the form of a snake and the roof of the Terminal evoking the eagle with its wings opening to take flight. The intense colors, characteristic of Mexican culture, bleed into the functional components of the intelligent membrane skin/building facade. The Mesoamerican symbol of the sun is evoked within the central luminous vaulted hall. From the initial view from the sky and the car, to the awe-inspiring moment of making it inside, the architecture binds body and spirit, Mexico City and travel, technology and history, into a unified lightweight structure that evokes the excitement of traveling.

As a necessary and important investment for the country’s future, the new Mexico City Airport is a single terminal which is strategized to minimize costs and maximize experience. The building is one continuous, almost streamlined membrane, that allows every visitor to flow quickly and efficiently throughout. The structure is comprised of local lightweight materials and is systematized for a 4-year construction timeframe, as well as ideal for the soil conditions to minimize environmental impact. The proposed prefabricated system shall be manufactured in Mexico while using the country’s most advanced technologies available today in terms of strength, durability and efficiency. The coming together of global design talent and local innovation will allow for great spans and soaring heights, at one-third of the mass and three times the span of a typical airport.

In essence the design of the Mexico City Airport is that it could only exist in this place today. While Foster + Partners has pioneered techniques in sustainability for almost 50 years and FR-EE designed a hypergreen facility for the G20 Summit in 2012, the team is working with environmental research groups and specialist engineers to ensure that the Mexico City Airport will be LEED Platinum certified, qualifying it as the world’s first and most sustainable airport ever.

We believe that the Mexico City Airport must give meaningfully to all who encounter it; for those who use it, those who build it, those who produce the materials for it, and those who operate it. This airport will be made in Mexico, with Mexican materials by Mexican builders and engineers. The architecture and planning are very specific to the site as the soil and seismic conditions are unique.        

The FR-EE + Foster team has taken a truly holistic and exceptionally context-driven approach, designing a new model that will be the source of inspiration for future airports. It prioritizes being efficient and operationally flexible to accommodate new demands and changes in air travel. Above all, however, it aims to provide a beautiful, uplifting and memorable experience for people from all over the world. Over time, it will not only attract more visitors and users, but it will also serve as a catalyst for development and regeneration, transforming lives, the economy and the landscape. Read the rest of this entry »

HAO / Holm Architecture Office and AI have been chosen as a shared winner of the Eco City Binhai Master Plan, situated outside Tianjin in Northern China and covering an area of 49,2 acres / 200,000 M2. The plan includes a new Central Business District (CBD) and five new cultural buildings. The project has been chosen as a finalist for this years WAF in Singapore.

The Binhai Eco City Master Plan is the result of a unique collaboration between the Chinese and Singaporean governments. The project was conceived as a case study for a completely green development, emphasizing the use of renewable energy and the direct integration of natural surroundings into the built environment.

The project consists of a new Central Business District (CBD) as well as five new cultural buildings with programs ranging from exhibition spaces to libraries and dedicated educational space to sports facilities. Where the CBD will provide valuable new office space and create a bustling new city center, the cultural buildings will become the educational heart of the plan.

Both the CBD and the central cultural buildings are all designed to minimize energy use, and all incorporate ideas of passive building design, utilizing solar panels and geothermal heating and cooling to achieve near zero impact structures.

The entire master plan sits on a raised plateau, allocating traffic and service to a lower level, establishing the new Eco City Master Plan as a green pedestrian oasis within the larger development of the new Binhai area. The overall plan integrates and merges the cultural belt towards the water with the new CBD, drawing green areas towards the plan’s center. Read the rest of this entry »