Repair Manual for Architects

Drawing the Line, Daniel A. Barber, Places Journal:

Like much else — everything else? — in the modern era, architecture has been shaped by fossil fuels, by the materials, forms, and environments made possible by the extraction and combustion of coal, oil, and gas. Many iconic buildings of the 20th century deployed copious quantities of concrete, steel, and glass, and found expressive ways to conceal their energy-intensive mechanical systems. Indeed, it would be difficult to come up with a more carbon-hungry type of construction. Yet now we know with ever-increasingly clarity that these formally compelling structures, with their carefully conditioned interiors, are contributing to the climate crisis that is suddenly, it seems, impossible to ignore. The science is clear, the changes are happening now, the transition is upon us.

Architects know all this; we know there are more responsible ways to design, and to build, and there is fervent collective aspiration to do better. Still, the field struggles to achieve even half-measures. The profession is reluctant to disrupt practices that have long driven and defined the design disciplines, practices that reward creation not maintenance, novelty not repair. Reluctant to cross the line that would mark a decisive shift from our carbon-profligate past to a future in which the environments we design have a wholly different metabolism, a different relationship to energy and the countless ways in which it shapes, even controls, our society and our politics…

Today we are compelled to recognize that the historical importance of architecture lies not just in its cultural dynamism but also in the energy systems it has depended on, deployed, and facilitated. To put it plainly: in the modern era, buildings have been a primary means through which fossil fuels, once extracted from the earth, have been processed and made social, and then entered the atmosphere in the form of carbon emissions. Buildings regulate throughput; metabolize forces. Buildings are in essence processors of energy, from construction to occupation to demolition to decay. One imagines that a history of 20th-century architecture, perhaps written in 2050, will emphasize this carbon-processing capacity as much as (or more than) the debates over modernity and postmodernity, or the indulgent thrills of parametricism. The buildings that exist, the buildings we are designing now: all perpetuate the fossil fuel economy. Architecture can be understood as the cultural frame — an apologist, even — for this processing of fuel…

Drawing the Line, Daniel A. Barber, Places Journal. This is the first article in the series Repair Manual. Thanks to Milo.

No Tech Reader #31

A Washing Machine for Life

washing machine for life 2L’Increvable (which means indestructable in French) is the concept of a washing machine whose lifespan is fifty years. Gone are the days when your washing machine had an abrupt end of life after 5 years of use because of a single bearing.

With L’Increvable you change each component when needed. You don’t have to be a handy(wo)man: the Increvable website guides you through each component maintenance thanks to well-documented tutorials and each new component is delivered with proper tools.

You buy the washing machine in flat-pack form and then you assemble it yourself : it gives you the opportunity to get to know the machine. The traditional 30 kg (60 lbs) of cement ballast are replaced by a water tank. The latter is automatically filled during the first use of the machine. This means that the machine can be made lighter again when it needs to be moved.

By removing all highly technical and hardly replaceable parts from the structure and built with such specifications from the ground up, the Increvable is destined to be easily manipulable by the mere user. The missing technologic parts (i.e. touchable screen) do change the User Experience in a very fundamental way, giving maybe to some of us a certain old school feel to the tech but adds several dozens of years before obsolescence as a result.”

See & read more: 1 / 2 / 3. Thanks to Christopher Santerre.

The Elegant Simplicity of Wood Repair

They could have replaced the full beam. They didn’t. Sound wood repair on a pontoon in Helsinki, Finland.
More pictures below the fold.

elegant wood repair 1

[Read more…]

The Art of Inventive Repair

Ceramics stapling

“Antiques with inventive repairs (also known as “make-do” repairs) are unique examples of necessity and thrift, made during a time before Krazy Glue was invented. Unlike today where we discard anything chipped or cracked, broken household items were repaired at home or taken to a metalsmith to be brought back to life, often with whimsical results. Once regarded merely as damaged goods by antiques dealers and collectors alike, antiques with inventive repairs are justly receiving the respect they deserve.”

Read more: Past Imperfect. Check out the ‘staples/rivets’ category. Via iFixit.

Previously: Repair is Beautiful / The Japanese Art of Kintsugi / Dealing with Holes.

Repair is Beautiful

Paulo-goldstein-repair-beautiful“Brazilian, London-based designer, artist and all-around maker Paulo Goldstein has lended his model-making talents to such films as The Fantastic Mr. Fox and Frankenweenie, but after receiving a Master’s Degree in Industrial Design from Central Saint Martins in London, it appears he is opening a whole new chapter. His graduate project, called Repair is Beautiful focuses on repairing broken objects from a craftsperson’s eye.”

Via REculture.

The repair process of all objects (a chair, an anglepoise, headphones, an iPod) is explained step by step with photographs.