My role in the Video Project
When the final project was first
announced, we didn't know what topic we wanted to discuss. In our
video. Just before the next class started (a group meeting day) I had
the idea to research and investigate the Digital Divide as it is
manifested on the WSU Pullman campus. During our meeting we discussed
a few general ideas about what we could shoot for our video. I
suggested my idea, and followed up with the idea of breaking it into
three acts to cover the widest range of material possible. The group
seemed to agree, and so we set out to create our video.
Two weeks later, we were beginning to
get interviews lined up. I contacted DTC Faculty Kristen Arola,
Suzanne Anderson, Lynn Gordon and Rebecca Goodrich about interviewing
for our video, along with Academic Media Services and Surplus Stores.
I managed to secure and record interviews with Kristen, Rebecca, and
Surplus Stores. In the end, only the Surplus Stores interview made it
into the final video, due to time constraints.
As we waited to hear back from our
potential interviewees, I created the group website. I already had a
WIX account, so I created and organized the website. I also started
the Twitter and Facebook page (we ended up only using the Twitter
page) to post updates on the progress of our project.
Part of the assignment guidelines
called for a project proposal, complete with a summary of what our
project was about, annotated sources for the group, and individual
annotated sources. By this time we had each others email addresses,
allowing us to communicate more easily. We started a group Google Doc
and we each contributed to it to complete the project proposal. In
this Google Doc, I wrote the thesis statement and the project
summary, and, of course, my individual annotated bibliography. I also
found some of the group bibliography sources, and contributed the
annotation to one or two of them while the other members of the group
found, read, and annotated other sources.
At this point, the project was rolling
along smoothly. We were starting to hear back from our potential
interviewees, and shortly thereafter I was able to interview Rebecca
Goodrich (an interview which did not make the final cut). It was also
around this time that Jordan disappeared for a short while and
Maxwell disappeared for a week (I later learned that an issue came up
that practically immobilized Maxwell for a week). At this point Sam
and I began operating under the assumption that we would possibly be
completing the rest of the project by ourselves. Sam decided to
interview members of his fraternity about their computers, for Act I,
and I was to interview Surplus Stores about E-Waste and myself about
the Linux Operating system for Act III. I already had footage ready
to go for Act II.
Though we were told that we didn't have
to shoulder the burden of our missing classmates, I didn't want them
to be shouldered out the process and thereby have their grades
ruined. I emailed Jordan and Maxwell that night, asking them where
they were. I suggested that they could work together and interview
someone in the Com Department about the Com computer labs, which
would give us insight into two colleges that rely heavily on computer
labs (Jordan and Maxwell are both Com Majors as I understand).
Jordan showed up to the next class and
began working on contacting someone in the Com department, but
Maxwell was still missing. I was to interview Surplus Stores that
Friday, and Maxwell emailed us that night, apologizing and explaining
his absence, while also stating that he was ready to help wherever he
could. I told him to be at the surplus stores the next day so he
could help me interview Mike Campbell of Surplus Stores. Sure enough,
Maxwell arrived, and we started the interview right away.
The interview with surplus went quite
well, and soon we had our first big interview recorded, ready for
editing. We continued interviewing people around campus until we had
all the interviews we thought we needed. It was then time to start
the editing process. Maxwell editied togethe his footage to form Act
II, Jordan editied together Sam's footage to create Act I, and I
edited together the surplus stores footage, the footage of me
interviewing myself about Ubuntu Linux, and the closing footage with
all four of stating what we thought the biggest “digilemmas” on
campus were.
Finally, the three acts were ready for
rendering. I spent an entire two hour lab session on the Com
department being logged onto three computer simultaneously as I
rendered out all three acts at the same time. Once all three acts had
rendered out, I moved to the second open lab where Maxwell and I
compiled the three acts into one final video, rendered the final
video, and uploaded it to Youtube.
There were some issues with the final
upload. Due to confusion with Premiere and due to time constraints,
the video rendered in a lower quality than we would have liked. There
were also a few bugs that we didn't quite figure out in time, such as
the fact that the Act II title card was missing. The video also runs
a bit on the long side, with a run time just under twenty-five
minutes. Yet, we still have entire interviews that did not make the
final cut. We tried our best to give an all-around look at the
Digital Divide on the WSU campus, but I think that we just scratched
the surface of what could be covered. I honestly think that four or
five short documentaries could be made about WSU's Digilemmas. I
suppose that task will have to fall into the hands of future
students.
