Over the weekend, I added new pages under the Teaching menu option for the courses that I have taught, am teaching, and will teach. Each course page includes descriptions, syllabi, and assignments arranged chronologically by school:
If any of these materials might be useful to your course and assignment design, please feel free to adopt or modify as needed.
While assembling these pages, I discovered that some assignments and supporting materials were missing. Of course, it is best pedagogical practice to reflect and archive these kinds of materials for reference, improvement, and growth.
This afternoon, I participated in an online reunion with my colleagues at Georgia Tech–Nirmal Trivedi, Pete Rorabaugh, Andy Frazee, and Clay Fenlason–about the first-year reading program, Project One.
During the conversation, I thought of this idea for aggregating student online work in a database and presenting student work through a website.
This builds on Pete’s ideas about dispersed exploration and fragmented student artifactual creation. So, if we have our students working online using any service, platform, or software, how can we bring their work together so that we can see and more importantly, they can see how their work fits together with the work of others? We can build a simple website that collects information (a URL, a brief, optional description, tags, and an affirmation that the content linked belongs to the student and is legal), generates a rendered image of the content, and presents those images as thumbnails with the collected information on a visually dynamic website that supports different ways of arranging aggregated content (by date, by dominant color, by tags, etc.). Beyond making these aggregated student artifacts available through the presentation website, the archive of rendered images and supporting metadata can be dispersed once the project is over (dispersing the archive–an idea I received from a conversation with Bob Stein of The Future of the Book project).
The image that leads this post illustrates my idea:
Students login to a collection site with Active Directory (no new account needed). The collection website asks for the URL to the student’s work anywhere publicly available online, a brief description (not required–move this down the page and elevate tags), content tags or keywords (required), and a commitment that the content belongs to the student and is legal. The student’s name is automatically associated with the content after logging into the site with Active Directory.
A service running on the site creates a JPG or PNG image of the rendered website URL supplied by the student, which is added to their content’s entry in the aggregation database. The site’s backend takes the URL, loads the URL in webkit, and captures the rendered page as JPG or PNG. CutyCapt does this kind of work.
On the public-facing side of the aggregation website, the students’ work is presented in either a grid of images (with ordering options based on dominant color, date of publication, tags) or a word cloud of tags (which can be clicked revealing the artifact thumbnails associated with that tag). Other possibilities can be concurrence between tags–visually depicting links between different tags, etc. On the visual presentation of artifacts, the square thumbnails enlarge as the user mouseovers each thumbnail to reveal a larger preview of the content, description, tags, student name, etc. (think of Mac OS X’s dock animation). There are lots of different ways to use visualization techniques and technologies to make the presentation of student work interesting, engaging, and layered with additional meaning and context.
Finally, after the project is completed, the archive of student work exists online on the website and distributed among the students on flash drives. The content can be in directories for each aggregated student project, or a Java app that recreates the functionality of the website (or Java can be used on the presentation site, too–the website connects to an online database and the thumb drive version connects to the local database).
Before closing out the last class that I would teach at Georgia Tech as a Brittain Fellow, I brought a great big container of LEGO bricks to class for my students to explore and enjoy thinking about science fiction with haptics. As I had done last year, I invited my students to think of something from their experience of science fiction that emblematized what science fiction means to them. Put another way, I asked them to build a model of the thing that first comes to mind when they think of science fiction. It could be a robot, blaster, rocket, cyborg, computer, spaceship, etc. Whatever it was, I wanted them to use the available bricks to build an approximation of the thing, present their model to the class, and explain its provenance. I would add to each presentation of a LEGO MOC (my own creation) with additional SF examples and historical relevances.
The challenge to this assignment was that 2/3 of the class were taking the course remotely online. While I invited students to build something and share it on Twitter, few did or were able to do so before class that day. One online student joined us for the on-campus class, which added one more student to the mix and was much appreciated by me and his peers.
After giving instructions and discussing haptics, I gave the students about 25 minutes to find bricks and build their models.
Then, students were invited to come to the front of the class, place their model under the document camera for the benefit of online students, and tell us about their creation and its inspiration to them.
I was proud of the creations and connections that my students made during this end-of-semester exercise. Despite a number of same types of SF emblems (air/spacecraft), each student assumed a different approach and had different points of origin for their inspiration. Also, no two models were alike. Each one is a expression of the individual using a three-dimensional modeling art and design form–LEGO.
Besides drawing on different kinds and ways of thinking for this exercise, I know from students comments that they appreciated having a creative outlet in the class beyond their analytical final papers, which are creative in other ways (argumentation, research, prose writing, professional formatting/design, etc.).
Some of them choose to keep their models while others let me keep their models to show future students.
Finally, my Science Fiction class would not have been possible without the technical support of Ted Skirvin, who worked with me to use the affordances of the room with my teaching style while accommodating the needs of online students.
My Power Macintosh 8500 was in very good shape, but like many vintage computers with persistent clocks, it needed a new lithium battery.
