Today is the last day to take $100 off the price of your field trip to Peru.
Our enrollment deadline is May 10 – Just ten days from now.
We can only accept 20 people.
If you get three of your friends to enroll, you can also take another 15% off the price of your field trip. Make sure you tell me who these three friends are, and make sure that they tell me that you referred them, so that I can properly credit your account.
I’m also offering your choice of a $50 gift card to your choice of Amazon.com or Target for the NEXT person who enrolls.
Go here to learn more and to enroll. http://fieldschool.architectureaddiction.com/PRU.php
I just read about The Living Wall, built by first year students at the University of Buffalo. I’m all for students going outside and getting dirty building something.
Even better: the students also have to live in their dwelling for 24 hours. This is how students at Taliesin West do it – they build and live in their own desert structure while at school. And this is how Jersey Devil did it – they’d camp out in the building site so that they’d have intimate knowledge of what design problems needed solving. And this is how I think all architects should do it.
Here’s the article:

100 first year students in the Department of Architecture at the University at Buffalo are developing proposals to design and construct a minimal dwelling unit that they will occupy for a period of 24 hours. Each unit must accommodate an entrance, internal circulation, and sleeping areas for a minimum of three people. Individual units are placed adjacent to one another and share boundaries thus creating a party wall condition between adjoining structures where unique structural and programmatic conditions might begin to evolve.
Once transported to the site projects will be reassembled and assume their final position as a linear community of buildings, titled the Living Wall. The students will have a unique opportunity to spend a 24-hour period in their structures after they are reassembled on site. This experience will enable the students to better understand the consequences of their decisions and to explore the successes and shortcomings of their structures.
The proposed structures that you see on exhibit have been studied at progressively larger scales and various modes of representation. They will ultimately be constructed at full-scale and transported to the Griffis Sculpture Park (Located in Cattaraugus County between Ashford Hollow and East Otto) where they will remain on display through October 23, 2010
Here’s how.
Be here.
I’m offering $100 off for EVERYBODY who enrolls in our trip to Peru IF you book by April 30. And I may be offering other bonuses as well.
Just read this in the LA Times (dot com) by Debra Prinzing about a couple in Venice covered their exterior walls with plants, put a meadow on their roof, and planted a vegetable garden. How jealous are you right now?

The exterior walls of the new wing of the Bricault family’s Venice home are clad in sedums and other succulents, which soften the contemporary architecture so it looks like a plush, verdant floating cube. Paul Bricault likes the way the horticultural house gets people talking.
“Everyone who comes here looks at it with this quixotic expression. We get all sorts of questions, including, ‘Do we have roots coming through the inside walls?”
The plants, including their roots, are actually contained by a modular green-wall system that Marc Bricault, Paul’s brother and a Vancouver, B.C.-based architect and furniture designer, specified while designing the 1,700-square-foot home addtion. Prior to the renovation, Paul, his wife, Cicek, and Marc had been intrigued on a trip to Paris by the vegetation-draped walls that designer Andrée Putnam installed at Hotel Pershing Hall. Marc also spent time in Japan, where he saw other inspiring examples of planted walls.
Those influences can be seen on three sides of the new master bedroom, which extends from a two-story section to create a carport below. The living walls are visually tied to the courtyard foliage and to a rooftop meadow and vegetable garden overhead. To create the planted walls, Marc researched a number of methods until he landed on a modular planted-panel system manufactured by ELT Easy Green in Ontario, Canada, and distributed in the U.S. The pre-planted cells are mounted on a membrane-moisture barrier and irrigated by captured rainwater.
Paul says the green cube generates so many inquiries that he keeps a stack of ELT’s brochures to hand out.
The planted addition is one of many greener lifestyle changes the Bricault family realized when they enlarged their pre-war Venice bungalow. Completed in 2008, the project has nearly doubled the home’s size while using passive cooling, solar panels and a rainwater recycling system – among other sustainable construction approaches, indoors and out.
The Bricault home is one of 31 properties open to the public on May 1 on the Venice Garden & Home Tour. Gardens on the ground level and roof and portions of the Bricault home are included on the tour, which benefits the Neighborhood Youth Assn.’s Las Doradas Children’s Center. It was only fitting to agree to join the event, Cicek says. “When we first bought our home, we went on the Venice tour and were so charmed by seeing other people’s gardens. To open up our home for this year’s tour hits a sweet spot for us.”
The couple – Paul, who is working in local venture capital after spending 16 years as a partner at William Morris Endeavor, and Cicek, a longtime producer and designer of online communities – liked the vintage cottage when they first saw it as newlyweds in 2000. Originally a 515 square-foot beach house built in 1911, the residence had been given a contemporary, 1,000-square-foot addition in the 1990s by previous owners. “The older facade gives a nod to the history of Venice, but when you walk inside, it is modern with 25-foot ceilings,” Cicek says.
By 2006, though, after the births of their children, the couple thought about finding something larger or expanding to add more bedrooms. Paul says he was influenced by two advisers. His architect-brother Marc “convinced us that even though the footprint of our lot was small, we could do a lot with the space by expanding to the second level.”
Paul also was inspired by a chance meeting with “cradle to cradle” sustainability guru William McDonough, whom he met in 2005 at a conference in China and later reconnected with at a TED gathering. “I became friendly with him and his cutting-edge work on green architecture internationally,” Paul says. “When we started the house, I called Bill for counsel and he sent us to Bill Wilson, who designed our water retaining system.”
Cheered by the discovery that their 5,000-square-foot lot could accommodate more house, Paul and Cicek began to re-imagine their environment in a new way. “We felt like we had an open canvas for being creative,” Cicek says. “And we decided to go as green as we could.” They didn’t have a huge wish list other than asking Marc to make the addition “neighbor-friendly,” and to give them a roof garden.
Marc Bricault’s design solution begins with an open connection between the dining-kitchen area and a glassed-in family room that Paul and Cicek call the “terrazzo terrarium.” The room’s east wall faces a semi-transparent fence that allows morning light to filter through plantings and illuminate the interiors. The room’s west wall is connected to the 475-square-foot “courtyard” via five side-by-side, fir-and-glass doors. The massive doors pivot open, leading to a terrazzo ledge that floats above the tiny garden, where flowering shrubs and vines attract hummingbirds and other pollinators. When the doors are open, the space feels more like an open-air pavilion than a room; in fact, Marc calls it a “breezeway.” Its shaggy green wool rug playfully suggests indoor grass on top of the terrazzo floor. In the northeast corner of the room, a curved steel-and-walnut staircase leads upstairs to the second floor and rooftop garden.
Paul and Cicek are pleased that the see-through addition feels inviting. “We did not want a fortress house with completely opaque walls all the way around,” Paul says. “We wanted to see our neighbors through the windows and not be closed off from them.” Their connection to pedestrians and passersby extends to the alley, where strangers often stop to thank Paul and Cicek for beautifying an otherwise neglected thoroughfare. “It was a gesture from Marc to create a pretty thing for people to look at,” she says.
By elevating most of the new square footage to the second level, the addition doesn’t feel claustrophobic, Paul says. “Even though we reduced the footprint of the backyard, it now feels even larger, because of the accessibility of the addition and an indoor-outdoor connection.”
On the roof, the staircase tower doubles as a funnel to draw cool air to the interior. It opens onto a green meadow planted with native grasses; walkways and decking are made from Trex, a recycled composite material. The vegetable garden only takes up a 3-by-12 foot slice, but it is “one of the biggest draws that pulls everyone to the roof,” Marc adds.
“I have an amazing amount of produce up there – including artichokes, cucumbers, zucchini, tomatoes, peppers, celery, parsley, blueberries, raspberries, strawberries, plus a lemon and orange tree,” Paul says. “People think you need massive amounts of space or a big backyard, but this is just a tiny triangle.”
The Bricault brothers were raised in Canada by parents who worked for the country’s Department of Environment. “Our father used to foster our interest in nature by teaching us the Latin names of plants,” Paul says. “You do that for our children now,” Cicek says, adding that 6-year-old Melise and 4-year-old Destin usually agree to try her cooking ” if the ingredients come from the roof.”
The Bricault youngsters don’t spend all of their time gardening, though. They can often be found playing in the secret hideout that occupies the narrow space between the home and the church next door,. Marc built it as a surprise for them, recycling extra building material instead of taking it to the landfill. “All that leftover lumber and tile was piled up near the alley and - MacGyver-like - Marc turned it into a little playhouse,” Paul says. “We added recycled rubber tires on the ground so the children can bounce around. It’s their own backyard sanctuary.”
Cicek plans to add one final touch to the play area when her mother, an artist, visits later this summer. “We’re going to paint a mural on the wall with the children,” she says.
The Bricault house:
Architect: Marc Bricault, Bricault Design, Vancouver, B.C. (www.bricault.ca)
Contractor: Martin Leon and Gabriel Simon, Alisal Builders, Marina del Rey (www.alisalbuilders.com)
Interior millwork: Richard Draut, Blue Sand Construction, Venice (blue_sand@verizon.net)
Landscape design: Richard Grigsby, the Great Outdoors Landscape Design & Construction, Topanga
Environmental consultant: Bill Wilson, Bill Wilson Environmental Planning, Mill Valley, Calif.
Venice Garden & Home Tour
Start location: Las Doradas Children’s Center, 804 Broadway (corner of Broadway and Pleasant View Avenue, one block west of Lincoln Boulevard), Venice
Time: 10 a.m. to 5 p.m. (rain or shine)
Date: May 1
Tickets: $60 in advance (until 3 p.m. on April 30), $70 at the door
Children under 12 are admitted free
Contact: (310) 821-1857 or http://www.venicegardentour.com

