Thursday, August 13, 2009
The Androgynous Collaborator
Saturday, August 8, 2009
Email.
The Selfe article was an interesting read, as it dealt with the effects of consensus in a group as well as the role of pseudonyms on online collaboration. The bulk of the article seemed to highlight the power struggles between men and women in face-to-face collaboration as well as online conversations. While that matter does not seem to be of any importance in the four student emails, the matter itself is quite important and interesting nevertheless.
The email from S was basically a long angry rant. Aside from the distracting writing errors, the email itself was a long drawn-out declaration of how S had been wronged, and trying to defend their self. It was like a personal journal entry.
The email from A was somewhat shy and liberating to the writer apparently. The writer seems to feel like the problems with the group are troubling, but not something that the writer should have to deal with to try to solve. The use of the word “tolerance” says a lot about this writer.
The email from W was just a long narrative of what happened. The professor must have fallen asleep trying to read this! It was funny to read W. speaking of having no time to waste, when this email was the longest out of the four. W has good ideas, but this email is not effective in bringing those ideas out. It was just a long play by play of the group’s troubles.
The email from K was by far the better of the four. It was short but informative. The email was not a personal defense or rant about the toils of collaborating with the others. K brings in good ideas, and presents questions to the professor in hopes of getting genuine help.
Email 1:
Morning Gordon!
Thank you for sending the images and memo draft! I have put
four final images on the memo. All we need to include are
our reflections, and I'll send it all in one form.
Happily awaiting your reflection,
Heidi Pak
Most of my emails this semester were short. I thin this email was effective because it was brief but did not leave out any important information. I believe I was clear, friendly, and overall effective.
Email 2:
Hey Sharon and Melanie,
I have just uploaded my letter on blogger as well.
As for a "schedule", I am not certain 100% as to how this
assignment is working.
Are we going to collaborate and submit a copy that is based
off all three of ours?
I think we should definitely try to turn in the copy (if
that is what it's supposed to be?) as quickly as possible.
Cheers,
Heidi Pak
This email was short as well. I think I could have explained my confusion with the assignment and questions out a bit more thoroughly. My email was also not decisive, but I would justify myself with the uncertainties with the project guidelines.
Email 3:
Krystal,
I read through your revisions, and liked how you got rid of
a lot of the filler. I just changed a few words according
to Beth's suggestions. I still feel like the memo needs
more technical information, but seeing that Beth hasn't
called it an issue, I think we're good on those details.
I think a shorter memo is key in this situation.
- Heidi
This short email was effective I believe, because it was clear. I presented what changes I made, and clarified as to the reasons why.
Monday, August 3, 2009
Response to Burnett & Anderson Readings
Monday, July 20, 2009
Challenger Memo - Team Revised Draft 1 w/ Paragraph
TO: Distribution - Engineering and Managerial Services, National Air and Space Administration, Marshall Space Flight Center, Morton Thiokol, Inc.
FROM: Krystal Miarecki & Heidi Pak
SUBJECT: URGENT: Avoiding Disaster on STS 51-L (Challenger Shuttle) Mission
In regards to STS 51-L (Challenger Shuttle), we have identified a design problem with the SRM O-rings that, if not addressed, could result in a fatal mission.
Solid Rocket Boosters (SRBs) are relatively new technology to us, as opposed to liquid-fueled systems. As the Challenger will be the first astronaut-manned mission using SRBs, we cannot take any risks.
The problem we have run across lies in the O-rings. At launch, the O-rings will lose their original shape due to motor pressurization. While it is in the nature of the O-rings to return to its original shape, we have found that there are milliseconds in between the transformation of the O-rings that determine system failure or success.
Furthermore, we have discovered that temperature affects the rate at which O-rings return to their original shape. After numerous tests, we found that field joint secondary seals lifted off metal surface under the following conditions: 1) at 75° F lost contact for 2.4 seconds; and 2) at 50° F lost contact without re-establishing. With our launch deadline set for January 27th, the temperatures have very little chance of being above 50 degrees.
When dealing with extremely sensitive materials that determine success or failure in milliseconds, it is unethical to gamble with the seven astronauts' lives and the reputations of our three organizations. Therefore, I urge the managers to consider postponing the launch date until further research is conducted and safe launching temperature has been reached.
As funding is tight and deadlines are crucial, a public statement must be released regarding the crucial need for more research into the technology behind the O-rings, as well as supporting statements as to why we are relying on SRB versus liquid-fueled systems.
Thank you for your attention and consideration.
With both our original memos, the direction we would be heading was pretty clear. Krystal had the technical details down, and I had more of a people-friendly structure. Taking both our memos stronger points, we combined the memo into a manner that emphasized details and tone of urgency. The task itself was pretty simple, and the produced memo is pretty solid in my opinion.
Thursday, July 16, 2009
NASA - Memo 1
TO: NASA
FROM: Heidi Pak
SUBJECT: Avoiding Disasters
In regards to STS 51-L, more commonly known as the Challenger Shuttle, there is a dangerous design problem that can become fatal.
Solid Rocket Boosters (SRB) are relatively new technology to us, as opposed to liquid-fueled systems. As the Challenger will be the first astronaut-manned mission using SRB, we cannot take any risks.
The problem we have run across lies in the O-rings. At launch, the O-rings will lose its original shape due to the pressures. However, it is in the nature of the O-rings to return to their original shapes. After numerous tests, we have found that there are milliseconds in between this transformation of the O-rings, that determine system failure or success.
O-rings return to their original shapes quicker in warmer temperatures, as opposed to colder ones. With our launch deadline set for January 28, the temperatures have very little chance of being above 50 degrees. When dealing with extremely sensitive materials that determine success or failure in milliseconds, it is unethical to gamble with the seven astronauts' lives and the reputations of our three organizations.
I urge the managers to consider a launch date further into the year, when temperatures outside can be reliably predicted.
As funding is tight and deadlines are crucial, a public statement must be released regarding the crucial need for more research into the technology behind the O-rings, as well as supporting statements as to why we are relying on SRB versus liquid-fueled systems.
Thank you for your attention and consideration.
Wednesday, July 8, 2009
Recommendation Letter - Analysis
Tuesday, June 30, 2009
Recommendation Letter (Draft 1)
Monday, June 22, 2009
Successful Collaboration
Thursday, June 18, 2009
"The Concept of Authorship" - Ede & Lunsford [Accompanying Illustration Suggestions]
1. "Inspiration of St. Matthew" - Caravaggio


Friday, June 12, 2009
Paper Toy - Assessment

The activity we were assigned, was the Paper Toy.