I replaced the battery, installed Mac OS 7.5.5, a number of different software titles (including Apple’s Plaintalk Speech Recognition–I threw in a Plaintalk powered microphone, Project X/Hot Sauce, and Cyberdog). I discovered that the plastic inside the case did not age well. The PowerMac 8500 has a lot of plastic components that are held together with flexible tabs or clips. When I applied a small amoung of pressure on the tip of these clips to release them, most of them would break. Luckily, the case ties together very well, so I only had to piece some parts back together with clear tape (the power button/light assembly) and metal duct tape (one drive plate cover on the front of the case). To help dissipate heat, I added a rear slot fan made by Antec.
I made a video demoing the finalized system, which I’m including embedded below (I apologize for the flicker, but my digital camera doesn’t have enough adjustment features to match the refresh rate on the Apple 14″ Color Display).
In addition to the Power Macintosh 8500, I gave the Archives a box full of software and late-1990s/early-2000s video games for Macintosh. These might help facilitate more connections around campus (Computer Science, Media Studies, and Game Studies).
As I’m leaving soon for City Tech, I believe that we can do more together in our work with vintage computing. I floated the idea of a symposium, conference, or some other kind of connected project. Also, from what little I have learned so far, there’s a lot of investment and interest in computer technology in NYC (and Brooklyn in particular). I am looking forward to making new connections with others studying retrocomputing and New Media. I know that many opportunities await.
I met with Department Head Jody Lloyd Thompson and Digital Collections Archivist Wendy Hagenmaier to setup the three computers and talk about each machine’s provenance and current operation. We set the computers up on the right side as you enter the Georgia Tech Library Archives. This is a temporary location as the Archives makes plans for their use in Archives for the time being and possibly more in the future as part of the on-going Georgia Tech Library renovation project.
From my personal collection–which I am having to cull before moving to Brooklyn for my new job at City Tech, I donated three computers: an Apple Performa 550 (1994), Apple iMac (1999), and Dell Dimension 4100 (2001). Before donating the computers, I refurbished each to be in as factory-fresh condition as possible.
For the Peforma 550, I installed a PDS ethernet NIC and replaced the SCSI hard drive with one that was less noisy than its original one. Then, I installed Mac OS 7.6.1 and some software including the AfterDark Star Trek: The Next Generation screensaver and ClarisWorks, and utilities for working with files and disk images.
For the slot-loading, DV iMac, I replaced the motherboard battery and performed a fresh install of Mac OS 9.2.1. The optical drive suffers from a weak ejection mechanism. I made sure that the bottom plastic bezel fit properly, but reseated it had no effect on improving the drive’s ability to eject discs correctly. I warned the librarians about this, and recommended buying an external, Firewire optical drive and using the paperclip ejection method in the meantime.
For the Dell Dimension 4100, I installed a 3Com NIC donated by Mark Warbington. I installed Windows 98 Second Edition and painstakingly installed the drivers for the components in the Dell (this was a laborious process, because despite having the Service Tag number, some recommended drivers did not work on all of the components).
I provided two sets of speakers–one for the Performa 550 (it’s internal speakers had stopped working about a year ago) and one for the Dell Dimension 4100. In the event of future hardware problems, I gave them spare AGP video cards, optical drives, a 3.5″ floppy disk drive.
Also, I gave them some spare motherboards, controller cards, and hard drives that might be useful for displays in the Library.
The Georgia Tech Library Archives have big plans for making digital archival work and learning an integral component of what they do. If you have functional and working computer hardware or software, you should consider donating it to the Georgia Tech Library Archives, or if you have technical skills for working on older hardware and software, you can donate your expertise and time, too. Contact Jody and Wendy by email or phone here: Georgia Tech Library Archives contact information here.
UPDATE: I made these four Google Glass videos while working on the iMac DV:
If you’re in the area tomorrow, you can catch my talk on teaching science fiction at Georgia Tech at the Atlanta Science Fiction Society meeting at the Sandy Springs Fulton County Library (395 Mount Vernon Hwy NE, Sandy Springs, GA). The meeting begins at 2:30PM, and my talk should begin around 3:30PM. I will bring copies of this handout to the meeting. My talk with focus on the history of teaching SF at Tech, my historical approach to teaching SF, and my emphasis on using SF as a way to develop student literacies in writing, new media, and haptics.
I’m incredibly stoked to join the City Tech team. I’m looking forward to working with students, colleagues, and the surrounding community.
While I’m sad to be leaving Georgia Tech and the Marion L. Brittain Postdoctoral Program two years into my three year term, I could not pass up the chance to work with students and colleagues at City Tech. It is the kind of college where I believe that I can make great contributions to its learning environment, support its operation through service, collaborate with top notch colleagues, and contribute to my discipline through scholarship, and work with the New York City community that I will join.
Even though I am looking forward to the future, I have a number of things to conclude here in Atlanta before I leave: I am teaching Science Fiction at Georgia Tech through the end of July, I am giving a presentation on teaching Science Fiction at this weekend’s Atlanta Science Fiction Society meeting, I am completing the curriculum guide for Georgia Tech’s Project One (formerly, First Year Reading Program), and I am working with the Georgia Tech Library Archives to inaugurate their Retrocomputing Lab.
Y and I have a lot of practical matters to attend to as well: finding a new place to live, listing our house in Norcross for sale, moving to New York with our piano and two cats, and saying our goodbyes to family and friends.
I look forward to new students, friends, colleagues, possibilities, and opportunities in our new city!