Just saw this in Natural Home (dot com) about how to make and apply your own clay plaster. Which I would love to do as soon as we move out of this apartment. But, if you have a house, you should try this. If you do, tell me about it. I’ll make it so you can send pictures. I’ll post them. You’ll be famous.
Before you apply plaster, conduct this simple test to find out if your wall substrate is suitable for clay: Spray, flick or paint water onto the wall. If the wall absorbs it in about five minutes, your walls have adequate absorption for clay plaster. If the wall absorbs the water very quickly (in less than one minute), the wall will require a natural primer to prevent the plaster from drying too quickly. Surfaces must be slightly rough so plaster can grip the wall. Prepare flat, smooth surfaces with a sanded primer.
1. Use a spade or shovel to access the ground’s sub-soil layer (generally 20 inches under the topsoil).
2. Take at least three soil samples over one area to assess clay levels. Mix the earth with a little water and observe how it behaves: Is it sticky? Can you make it into a cylinder without it breaking? If so, clay is present.
3. If the soil appears to have high clay content, excavate the amount you need, by hand or with a front loader.
4. Mix clay and water to make a slurry: Fill roughly 1⁄3 of a container with water, then add clay soil until the container is 3⁄4 full. To help break down the clay, stir the soaked material with a spade or using a whisk attachment on a drill. Let the mixture sit for at least 24 hours.
5. Strain soaked clay through a large sieve—1⁄4-inch mesh for a base coat plaster, 1⁄8-inch mesh for a topcoat plaster. (This removes larger sand particles so you have a smooth clay to work with.)
6. Combine clay with well-graded (particle sizes from .15 to 4 mm) sand. Play with different combinations to achieve the texture you need. To add more texture to base coats or decorative topcoats, mix in thicker natural fibers such as chopped straw or hemp. Add water to produce a mousse-like consistency and apply to the wall. Create several test samples to find the best mix for aesthetics and functionality. Ideal plasters often consist of 10 to 25 percent clay and 75 to 90 percent well-graded aggregate.
7. Wet walls before application unless you’ve applied a primer. Do not wet walls if you use primer.
My alliteration failed. What’s a synonym for “awesome” that starts with a “p"?
No matter. Enjoy the pretty pictures of the stuff you’ll see when you join us on our field trip to Peru.





Learn more. Sign up. Go. It’ll be awesome.
I just read about this tiny 800 square foot house that Tom Bayley built atop a warehouse.
Here you go.

