Alternative Transportation

Throughout this semester, mass and public transportation systems have been on my mind in terms of exploring alternative approaches to getting people where they need to be, as well as the organization of major built systems around the world in correspondence with ecological thinking. I was having difficulty choosing a specific case study so I’ll compare and contrast Copenhagen’s Bicycle culture, the “Uber” Taxi alternative app, and the latest phenomenon of “driverless cars”. This part of human culture is intriguing, as it sets the stage for so much of the built fabric of our world as highways and streets are paved and buildings are spaced out along them in optimized ways for vehicular traffic. These 3 alternatives are making it less of a standard to own a car, and drive it every day – as is still the current custom in the united states.

Bicycle Culture, Copenhagen

Copenhagen, specifically, is world renown for their emphasis placed on bicycle infrastructure.

Every day, 750,000 miles are cycled in Copenhagen

36% of all citizens commute to work or school via bicycle

More people commute by bicycle in greater Copenhagen, than cycle to work in the entirety of the U.S.

The culture itself has accepted commuting by bicycle as a better standard than cars, as cars are less healthy, and sustainable. In the united states however, there is still a prominent stigma that discourages bicycle usage on streets.

Copenhagen includes 220 miles of curb segregated cycle tracks, 14 miles of on street cycle lanes and 27 miles of off-street bicycle routes.

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The European bicycle culture has already begun to leak into cities in the united states such as Portland and Seattle, but major cities such as San Francisco (start-up location of my next case study, “UBER”) continue to be dominated by vehicular traffic.

The Uber App

The UBER smartphone app is a recently developed Taxi alternative where you can easily access a ride from ridesharing services for a realistic price. So it is both easier to obtain and easier to afford, as contrasted by previous taxi methods that has made hailing a taxi a worse option than owning a car.

A few of Uber’s publicized features include:

– ease of use (“one tap to ride”)

– reliable pickups

– clear pricing

– cashless and convenient

– importance of customer feedback

– ability to split a fare between users

All of these make it much easier to use Uber as a transportation alternative, and help push out the idea that every body needs to own their own car- hence reducing the overall amount of cars on the road.

Uber has also been given attention for having the potential to reduce the threat of drunk drivers on the roads, as more drivers will have easy access to a safe ride home, rather than getting behind the wheel of a car late at night.

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Google’s Driverless Car

My last example of transportation alternatives is the recently emergent “driverless car”.  This concept is significant for it revolutionizing of the individual’s transportation system- further decreasing the expectation and necessity for everyone to own their own car.

Statistic: cars sit idol 96% of their life

This is the very definition of unsustainable, and the driverless car aims to confront this problem by creating a new kind of car-sharing network in which driverless cars provide public and personalized transportation. This doesn’t necessarily result in people relying less on the automobile, but it would significantly cut down on the amount of vehicles in circulation, which accounts for a major percentage of the overall environmental and ecological harm caused by car production.

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This project also deals with ecology on greater levels than environmental related sustainability, as it would assist people with any handicap to live a more functional lifestyle as their transportation would no longer be as big of a problem.

 

Sustainability on College Campus

For my next case study, I wanted to identify an approach to sustainability on a college campus, as a place where every semester thousands of students and faculty relocate to live and learn to perpetuate the set of skills and knowledge they obtain there.

At the University of California, Davis campus at West Village, the community works in numerous ways to improve their ecological approach to campus design- A practice that still has yet to tap into many college campuses in the united states.

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Some of the sustainable approaches include: 

Establishing the feasibility of a goal to exceed California building energy standards by 50%.

Electrical lighting that decreases energy usage (as compared to alternative lighting methods) by 60%.

Employing various new sustainable technologies such as occupancy sensors, day-lighting techniques, and dimming controls. 

Using heat-reflecting roof materials, heat-blocking roof sheathing, roof overhangs and exterior window sunshades; added insulation in exterior walls; and high-efficiency light fixtures, air conditioning systems and appliances. 

The campus also plans to utilize alternative energy sources such as photovoltaics and Ruihong Zhang’s Biodigester

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West Village is significant for its wide ranging application of ecological design to this location on campus as it combines energy conservation with sustainable energy production, environmentally conscious site and landscape design, and providing access to sustainable transportation.

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The project is also significant for the effects of building one example of a sustainable community that will radiate into the rest of the campus and all future construction on the site. This is an approach any university can take in the present day, since although large portions of most Universities were built over 50 years ago, and fail to utilize any current sustainability methods- they can still find ecological ways to add new sustainable projects to universities without necessarily having to tare down historic buildings.

The West Village community is also a new approach to residential urban planning on a University Campus. The project utilizes mixed use construction as it combines student housing with faculty quarters, retail and service space, restaurants, and research / development buildings. It’s a revolutionary concept, as University campus layout tends to greatly segregate each of these functions.

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Projects such as UC Davis West Village will provide a new standard for Universities all over the United States, as we figure out how to treat our historic buildings while gradually developing campuses to become energy efficient and ecological throughout their entirety.