“My” Digilemmas
When I started working on this project,
I became intrigued with the worldwide dilemmas of E-Waste. I had
never paid much attention to what happens to old electronics when
they are retired and discarded. I remembered noticing a symbol on my
electronic devices advising me not to throw them away in the trash
can when I was done using them, but I had never given the idea much
thought. I just remember thinking “well if you can't throw them
away there, then how do you get rid of them?”
I first became interested in the
E-Waste problem as I created my “What is Digital Culture”
Pintrest board for class. I focused my board on the life-cycle of
digital technology. I started with the invention and innovation of
new technology, followed by the mass production on digital devices (a
process fraught with problems and nearly slave-like working
conditions). I then focused on the excitement of getting the newest
gadget (unboxing videos, anyone?), followed by the more geeky option
of re-purposing older machines. Finally, I had to discover and face
the reality of what happens to old computer technology when it is
useless for anything other than scrap. The discoveries I made shocked
me and led me to more critically analyze (and become more disgusted
with) the ravenous habit that first-world countries have made of
throwing away their digital devices as soon as the “newest model”
is released.
Long story short, more often than not,
scrap computers, collectively known as “E-Waste” is illegally
shipped overseas to third-world countries where dangerous, unhealthy
techniques are used to recover the valuable components from these
computers. Scrap wire often has its insulation burned off, allowing
the copper to be salvaged, but also releasing toxic fumes into the
air. Meanwhile, computer parts that cannot be re-used are left strewn
about the scrapyard, leaching toxic chemicals into the ground and
nearby streams and rivers.
According to the many academic sources
that I read, there is yet no good, clean system in place for
recycling E-Waste. The sources seemed hopeful that such technology
would be developed soon, but stated that, in the meantime, there is
no good option.
With this rather bleak mindset, I
decided to contact Washington State University Surplus Stores. I had
visited the Surplus Stores a couple times before, as I love finding
cool old stuff for sale at low prices. I recalled seeing bales of old
gutted computer towers outside the Surplus Stores building in my
previous visits, so I decided to ask if there was anyone there that I
could interview about the process of scrapping old computers. I
received a positive response from Mike Campbell of Surplus Stores,
and within a few weeks I was on my way to the Surplus Stores
warehouse to conduct an interview.
I went into the interview expecting to
hear the same doom and gloom that I had found in my academic sources.
I came away, however, with much more positive outlook on the E-Waste
recycling process.
While Surplus Stores does rebuild and
resell some of the retired University computers that arrive daily at
the warehouse, many of them are considered too old or not worth the
effort of repairing and reselling. These machines are dismantled for
their scrap value. Mr. Campbell explained that they work with
recyclers of the West Coast who have the systems in place to
efficiently extract the valuable components of the scrap computers.
Surplus Stores sells the printed circuit boards to the scrappers,
and, as of this month, Surplus Stores will receive three dollars per
pound for scrap PCBs. Meanwhile, Surplus Stores has to pay to scrap
older plastic computer cases due to a non-recyclable flame retardant
in the plastic, but the income from the scrap PCBs helps to fund the
disposal of the older plastic cases.
After a computer tower has been gutted,
hard drives can be destroyed in a crusher to make any data stored on
them irrecoverable, and the empty tower shells are bailed and sent to
a scrapper.
I was amazed when I saw how thorough
the process was for scrapping and recycling E-Waste at Surplus
Stores. Mr. Campell claimed that the operation was almost 100% green,
and I have to agree with him. It seems that Washington State
University Surplus Stores has done what many of the academic authors
considered impossible. I came away from the interview realizing that
recycling E-Waste in a green manner was achievable after all. I also
realized that I would have to rethink what the biggest “digilemma”
on campus was. Recycling the University's E-Waste, it seems, was the
thing to be least concerned about.
I continued to try to schedule other
interviews. Three interviews fell through, but the stars aligned and
I was able to interview Kristen Arola, the head of the DTC
department. In my interview with Kristin, we discussed the importance
of student access to the hardware and software that students need to
complete their assignments. Kristen confirmed my suspicion that there
are students out there who cannot afford to buy the computer hardware
and software that they need who also do not have access to campus
computer labs which have that hardware and software. At first, I
thought of this as a rather small problem. Little did I realize that
I would later find this problem, the dilemma of students not having
the resources they need to complete their digital homework, to be one
of the biggest “digilemmas” on campus.
As we finished shooting our footage, we
decided to start editing it together. It was around this time that I
realzied the DTC 475, the pinnacle class of the DTC major which
required creating a 15 minute documentary video, did not provide
access to a single computer lab on campus. Fortunately, myself and
two of my group members were taking classes in the Communications
department, and so we had access to the computer labs there for a few
hours a day. The labs were fairly small, but, thankfully, also fairly
empty. During the editing process, I had to log in and work on three
separate computers at once. I would edit footage on one machine while
the other two slowly rendered out finalized video to the server. It
was a slow process, but it worked. It also would have nearly
impossible to do on my 2006 Dell running Ubuntu 12.04, a version of a
Linux.