Throughout history, great works of art have required great patrons. In 16th-century Rome, Cardinal Daniele Barbaro left a legacy sponsoring Andrea Palladio, who designed villas throughout northern Italy. A century later in England, Charles II gave the royal seal of approval—and funding—for the construction of Sir Christopher Wren’s concepts, such as St. Paul’s Cathedral. More recently, in the United States, the Kaufmann family famously commissioned works by Frank Lloyd Wright and Richard Neutra, and today in Washington State, Tom Bayley is doing his part, taking on the role of a modern-day patron, to ensure the continued construction of triumphant buildings.
Bayley comes from a long line of what he refers to as the “sawdust aristocracy.” In 1888, his great-grandfather, C. D. Stimson, moved the family milling company from the Midwest to Seattle. The company acquired property throughout the Pacific Northwest, and established a mill on Salmon Bay. The mill has long since been torn down—though the company is still thriving—and replaced with the Stimson Marina, 12 acres comprising a 250-slip marina and 200,000 square feet of office and warehouse space in four buildings. On the roof of the building nearest the water is Bayley’s chef d’oeuvre: the Sky Ranch, his 800-square-foot home.
Bayley’s previous home was a 3,500-square-foot monster. “You had to traipse around from where you read to where you ate to where you sat,” he says. He was ready to downsize and fulfill his dream of living in a loft, and a friend suggested taking advantage of the views from atop the marina warehouses. As the president of the C. D. Stimson Company, which owns the Stimson Marina, Bayley discovered that he could build a caretaker’s unit on the property, despite its industrial zoning. The wheels started turning, and Bayley soon found himself composing an email to Miller Hull Partnership, a Seattle-based architectural firm that has built modern buildings throughout the city.
The missive, sent in late June 2005, was short and to the point. It read: I am at an early stage of planning an 800-square-foot house—a caretaker’s residence by code, capping the size—that would go on the roof of an industrial building in Ballard. I envision it being built in the parking lot, with special concern being given to lightweight materials, and lifted up with a crane to about 25 feet. Would you be interested in helping me on this and if so, who would you have me contact?
As Miller Hull Partnership only takes on four or five residential projects per year, most inquiries are politely given a pass. Bayley’s email, however, caught partner Scott Wolf’s eye. It hit every note needed to pique his interest: small in square footage; intended to be prefabricated; and located in Ballard, an industrial working-class neighborhood north of downtown Seattle that had recently come into its own, much like the Belltown area had beforehand. “We were just salivating and wondering if he was serious,” Wolf recalls.
By July, Wolf and his Miller Hull associates were deep in the design process. “With 800 square feet, you have to be pretty economical,” Wolf says. “It wasn’t ‘How are we going to squeeze all this in?’ but ‘Here’s the space; how do you want to use it?’” They organized the home as a simple 20-by-40-foot rectangular box divided into the “nonview” utility side—backing onto the 1.5-acre roof and consisting of an entrance, mechanical and laundry room, bedroom closet, and bathroom—and the “view” living side—overlooking Salmon Bay and made up of the kitchen-dining-living room and bedroom. They wrapped a 500-square-foot partially covered deck around two sides, nearly doubling the usable space.
The layout remained constant throughout the design process; the materials are what required steady scrutiny. Local building code necessitated that the exterior walls be built to a more rigorous fire-safety standard than normal ground-based homes. To achieve this, Wolf added two layers of exterior sheathing over the two-by-six wood framing and kept them at five-eighths-inch thicknesses so the building structure would remain relatively light, as weight was a constant consideration. The corrugated-metal cladding was another lightweight choice and fit well with the industrial setting. Bayley’s original wish for interior concrete floors was quickly scrapped, however, and replaced with bamboo covering.
The other major change was the whereabouts of the construction site: It became apparent that prefabricating the house in the parking lot and lifting it to the roof with a crane—or helicopter, which was also considered—would be far more expensive than building the house in place. But before a single board could be laid directly on the roof, the warehouse required a drastic $200,000 retrofit.
Warehouse roofs are not built to hold more than the weight of the buildings’ mechanical and HVAC units plus any snow that accumulates. Shoring up the structure was a task that would have deterred most from finishing the home, which tiptoed close to failure several times. Wolf’s enthusiasm—and Bayley’s patronage—kept it going. “He was so enamored with the project,” Bayley says. “I couldn’t let him down.” To ensure the roof could bear the load of the Sky Ranch, a crew had to hammer three pin-pile foundations down until they hit hard ground, which ranged from 70 to 100 feet deep. They installed steel I-beams to shorten the roof spans to better carry the weight and reinforced the roof-wall connections so the building would be seismically sound.
Construction began the day after the retrofit was complete, in the fall of 2006. Bayley sold his 3,500-square-foot house and lived in a boat docked in the marina, which turned out to be a good warm-up for compact living. By late 2007, the Sky Ranch was ready for Bayley to move in. There are several entrances to the warehouse, but none are a proper residential front door. Bayley enters through the door next to the loading docks and ascends via an existing stairwell that was extended to access the roof. The door to the roof requires a key to open it, so when friends stop by he throws one over the edge.
Somewhere between the boardwalk that leads from the door to the roof and the entrance to the vestibule, the Technicolor gets switched on, like Dorothy’s arrival in Oz: The dreary roofscape (and weather) give way to the warm, colorful home. Sweet smells fill the air—thanks to the tenant below, India Tree Gourmet Spices and Specialties. Light filters in through the windows that comprise the south, east, and west facades; they open to expansive views of Salmon Bay, Queen Anne Hill, and, on clear days, the Olympic Mountains.
A 40-foot-long bookcase separates the utility area from the living space. “One strategy we had for compensating for the small size was to make walls that did something else. One was conceived of as a bookcase, another with built-ins,” Wolf says. The wall between the great room and bedroom is occupied by the fireplace, linen closet, and a smaller bookcase.
Being up in the air presents a unique set of challenges. “It’s like living in the Sahara,” Bayley jokes. “It’s totally unprotected.” In the summer, he wears sunglasses in the house, and when he leaves, he always closes the remote-controlled roll-down blinds, as the roof reflects both light and heat into the home. The wind is also amplified: “The clothes dry in ten minutes on the outside line,” he says.
Though the warehouse roof makes the perfect perch, it’s not the solution to Seattle’s housing crisis. “It’s a one-off because the city doesn’t want industry to go away and condos to take its place,” Wolf says. It does, however, open up an interesting look at ways of living: taking advantage of underutilized landscapes, such as rooftops, and redressing the belief that bigger is better. “Little houses and smaller spaces have real charm and appeal,” Wolf says. “They force you to be more conscious about what you have in your life and how you live in your residence.”
Bayley doesn’t think he’ll live in the Sky Ranch forever. “There will come a day when this will all be bulldozed,” he says of the buildings on the company property. He’s contemplated relocating the house to a barge, but then he’d lose the deck. Moving it to the suburbs is out of the question since it would mean staring at the neighbors all day—and having them be able to stare at him at night. “It’s a view house,” he says. “It’d be great on an island. The I-beams are already in place underneath the base of the house to move it to another location.” Perhaps it’s just Bayley’s way of preparing for his next grand, or not so grand, commission.
I just read this article by Amanda Thompson in Natural Home Magazine (dot com) about growing your own food. Enjoy.
It doesn’t look like much more than an icy patch of dirt now, but over the summer, that patch was my parents’ backyard food oasis.
My parents’ organic food garden cost $85 and a little elbow grease to get everything ready to turn a 3-foot-by-14-foot patch of manicured lawn into an organic food garden. The organic food garden is stocked full of tomatoes, zucchinis, cucumbers, broccoli, lettuce, Italian sweet peppers, basil, cilantro and other goodies. My parents didn’t spend a dime on any chemical fertilizers to help the garden grow, and they still managed to produce some organic vegetables that would put grocery store produce to shame (the record zucchini length stands at 21 inches!).