Educating Ethical Design

The Ethical Design Education article is interesting and compliments the Story of Stuff video very nicely. The video, in an organized and simple fashion- walks the viewers through the ideas behind ethical designing, and why its necessary today based off the present consumer culture that rules our lives. A few interesting notes: the idea of a “linear consumption process in a finite world” relates immensely with design. Rather than think of producing designs that respond to a single dimension of ‘need’, we should consider the life-cycle of everything involved. Also the entire concept of consumer culture as a primary function of humans in the 21st century blew my mind. It’s so true: we have extinguished our evolutionary role to reproduce (the world is technically over-populated) and our new role as humans is to perpetuate the buy / spend cycle. This coincides with ideas from the article, in that we need to reestablish our ethical role to our world and offspring. The article plainly defines this as “ethical to choose fresh water, clean air, nutritious food- the bounties our home planet provides for us – and safeguard these for future generations.” The article also states that “acting on our obligation to our human family can result in rewards far beyond our expectations”. This concept is extremely important and can be elaborated on. We envision “reward” a lot of the time as a monetary value, or for design, something that simply looks good and is popular among the public spectator, but as part of a solution to this problem a sense of ‘value’ needs to be redefined in terms of its ethical impact on the world.

Discussion Questions:

1. As a designer, this weeks material resonates highly with me. I quite often find myself pissed off and admitting that it’s the wrong time-period to be an architect. Everything is so economically driven! I currently work at a landscaping / pool design firm in town (I won’t name names), and the entire design process is so grueling – the client wants a pool for AS CHEAP AS HUMANLY POSSIBLE, while we do everything we can to make a maximum profit. This system has nothing to do with design ethics at all and I’m not exactly chomping at the bit to go find another job that does the same thing on a larger scale. I feel, the entire architect / design profession needs to be reevaluated.

A lot of viable guidelines can be extracted from this weeks material. As I mentioned above, the article defines design ethics as using fresh “bounties of our home planet” while ensuring its survival for future generations. This is addressed in the video as well as – paying more attention to the complete cycle of production.

2. I think the website holds true to its mission. The first thing I thought when considering how change could be implemented is: designers everywhere need to feel a sense of belonging to a new and different phenomenon. It’s a change that we’re not going to find in the modern workplace. So “The Story of Stuff” website accomplishes this implementation, starting from the home page. It’s design isn’t bad… I think they could definitely start getting away from the whole cartoon-vibe, and take their graphics a little more seriously. But its not bad for now. It encourages you to sign up and to instantly get involved with the program: not only with resources to gain education and insight – but also starts you off with “ways to get involved”- with the ChangeMaker Quiz. This is a step in the right direction for sure- but it needs to be taken further. A program like this could integrate into universities, or even the professional sphere as soon as someone catches on to its importance. I think once this initiative finds a way to involve the real world beyond a simple e-newsletter or interactive quiz, it will be well on its way. For example- they could put together some kind of award to give sustainable buildings or products (similar to L.E.E.D. Awards – but this would be for any kind of design product that addresses all the dimensions of its presence in the world.

Response by Henry:

I enjoyed you saying,

 I think once this initiative finds a way to involve the real world beyond a simple e-newsletter or interactive quiz, it will be well on its way.”

This is EXACTLY how I felt about the website. The ideas being presented were great, the formate wasnt all that bad, but who were they trying to talk to. It seemed that the only people posting were individuals like us who were aware of the problem and wanted to fin more. They were just preaching to the choir. It did a terrible job of trying to spread the word to people not in the know. They need to do a better job breaking from this bubble. But how?

I would be interested to see (maybe your blog post for Monday) what you think would be am effective means of spreading the word out into the “real” world. You mention universities, which is a great start. But what about facebook, twitter? How can they get more people to open there eyes to the problem at hand.

Response by Andrew:

I liked your point of view of the website, even though it was quite different from mine. I too think the layout and quiz are great but I just felt like it was plain, and not very visually apealing and thats what I focused my post on. I just saying how I found it interesting how you were able to note all the good things about the site while I mostly focused on what in my opinion needed improvments. I also agree with Henry’s responce, I think that they should implement social networks into their website to get the visitors to the site sharing the ideas. What about having a Pintrest account where people can post pictures of how they are helping. Or a twitter where they can tweet what they are doing to help and see who is doing the same things. And this one might be a little bit of a long shot but, a game? They have to find all the reusable parts in places? I don’t know something like that.

Response by Barry:

When would you say the right time to be a designer was?  I don’t disagree that this the wrong time, I’m just asking the question.  I don’t know.  Some interesting things are happening.  I think 3d printing is going to be a revolution.  With it being an additive process, it should eventually decrease how much we waste.  I don’ think its impact can be overstated.  That said, I don’t think it’ll reverse the attitude that you’re lamenting.  We’ll just have to build things cheaper with less fee.

