2030 Palette

Architecture 2030’s new 2030 Palette might just be the design tool I’ve been dreaming of – a built environment performance simulation tool that works across site, district, neighborhood, city, and regional scales. What isn’t shared yet, is the underlying methodology and data used the calculations.

If Palette is just another fancy case study browsing interface (there are plenty of those already), which is all that the screen shots and interactive tour feature, then I’ll be sorely disappointed as we desperately need a performance tool that transcends scale and integrates buildings into the larger landscape.

Once I have a chance to test it, I’ll post more. Really hoping Ed Mazria and crew have delivered. If they have, I’ll probably use Palette as the core in one or more of my studios next year.

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Ed Mazria at CPP

[Live blog notes from Ed Mazria's appearance at Cal Poly Pomona's
University Theatre on April 6th, 2012]

The next built environment today

Ed Mazria is a hero of mine, and I always try to catch his talks when he swings through. I’ve been wondering when there will be a ‘Landscape 2030’ or ‘Urbanism 2030’ to augment his work with Architecture 2030. So I’ll find out what his latest thinking is today.

10:16 – intro by Prof. Pablo Laroche. [the images will be re-arranged as the talk unfolds]

EM -you are about to be the most important group on the planet. What design is, thanks to a lecture by Louis Kahn at Pratt in 1959. In the lecture Kahn drew different things with both hands – wrote ‘silence’ to ‘light’ -“at the threshold of this crossing is Design (a calling on nature).” space time and the environment in the 1950s. We’ve tripled our consumption of fossil fuels since the 1950s, and taken silence out of the equation, to focus on space and form.

Marrakesh aerial photo – showing pre-industrial city – the urban fabric that had to work. dry climate that cools down – so buildings capture the cool air that settles into the fabric – pre-vehicle streets – the buildings shade each other. the masonry is a heat sink. all the buildings are square donuts – floor plates are narrow to allow daylighting. courtyards are intensely planted [image of courtyard]

[Vienna aerial photo] – streets are wide to allow sun light, but buildings are similar pattern to Marrakesh – no planting in courtyards to allow light and heat to get into buildings. narrow high windows – the longer the light throw/deeper the floor plates.  [circles church on the photo]

[Toronto flat iron bldg 1891] and now same image today – with conditioned space, architecture changes into big bulky masses that require lots of energy to inhabit.

Industrial revolution: +/- 1780

Crystal Palace (1851 Joseph Paxton) – first use modern materials but unconditioned. 1857 steam heating and the radiator are invented. 1882 Pearl Street P0wer Station by Thomas Edison. 1902 Willis Carrier invents air conditioning. 1908-1927 Ford Model T – so cities and towns start to sprawl. 1925 Bauhaus Dessau – structure moves inside, curtain walls offer flexibiluty.

CIAM 1928 – 1959 reacting to squalid housing conditions around Europe, coal was still major fuel in cities. Athens Charter (modernism is the enemy of sustainability!)

  • function based zones (separated zoning
  • free, efficient circulation
  • high-rise housing blocks

Plus Corb’s ‘Towards a New Architecture, columns, free plan, curtain wall, horizontal windows, roof gardens {the best part] – 1929 Villa Savoy expressed all five points. 1780 – 1932 Phillip Johnson’s international style exhibit arrives in the US.

1935 first highrise – Glaspaleis in Heerien Netherlands (first double wall facade)

1949 Johnson’s Glass house in New Canaan

1952 Lever house

1956 Brasilia – first modern planning Continue reading