My parents are among millions of other Americans who have decided to grow their own food. From 2008 to 2009, seven million more households made a commitment to grow their own organic fruits, veggies, herbs or berries from home, according to a National Gardening Association, survey. Millions of those at-home gardeners are planning to grow organic food using only all-natural fertilizers, pest and weed controls. The number of people who wanted to grow organic food more than doubled based on NGA studies done in 2004 and 2008.
Many Americans are giving organic gardening a try in an effort to save money. The same NGA survey estimates that a well-maintained organic food garden can save a household $500 when balancing the investment of the organic food garden and the price of food. My parents spend most of their $85 on rubber tubing (to mark off the garden from the rest of the yard) and some much-needed gardening tools. Because they already bought the basics, the cost of maintenance will be even lower this summer.
Another possible money saver? My dad held out on getting medicine to control his cholesterol until the end of the summer. By the time he went back to the doctor, he was told his cholesterol was well under control and that he no longer needed any medicine. With a garden a few feet out your back door, it’s hard not to eat well.
While perusing the recently released Architecture Addiction Field Trip to Ancient Peru and Machu Picchu, take a look at some quick facts about Peru
Population:
27.9 million
Size:
1,285,220 square kilometers
Capital:
Lima
Language:
Spanish, Quechua, Aymara
People:
Amerindian (54%), Mestizo (32%), Spanish descent (12%), Japanese (1%), Chinese (1%)
Religion:
Roman Catholic 93%, Protestant (6%)
Temperatures
Average monthly high temperatures in Lima (°F)
Jan 79 Feb 80 Mar 80 Apr 76 May 72 Jun 69 Jul 67 Aug 66 Sep 67 Oct 69 Nov 72 Dec 76
Geography:
Peru is geologically diverse. It is divided into three main regions—costa (coast), sierra (highlands) and selva (jungle). It spans from the Pacific Ocean to the snowcapped Andes mountains to the tropical Amazon rainforests. In addition to its Pacific coastline, Peru borders Ecuador, Colombia, Brazil, Bolivia and Chile.
Climate:
Peru has a temperate climate. Average temperatures range from 55-65 Fahrenheit in August to 66-82 degrees Fahrenheit in February. Temperatures and climate do vary considerably from up in the Andes to the tropical Amazon rainforest. Flora and Fauna: As it is geologically diverse, Peru is extremely ecologically diverse. The country is home to more than 400 species of mammals, 300 species of reptiles, 2,000 species of birds and 50,000 species of plants.
Culture:
The Peruvian culture is a stunning blend of the ancient Incan tradition and the more recent Spanish influence. The Incan past is evident in the remains of their advanced civilization, most notably at the legendary city of Machu Picchu.
Government:
Peru is a constitutional Republic. Alejandro Toledo is the president, acting as both the chief of state and head of government.
Food:
Peruvian cuisine is varied to match its diverse geological makeup and remains a blend of indigenous and European influences. On the coast, the focus is on seafood and shellfish. In the highlands, you’ll find more meat, rice, corn and potatoes. In the Amazon jungles, the mainstays are river fish, especially trout.
Clothing:
Light, loose-fitting layers with lightweight, comfortable walking shoes are recommended. A lightweight jacket and emergency rainwear is advised. Most Peruvians do not wear shorts except on the beach.
Health:
It is strongly advised that you drink only bottled water or other bottled beverages while traveling in Peru; avoid tap water. It is also advisable to avoid fresh fruits and vegetables except those that can be peeled.
Shopping:
Textile weaving and pottery make for great shopping items. Visitors often go home with handmade wool sweaters, scarves, blankets or hats, as well as ceramic pieces created in the ancient Incan tradition.
Money:
Currency is the nuevo sol. Credit cards are widely accepted.
Tipping:
As a rule of thumb, tip waiters 10% and an additional 5% or some extra coins for good service. There is no need to tip taxi drivers. It is customary to offer your Tour Director and driver a token of appreciation at the tour’s end. We recommend $2 per person per day for the driver and $3-5 per person per day for your Tour Director.
Passport/visa:
A valid passport is required, but no visa is necessary.
Time:
Five hours behind Greenwich Mean Time. If it’s noon in New York, it’s 11:00 am in Peru.
Electricity:
220 volts, 60 cycles AC with two-prong outlets that accept both flat and round prongs. Some large hotels also have 110-volt outlets.
Check out this video of a trip to Cusco and Machu Picchu –
It’s about four minutes long and it highlights just a few of the places we’re going to see. We’re going to be there for 9 days.
Join us. Read more about the Architecture Addiction Field Trip to Peru.
When you come along with Architecture Addiction, you don’t have to worry about airfare.
It’s included.
Accommodations?
Included.
A bilingual tour guide?
Included.
Meals?
Breakfasts, dinners, and lunches are included.
What else?
This is one of the places we’ll visit during our 9 day field trip to Peru next year.
Wanna come?
Because (almost) nothing is more intriguing than ancient Incan stonemasonry (HOW DID THEY DO IT???), let’s talk about a little of the history behind the ruins at Sacsayhuamán.
Sacsayhuamán (also known as Saksaq Waman) is a walled complex near the old city of Cusco, in Peru.
Some believe the walls were a form of fortification, while others believe it was only used to form the head of the Puma that Sacsayhuamán along with Cuzco form when seen from above. Like much Inca stonework, there is still mystery surrounding how they were constructed. The structure is built in such a way that a single piece of paper will not fit between many of the stones. This precision, combined with the rounded corners of the limestone blocks, the variety of their interlocking shapes, and the way the walls lean inward, is thought to have helped the ruins survive devastating earthquakes in Cuzco.
The Spanish harvested a large quantity of rock from the walls of the structure to build churches in Cuzco, which is why the walls are in perfect condition up to a certain height, and missing above that point. Sacsayhuamán is also noted for an extensive system of underground passages known as chincanas which connect the fortress to other Inca ruins within Cuzco. Several people have died after becoming lost while seeking a supposed treasure buried along the passages. This has led the city of Cuzco to block off the main entrance to the chincanas in Sacsayhuamán[1].
On March 13, 2008, archaeologists discovered the ruins of an ancient temple in the periphery of Sacsayhuaman; it is believed to have been built by the Killke culture which occupied the site between 900 and 1200 AD.[2]
Thanks, Wikipedia!
We’ll be looking at the Incan ruins of Sacsayhuaman during our Field Trip to Peru. To give you a pre-trip glimpse, I found this video taken at Sacsayhuaman. It’s got some pretty rad computer models (”Reconstrucción Virtual“) of what the site used to look like.