Which leads me to something I do care deeply about:  beautiful spaces.  If designers can maintain their status as technicians, while enhancing their status as artists (creators of meaningful objects/spaces), we may be able to reverse the problems we’re seeing.  We need to tout the intrinsics of the beautiful.  To do that, well, I don’t know.  We’ll, first have to go back to the old fashioned notion that there is such a thing as intrinsics, rightness, goodness, universal ethics.  Kant maintained that aesthetics judgement, understanding of our world, and moral judgement were interrelated.  When designers skimp on aesthetics for the sake of economy, we discredit our mission entirely and reveal our ethical dilemma.  This may have started with modernism, and it certainly existed when Modernism showed it couldn’t fulfill its mission.

 

Case Study: Exo Disaster Relief Structure

For my case study, I wanted to elaborate on the ideas presented in my Citizen Designer post, regarding the Exo disaster relief structure.

 

In 2005 Michael McDaniel was prompted to use all his spare time designing disaster relief structures in the aftermath of Hurricane Katrina. Where (in his words), “people crowd[ed] into the inhumane conditions of the New Orleans Superdome and Houston Astrodome (where families were separated from each other)”

 

 

For more in-depth descriptions and specifications you can go to http://www.reactionhousing.com

Or to see the indiegogo page go here: https://www.indiegogo.com/projects/give-shelter-help-reaction-deploy-housing-for-families-in-need

But for a quick version- the exo design can be constructed in a multitude of environments (on top of asphalt of in a field or pasture). It doesn’t require any special tools or set up instructions- it can be lifted and assembled by four people. It sleeps four people and can be arranged among other pods in a city-like grid, or in clusters to form areas of semi-public out door space. Another important feature is its “coffee-cup” -like design. 15 Exo’s can be transported on a single semi. So that’s 60 people who can be properly sheltered post-disaster per 1 semi truck. Or further broken down, 12 families of 5 per a single semi. The design of the exo itself contains modular elements so it can be easily assembled to be a living room, bedroom, bathroom, office, living space, or storage, as well as modular exterior features that can swap out larger window units if it is sufficient for a particular climate…etc.

This entire project relates to ethical design because the designer behind it all had to take a very different approach to getting his idea implemented. Both government and private corporations were unwilling to work with McDaniel directly, so he took to the internet and made an Indiegogo profile were he raised $25,000 more than his original goal of $50,000 and exo’s are already being shipped around the world. (Currently to disaster ridden areas in Syria)

This example of ethical design in the world provides a model for how design can work in the future, even beyond the scope of disaster or humanitarian architecture. It shows how designers can circumnavigate the system driven primarily by economics and take it upon themselves to initiate projects that they feel are important.

The class’s response was many and mostly positive:

From Barry: That is absolutely fantastic.  How much does one of those cost to make?  It’s amazing how the idea is not really earth shattering.  It’ really simple.  Yet there it is, a total “gamechanger.”  What’s really sad is there are others who probably thought of something like that but didn’t have the “new literacy” to make it happen.

Oh, and two kids is not sustainable.  Think about it.  If everyone had two kids, some of those kids would die.  The birthrate would be well under two.  If you factor in the people who can’t or don’t want to have kids the birthrate would be even lower.  But even if everyone could and wanted to have kids and all of those kids made it to adulthood, there’s still a problem.  The population gets older and older.  Soon you’ll have 1 working person for every 2 retirees.  I’m sure you know that most retirees are not living completely off the money they paid into the system. 

China, Western Europe, and Russia are trying to figure out how to deal with this problem now.
http://business.time.com/2012/10/04/why-the-falling-u-s-birth-rates-are-o-troubling/

From Erik: Yeah, Ive seen these before and they are awesome. There so easily shipped and can be used for a number of purposes making them ideal relief structures. It seems like such an obvious solution that you wonder why hasn’t it been done before, but like Barry said someone else probably had the idea but just couldn’t get it done.

From Fatima: “McDaniel’s idea relates in quite a few points with A Roof for my Country, the NGO I presented in my case study. McDaniel’s trigger was what happened after Hurricane Katrina. A Roof for my Country started with a group of people that sought to find a solution to poverty in Chile and later then in all of Latin America. Both housing ideas are emergency/ temporary housing. Families in a state of calamity, be it a natural disaster or the reality of a third world country can start to form communities with the help of these projects.

The Exo design is certainly much more efficient. It modularity and capacity to change according to the needs of the families is so smart. The houses built in A Roof for my Country come in a kit of parts but still, foundation has to be dug up and this is all done with the help of young volunteers.

Both projects have a lot of thought put on to and I think they are amazing. But I also think that they are focused on different aspects of calamity. What would be interesting would be to see both of these projects come together. McDaniel Exo housing idea could contribute with A Roof for my Country’s idea of creating a community. A Roof for my Country could incorporate some of the design ideas that McDaniel Presents such as modularity.”

From Chloe: “I’d really like to see these implemented somewhere. I think it’s an amazing idea. I love the video you posted last time. Its horrible that implementation is the hardest hurdle for so many great ideas. I really don’t understand why it works like that. I don’t know if you wene to the Eric Cesal lecture last week or not, but hes an Architecture for Humanity guy. He talked a lot about design after natural disasters and how 9 times out of 10 we end up going back to using tents despite all these design competitions. We need someone to really push for design solutions. You should check Eric Cesal out though! Apparently his book is amazing, I have it but I haven’t started yet.”