Towards the end of the project, I
interviewed myself about the benefits of Linux, specifically the
Ubuntu operating system, and how I wished that more people knew about
this free software that could breathe new life into older computers
and make them usable for a few more years. I have used Ubuntu nearly
exclusively for my own computers for the past four years, and have
been very pleased with it.
Even this paper that I am typing now is
being created using the free, open source LibreOffice office software
suite on a five-year old netbook that is running Ubuntu 12.04.
Without this free, more effcient software, this computer would have
been obsolete at least two years ago. However, the newer software has
kept the computer usable in today's tech world for a few extra years.
In my interviews with Rebcecca Goodrich
and Kristin Arola, we discussed the possibilities of expanding the
use of open source software on campus, both through promoting its use
on students' personal computers and in campus computer labs. I began
to wonder if this would become the biggest issue, the biggest
“digilemma” on campus that would need to be resolved.
The next week, our group finally had
all of the footage we needed to complete our project. Maxwell and I
began spending time in the Communications labs, editing our raw
footage and assembling the final video. It was during this time that
I discovered “my” digilemma.
Maxwell, Jordan, and I all had access
to the Communications lab and the servers because we were enrolled in
Communications classes. The class we were creating this video for,
however, was not in the Communications College. In fact, this class,
which required a 15 minute collaborative video as part of the final
project, did not provide access to a computer lab for its students. I
found this rather illogical, as DTC/AMST 475 is the competitive
entry, pinnacle class of the Digital Technology and Culture major.
How, then, do 475 students not qualify for the use of a computer lab?
This, then, is what I find to be the biggest digilemma on campus, the
biggest problem related to the digital divide on the Pullman campus
of Washington State University.
During the editing process, I watched
some of Maxwell's footage in which he interviewed the camputer lab
technician for the Communications Department. I found it rather sad
and disconcerting how, in the interview, the lab technician spoke of
how he predicted the University would downsize and perhaps eliminate
the computer labs rather than bringing them up to better, more
fitting standards. I found this mentality rather depressing. Unless
computer technology manages to hit a plateau and stagnate for awhile,
computers that are up to the task of performing digital media
creation the with latest software are not going to come down in
price, and neither will the software needed to “stay current”
with what is being used in the real world.
So, what then is to be done? How can a
student keep up in the computer world where expensive new machine and
expensive new software is needed every few years. I think, first of
all, we need to look at why we replace our computers. Often, we
replace them because they break down, which points to lousy, cheap
manufacturing. Well-built machines should be able to be used for 100
years, even if no one is commonly using them anymore. However, many
computers are simply retired because they are no longer “up to
date”, or are “no longer supported”, which simply means that no
company is interested
in maintaining infrastructure that
allows older but functioning machines to continue to operate. Of
course, open source software and operating systems will often allow
older machines to operate several years after mainstream commercial
systems would have considered them “useless”. Why, then, do not
more people use these systems? I think that people are reluctant to
try extending their computer's life-span for two reasons.
The first reason is that people are
unwilling to try something that is unfamiliar to them. They have
never used Linux, or they have heard that is only a thing that geeks
use, so they don't want to even try it. They dismiss it without ever
even trying it, a choice that ends up being an expensive and wasteful
descision.
The second reason is that people have
tricked into thinking that their new computer is actually better than
their old one. They spend most of their money on buying that “cool
factor” when they purchase a new machine, which will be outdated by
manufacturers standards within a few years, just like their old one.
They are a caught in the cycle that the manufacturer wants them to be
caught in, and will forever be buying new machines and new software
because the manufacturers want them to.
I think that if more people tried open
source software, that the tech world could change for the better.
Systems could be put in place to allow older computers to continue to
function, despite their years. Open source software could be utilized
in campus computer labs, cutting computer lab costs and making more
computers available for students to use. Eventually, open source
software may find its way to the “real world” where it could be
used alongside or, depending on the company's needs, in place of
expensive programs like the Adobe Suite.
This, then, is the biggest digilemma on
campus. The University is unwilling to try open source software which
could be put in place for a very low cost, which, in turn, would
allow computer labs to be maintained and perhaps even expanded at a
lower cost, thereby allowing students more access to the computer
resources that they need to complete homework assignments and both
become and remain competitive in both their college education and the
real world.