Adam Weismann and Katy Bryce over at Clayworks in Cornwall, UK, sent me a lovely email. I took a look at their site – WOW!
One of the first projects we were involved in was the rebuilding of a Victorian folly called ‘Alice’s Seat’, at Trebah gardens, that had crumbled to the ground. We remixed the cob by foot and hand dug the extra clay that we needed from a pit next to the folly. This was the point at which we reviewed our use of machinery! From this point forward we have always used a JCB or mini digger to mix our cob. We decided that ‘sustainable building’ must encompass the sustaining of oneself as well as the planet.
Adam and Katy are also the authors of two natural building books:



Check out their site and their blog to learn more!
Architecture Addiction’s 9-day Field Trip to Peru features a guided sightseeing tour of Cusco.
I found this day-in-the-life style video taken in Cusco that I thought you’d like to see.
Check out all the details of the Field Trip.
We leave July 30, 2011, and return August 7, 2011.
Get a bunch of your questions answered about our upcoming trip to Peru.
Have more questions? Let me know!
Remeber, if you sign up by April 30, 2010, you get $100 off your field trip!
I’m offering $100 off for EVERYBODY who enrolls in our trip to Peru IF you book by April 30. And I may be offering other bonuses as well. https://explorica.com/Purviance-5801
Every year on April 12 my Clustr Map resets. I took a screen shot tonight so that I can remember all you beautiful people who came by for a visit before it resets. Tomorrow, it’ll look like nobody’s ever been here.

I love you guys!
I just read this article by Cheryl Weber about studios that, you know, do stuff in the sunshine. Like how it should be.
As an undergraduate at Auburn University in 1994, Jonathan Tate, a white suburban kid from Huntsville, Ala., signed up for Rural Studio, where he helped to design one-of-a-kind “charity houses” on a shoestring budget. The university-affiliated program was only in its second year, but director Samuel Mockbee was a compelling figure who offered two things Tate wanted: exposure to the poverty-stricken rural South and a chance to build something unique. As it turned out, he got more than he expected. “It’s not how to hang a door in a frame that I carry with me,” says Tate, a partner at New Orleans-based building studio and an adjunct assistant professor of architecture at Tulane University. “It’s the strong confidence in who I am as an architect and the role I can play to affect people in this world.”
On the West Coast, Geoff Piper chose the University of Washington’s architecture program because of the design/build studio offered through BaSiC Initiative. As he worked alongside community folks to build a library in Mexico in 2000, he, too, became less focused on the pragmatics of building and more attuned to architecture’s social power. During the course of his studies, Piper worked with BaSiC Initiative founder and director Sergio Palleroni on several low-income projects, including a straw bale house in South Dakota. Today, he divides his Seattle practice, Fivedot Design/Build, between traditional design/build/development and nonprofit international projects.
Just 10 years ago, community-based design/build studios were a novelty in architecture schools. But now they’re commonplace. When Fivedot organizes a project and looks for students to participate, “we’re competing against 30 design/build programs happening over the summer, as opposed to about two when I was going to school,” Piper says. It’s as though the profession is rediscovering social agendas after a long hiatus following the failed public housing experiments of the 1960s. It’s not that architects didn’t care about social issues, Tate says. But in Mockbee’s hands, Rural Studio may have marked a point where they could once again be involved, by raising the idea that it was time to get over the stigma and back into the discussion. “For a few decades, architects were afraid to step out and say something about these things, not to mention that there was a period of heavy intellectualizing about what architecture was,” he says.
As Mockbee brilliantly illustrated, doing good and doing good architecture can be the same thing. And when students are involved, everyone wins. They get to experience the thrill of building their ideas while also leaving a legacy. But it’s not just the hands-on time that’s ultimately of value. Community-based design trains budding professionals to work as a team rather than as a single genius architect, to take control over complex real-world conditions, and perhaps most important, to have a greater sense of agency in the world. In short, it exposes them to the side of architecture that schools tend to miss.
mixing altruism and ego
Back in 1995, another designer observed the disconnect between classroom conjecture and real-world design—and decided to do something about it. But The University of Kansas’ award-winning Studio 804 was born almost by accident. As professor Dan Rockhill tells it, his firm, Rockhill and Associates, needed help on a project out in the country. He enlisted his students, who were wildly enthusiastic. In 1999, Studio 804 was incorporated as a 503© organization, and the model evolved over the years. After stick-building five affordable houses, the group began designing prefab structures that could be transported to sites farther away. And unlike many school studios, this one is run as a business, without university subsidies. Rockhill borrows money from the community development corporation that sponsors each speculative project. When the house is sold, he pays back the loan with interest and plows any profits back into Studio 804. Meanwhile, he gets a salary from The University of Kansas and students get credit for the course.Although participation isn’t mandatory, Rockhill truly believes that having their hands in the concrete makes his students better architects. And by working in poor communities where there are few English speakers, students see a side of life they never knew existed nearby. “Helping them be accountable to sustainable practices is another thing I feel good about,” Rockhill says. “Students are anxious to produce buildings that are responsible to the environment. They’re the ones who will bring about change.”
Accountability is the big bonus at Tulane’s URBANbuild program, too, according to director Byron Mouton, AIA. In this case, he says, it’s about helping each other maintain energy, stay on schedule, and practice diplomacy with colleagues and city agencies. Unlike design studios in which students work on a project at their desk and stand up alone to defend it to jurors, fieldwork is all about collaborating. “I like watching these guys figure out how to control their anger and deal with disappointments, but most of all how to come together in support of each other,” says Mouton, who became semi-famous when a 12-week URBANbuild class was filmed for the reality TV series Architecture School, which aired last year on the Sundance Channel.
Occupying the gap between theory and practice can be painful. The documentary-style Architecture School series drew some criticism—mainly that the finished house didn’t blend with the Central City neighborhood and that no locals could afford to buy it. Mouton admits that encouraging innovation within nonprofit parameters can be a tricky balance to achieve. The agency with whom URBANbuild works asks for a 1,200-square-foot, three-bedroom, two-bath home because it’s the easiest model for matching low-income buyers with government subsidies. So size and function are non-negotiable. And to keep things interesting, URBAN-build experiments with different building systems each year. The first house, built in summer 2006, used familiar wood framing to ensure that the project could be completed in 12 weeks with unskilled labor. The second project featured prefab metal panels, the Architecture School house was made with SIPs, and LEED Silver certification is the current project’s goal.
But Mouton is unapologetic about giving students a long design rope. “We won’t ask a group of 12 students to work for free on a tight schedule and then just produce a Habitat for Humanity house,” he says. “What we give them is design opportunity.” Sometimes that means allowing students to design special components that aren’t cheap but that can be eliminated without compromising the basic scheme if the house is reproduced with paid labor. As hard as URBANbuild works to keep costs low, finding qualified buyers in down-and-out neighborhoods is daunting. “They have to find people who have a perfect credit score and have had the same employer for three years,” he says. What’s more, “we’re trying to resurrect old neighborhoods that are often dangerous, and it’s difficult to find buyers who want to take that plunge. It will take a decade of just dropping the seeds into the neighborhoods, and it’s a slow, agonizing process.”
Indeed, a project’s location has a huge influence on how funding, construction, and legal terms are structured. Programs located in places with no building codes or officials have very different educational opportunities than those in red tape-entangled urban environments. All, however, share the belief that the logistics can’t be handed off as though they were the responsibility of other entities. Students learn to work with trade contractors, understand the process by which a piece of equipment or building material arrives at the site, and the environmental impacts of construction. If they’re cutting a material, they need to know the ordering lead time and how and where it’s made. “All of those things are abstract until the moment it’s your obligation to deliver it to someone,” says David Lewis, director of The Design Workshop at Parsons The New School for Design, where nine of the design/build projects in the New York City-based studio’s 11-year history have been urban. “More important, your design won’t be erected if you don’t understand how those things operate and control them.”
William Jelen, director of The Catholic University of America School of Architecture and Planning’s CUAdc program, agrees. “There’s a certain kind of maturity in being able to follow through on a real project, because you have to be responsible and self-motivated; these are real people’s money and lives you’re dealing with.” He’s noticed that students are energized by those dynamics and the deeper understanding that comes from exposure to neighborhoods they never would have visited as an outsider. That’s why, for Jelen, an integral part of architecture education is its relationship to clients and the community.
“I always felt that you have all these talents and skills in school that are underutilized in terms of harnessing that creativity and applying it to real-world problems,” Jelen says. “In school I wondered why we had to tackle some theoretical problem in Abu Dhabi, United Arab Emirates, instead of dealing with issues in Philadelphia.” He adds that there is strong ongoing interest in the university’s design/build program; some alumni even jump in on local projects. “A lot of times, young people in architecture firms have little responsibility; this is something they do have responsibility for,” he explains. “And there’s a desire to do something for the common good.”
public-spirited entrepreneurship
There’s no doubt that for many young, idealistic architects-in-training, designing and building for the disenfranchised is a powerful experience. But does it change their career aspirations? David Buege, one of Rural Studio’s first participants, doesn’t think so. “If there were a kind of methodological study of what has happened with people who’ve gone through such programs, I’d say the impact would be pretty subtle,” says Buege, director of the architecture program at Philadelphia University. “Even in good times, survival strategies take over.”And in a tough job market, it’s even harder for debt-strapped graduates to act on their newfound passions. Just ask Wes Janz, Ph.D., RA, associate professor of architecture at Ball State University and co-director of CapAsia, which takes students to South Asia for 11 weeks every other spring. He’s also led field trips to border towns in Northern Texas and Skid Row in East Los Angeles, as well as Midwest distress tours to Rust Belt cities that have been failing for years. He says he gets too many e-mails from former students saying they’re dissatisfied with their jobs or altogether disillusioned with the profession, like the graduate in Fort Wayne, Ind., who was working on construction documents for a Holiday Inn.
“I say, Just calm down, keep paying off debts, try to be patient, and do some volunteer work,” Janz says. But he feels their angst. “As educators we need to have a better answer to the question, What is this bridge after graduation? If I could, I’d probably bring a social entrepreneurship curriculum to the architecture school, because in the end I think becoming aware of entrepreneurship at an early age might be the foundation piece students need to create roles for themselves.“
Ted Smith thinks so too. That’s why he created the master’s in residential development program for architects at Woodbury University in San Diego. With its focus on affordability, it’s one way for socially conscious designers to invent their own opportunities. The premise is simple: Instead of trying to work within the limits imposed by cash-starved community development corporations, architects are taught how to conceive, finance, and sell a project, often leveraging affordability by taking advantage of zoning loopholes. Smith says it creates a different kind of dynamic than simply designing something cool.
“The nonprofit sector puts huge constraints on building by specifying minimum bedroom size and a certain number of closets, so that by the time you’re done, you’re stuck with a cookie-cutter project to get the tax credit,” Smith says. “It’s about not letting the client make the wrong decision, which is so often the case. Very often the goal of affordable housing is to make it look like every other house, but every other house is 50 percent too big. My son grew up with his crib in a closet with the doors removed; it’s those sorts of crazy solutions that are efficient.”
Working with Mockbee’s former partner, Coleman Coker, in a practice that serves both mainstream and marginalized clients, Tate says Rural Studio had a profound personal impact. It’s taken a good 10 years, he says, to begin to structure his practice nontraditionally, but he sees more young graduates finding ways to do so immediately.
And there’s another, perhaps unintended, outcome of community-based university studios: Architects are doing a better job of designing forward-thinking homes that aren’t prohibitively expensive. “More and more people are beginning to realize that custom progressive homes are, in fact, accessible,” Mouton says. “We’re not just training architects to make cool houses; in a culture where most houses are designed by builders, we’re showing people that there are affordable options.”
Hands-on skills surely give affordability a boost. The Yale School of Architecture’s community-based Building Project studio, for example, teaches students to challenge the prevailing notion that architects should not build. “We have quite a few students who’ve tried to address larger social issues through design/build in their practice,” says director Adam Hopfner, who launched his own design/build firm after participating in the program.
The hope is that, with their real-world focus, these studios are creating a different kind of architect — one motivated by imagination and public spirit. “Students coming out are raising interesting questions about how one practices today,” says Parsons’ Lewis. “We’re seeing alumni translating the knowledge they get into design/build or offices with a more immediate relationship to construction economies.” That’s good news—not just for the profession and nonprofits, but for everyone.
good fellows
Graduation from architecture school brings with it energy, idealism, and an appetite for self-invention, but it often brings a mountain of debt too. What’s a socially conscious young graduate to do? One option is the Frederick P. Rose Architectural Fellowship. Established by the late developer Frederick P. Rose, of the New York City-headquartered Jonathan Rose Companies, and run by Enterprise Community Partners (ECP), the program pays a community development corporation (CDC) to bring an architect on staff for three years.ECP chooses the CDCs and drafts the work program, which typically includes the roles of project manager, green guru, and vision keeper. In exchange, recipients receive more than the security of a regular paycheck. In addition to being sponsored for licensing and LEED accreditation, the nine fellows (three are chosen annually) meet several times each year for formal training on such topics as understanding tax credits, how to use a financial calculator, and negotiating skills. “Our goal is to create a next generation of architects who understand the community development process and can be leaders in that field,” says fellowship director Katie Swenson.
Through May 1, ECP is accepting applications for the next round of fellowships, which begin in September (www.rosefellowship.org/join). “We look for good designers with a demonstrated commitment to social and environmental justice and an entrepreneurial spirit,” Swenson says, adding that this isn’t the Peace Corps. “We don’t look for people who want an experience, but for people who want to make a career in this work.”
I just read this article by Amanda Kolson Hurley about the top three sustainable design architecture schools.
It made me think of you.
California State Polytechnic University, Pomona
College of Environmental Design
Department of Architecture
Pomona, Calif.
csupomona.edu/~arc/B.ARCH., M.ARCH.
Located on a rolling campus 30 miles east of downtown Los Angeles, Cal Poly Pomona remains committed to the “learn by doing” polytechnic mission, and accordingly, the Department of Architecture is known for producing workforce-ready graduates. But it’s as green as it is pragmatic—housed in the College of Environmental Design, the department rubs shoulders with (and participates in) the John T. Lyle Center for Regenerative Studies, an interdisciplinary institute that researches low-energy architecture and other “regenerative” strategies. The M.Arch. has concentrations in sustainability and historic preservation; courses in these concentrations are open to undergraduates.
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University of Oregon
School of Architecture & Allied Arts
Department of Architecture
Eugene and Portland, Ore.
architecture.uoregon.eduB.ARCH., M.ARCH., B. Iarc., M. Iarc., Teaching Technology Certificate, Ecological Design Certificate
It’s no surprise that, in surveys, faculty nominated this university in the Pacific Northwest as a sustainable-design leader more consistently than any other. UO’s Department of Architecture, located in both small-town Eugene and big-city Portland, teaches students to become stewards of the future built environment through collaborative inquiry with practitioners; explorations of ecological urbanism; and study of cultural and vernacular traditions. Studio work is evaluated using individualized discussion and written assessments, rather than letter grades. Through the designBridge program, students can take part in design and design/build projects for local nonprofits, and they can study abroad in Italy, Japan, Germany, Finland, or Denmark.
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University of Texas, Austin
School of Architecture
Austin, Texas
soa.utexas.eduB.S. Arch. Studies, B.ARCH., B.Arch./B.S. Architectural Engineering, B.Arch./B.A., M.ARCH., M.S. Arch Studies
One of the smaller schools in a 50,000-student-strong flagship state university, UT Austin’s School of Architecture reflects the breadth and diversity of that context, with specializations in architectural history, preservation, urban design, interior design, planning—and, yes, sustainable design. New sustainable initiatives include a full-scale thermal lab for investigating light control, ventilation, and direct and indirect use of solar energy. The Center for Sustainable Development integrates the study of design and ecology with economics, policymaking, and social justice issues. UT Austin participated in the Solar Decathlon in 2003, 2005, and 2007, and is preparing a proposal for 2011.
I was reading today’s View. It’s a full-color insert in the LA Times of tony houses for sale in the LA, Ventura, and Santa Barabara counties.
I came across Sweetwater Mesa, a Jay Vanos house with an interesting roof line, so I looked him up for more pictures.
And then I saw another house he did in Hawaii. Which I love EVEN MORE.





I was reading today’s View. It’s a full-color insert in the LA Times of tony houses for sale in the LA, Ventura, and Santa Barabara counties.
I came across Sweetwater Mesa, a Jay Vanos house with an interesting roof line, so I looked him up for more pictures.
Here you go.







I just read this article from one of my favorite architects, Steve Badanes, co-founder of the Jersey Devil design/build practice and Howard S. Wright Professor at the University of Washington
Design/Build: Let Them Build It, They Will Come
The AIA has targeted the teaching of how buildings are made as the weakest aspect of architectural education, and there is some merit to this charge. Because of time constraints (among other things), most traditional studios result in what can only be called schematic design. Design development, construction documents, materials and methods, and structures generally are taught as isolated subjects, and the transfer of that knowledge into studio design often is negligible.
But technology is most meaningful when integrated into the studio context, and there is no substitute for hands-on experience. Three-dimensional reality suggests solutions that are elusive or simply impossible to detect at the drawing board or computer screen. The best architects understand the logic and poetics of construction, and the best way to teach this is to build.
The design/build movement emerged out of ’60s counterculture architecture, which looked to ecology, new technologies, social experimentation, and community outreach. In 1967, Charles Moore started The Yale Building Project as a way to harness student interest in social justice issues and their frustration with hypothetical “paper architecture.” Storefront community design centers were started at many schools at the same time.
Students today don’t look like the students of the ’60s, but there’s an undercurrent of the same activism, and that is fueling the resurgence of design/build studios. Students are frustrated with theory-driven virtual architecture and a profession that works at the top of the food chain. They are pushing for outreach, hands-on experiences because they want meaning in their lives and want it to be embodied in their education.
Tips for schools embarking on design/build programs: 1. Start small—be realistic about available time, money, and skills. 2. Design by consensus, to avoid creating a hierarchy within the class. 3. Keep it simple (identify core ideas and eliminate fussy details). 4. Think Globally, Act Locally–avoid the ambulance-chaser approach.
Finally, 5. Make it fun. Students love to build. Working in groups is fun, and most nonprofit clients are incredibly grateful. All the pieces are there: It’s up to the instructor to keep the process as fabulous as the product.
UPDATE
When I post new blogs, they post to Facebook as well (Be a Fan!). My Pasadena architect friend Steve Lamb had this to say in repsonse to this post.
But Bedanes while I like him is wrong about one thing: “The design/build movement emerged out of the 1960’s counterculture architecture movement.” This is FALSE. It first emerged out of R.M. Schindler’s studio as the only way he could get his stuff built because contractors wouldn’t bid on it. In doing so, Schindler was violating California law at the time.
As a movement it emerged in the mid 1930’s out of TALIESIN and Frank Lloyd Wright’s practice. Wright trained each of his apprentices how to actually build. They went forward and often acted as both the Architect and Contractor at a time when the AIA was running around making it illegal in many states to be both the Architect and Contractor of a building. in Texas they attempted to have Harwell Hamilton Harris put in JAIL in the late 1950’s for designing a building and being a partner in the construction company that built it. His case struck down the law forbidding such practices in Texas and was the start of striking down those laws throughout the nation.
Architecture students should spend at least a year on a building crew and those of us who spent many years on a construction site beofre going to Architecture school should get credit for that year instead of the Architectural community saying construction experience is worthless until you’ve passed the structures portion of your exam and counts for nothing.
I just learned about architect Paul Neseth’s great idea.
It’s pretty much what I’ve been saying.
Architecture students NEED to get outside and actually BUILD something instead of being cooped up in studio staring at their computers all day.
So Paul’s holding a workshop July 26th through August 6th in the beautiful Black Hills of South Dakota.
The Abode workshop will be an intimate and unfiltered exploration into all aspects of the architectural process. Our focus is to understand the broad range of characteristics related to people, place and material assets that inform the appropriateness of design. The RAW experience will exercise your observation skills and intuitive insight, enabling you to better understand these characteristics when you design. We will then trade sketchbooks and drafting pencils for toolbelts and translate this knowledge into thoughtful and efficient construction.
We are packing a lot of experience and learning into two short weeks. During the workshop we will stimulate our minds and bodies rock climbing and mountain biking within the Black Hills area. We will explore features of the pristine RAW Dakota site on foot, horse and bike and learn about the site’s history through lectures and tours by area experts.
We will design and build beginning the first day, starting with small projects that get you warmed up. After site orientation and meetings with the client, we will begin the work of designing and building sleeping structures, the first built structures on the site, using the principles of sustainable design and construction.
A detailed description and schedule will be sent out before the start of the workshop.
I’m estatic. My wedding is in July, so I’m not sure yet if I’ll be able to go. But you should definately look into it!

Architect Byoung Soo Cho’s Earth House is quite possibly one of the classiest dugouts ever built. Set amid peaceful woods and rice fields an hour east of Seoul, Korea, the subterranean structure consists of six tiny unadorned rooms (kitchen, library, two bedrooms, and a bathroom) and a 23-by-23-foot courtyard.

Cho describes the house, dedicated to Korean poet Dong-joo Yoon, as a place for self-reflection. He says the concept goes back to his 1991 graduate thesis at Harvard, where he began exploring Taoist ideas about negative and positive space, and the question of just how much (or little) space we need in order to live comfortably.

Sixteen years and several unsuccessful attempts at selling an underground house later, Cho finally decided to build one for himself. Earth House was completed in February 2009 on a lot down the road from Cho’s more conventional vacation home, the square-shaped Concrete Box House. He currently uses the Earth House for weekend gatherings and stargazing.

I have a meeting with my field trip adviser today and we’re looking at a trip to Machu Picchu, plus an island made of reeds, and Peruvian ruins!
Do you want to go? I’d like to hear from you – if you would go, when you’d like to go, how long you’d like to go for – so that we can design a trip that you and your other arch friends would LOVE!
Come over to my Facebook Page to let me know what you think!
UPDATE:
Learn more about the trip and sign up!
What is Phase One of VERB? It's a collaborative pedagogy model. That means that architects, interns, designers, builders, students, professors, people considering architecture, and yes, even bored housewives can and should participate.
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Know of some others I can add here? Let me know. Have you already visited some of these places...or planning on it? Let me know and I will feature your story and your photos here!
I am starting a new kind of architecture school. Unlike most architecture schools, you wouldn't have to submit GRE scores or good grades or letters of recommendation. You wouldn't have to put the rest of your life on hold for 3 to 5 years. You wouldn't have to accrue tens of thousands of dollars in debt. At my architecture school, anyone could come for a few weeks and learn how to build a house with their own two hands. My teachers would take skills and concepts from some of these other workshops I've listed above... except classes would be held year-round to make it easy to fit into your schedule. I would have a number of different campuses around the country that would teach building designs appropriate to the local climate. And I need your help. Can you donate land for a campus? Can you dotate books for a library? Can you teach a workshop? Can you provide start-up capital? Let me know.
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