Digital Stories to study Instructional Design Models

A new semester is upon us and the university is buzzing with excitement!

This semester I am teaching two courses: (1) our program’s introductory Instructional Design & Technology course, and (2) a PhD level course on Design-Based Research.

Last year, I shared my Instructional Design & Technology syllabus. This year, I thought I would share a more involved description of one of my activities with you. The goal of this activity is to engage students in investigating various instructional design models through developing a digital story, and comparing and contrasting various models through discussion with each other. Part of the activity occurs on an online discussion board, but it’s easy to adapt it for face-to-face courses as well. A description (and a link to a pdf version of the activity) can be found below. Enjoy!

Exploring Instructional Design Models: An activity for introductory Instructional Design courses

Dr. George Veletsianos (https://www.veletsianos.com); University of Texas at Austin

Students are assigned to online discussion groups (three or four students per group). They each select an ID model other than Dick and Carey, create a digital story about their model, describe how the models differs from Dick and Carey, and discuss their findings with each other. The reason that students pick a model other than Dick & Carey is because Dick & Carey was the model used in this particular course. This activity can be implemented with any other model used as a core ID model.

Individually, students:

  • Study an alternative ID model,
  • Develop a digital story explaining the ID model and its focus,
  • Write a one paragraph description (about 300 words) explaining the ways the model they selected differs from Dick and Carey.
  • Share the story and the paragraph within the group that they were assigned, and
  • post two comments on 2 alternative models shared within their own group

How do I choose an ID model to study?

One way to go about this is to visit the library and look for books on ID. Another way is to search the web for instructional design models and find one that appears interesting to you.

A list of instructional design models can be found at http://carbon.ucdenver.edu/~mryder/itc/idmodels.html or http://www.instructionaldesign.org/models/index.html

Skim through these and select one. You might choose one that appears similar to Dick and Carey or one that is quite divergent from it. Spend some time reading about this model. Consider what it focuses on and figure out how to explain it to others using a digital story.

What is a digital story?

In short Digital Storytelling is the practice of using Internet tools to tell stories. In this case, you are creating and telling the story of an ID model. Next, you might want to look at the tools that you can use to develop your story. I would like you to use tools that would make the process both challenging and fun. For instance, look at this page http://cogdogroo.wikispaces.com/StoryTools and look at the comic/sketch tools on there. A few more tools that would be fun are:

http://www.xtranormal.com/

http://www.makebeliefscomix.com/

http://www.pixton.com/

(or any others that you find and you think would help you get your story/ID model description across)

Once you create the story you should share it within your group (either by uploading a screenshot of the comic along with the paragraph, or by posting a link to it in your group along with the paragraph).

The next step is to look at your colleagues’ postings, explore their model through their story, and post 2 comments on their models (1 on each model).

This activity is shared under the following Creative Commons license:
Attribution-NonCommercial-ShareAlike 3.0 Unported (CC BY-NC-SA 3.0)
http://creativecommons.org/licenses/by-nc-sa/3.0/

Online social networks in scholarly work

Online social networks in scholarly work (in Greek) – Διαδικτυακά «εργαστήρια» της έρευνας

Digital Scholarship Practices: Fellowship post #4

This is post #4 of my StellarNet Fellowship (see posts 1, 2, and 3). The purpose is to examine practices undertaken by academics and educators in networked publics. These practices fall under the general heading of “digital scholarship” and these individuals have been called “digital scholars” or “open scholars.”

I am preparing to leave Cyprus, and this is  my final fellowship entry. In this short entry, I’d like to discuss the spaces in which digital scholarship is becoming visible and what this visibility means for expertise and impressions. On the one hand, we have seen an increase in specialized technology tools targeting scholars. For instance, here is my academia.edu profile and my mendeley profile. On the other hand, we have seen general purpose tools that have been appropriated by academics and used in ways that further their teaching and research. Examples include such spaces as Facebook and Twitter (e.g., #PhDchat), but also YouTube, personal blogs, and iTunes. Some examples of open activities taking place in these spaces include:

  • – Book and manuscript authoring in public (while sharing ongoing drafts). This includes both individuals who have earned their PhDs, but also individuals who are working on their PhDs and are using online spaces to reflect and network on PhD-related topics.
  • – Debates on issues pertaining to theory and research
  • – Crowdsourcing videos, thoughts, solutions to problems
  • – Sharing clips from classroom teaching

These activities contrast to academic notions of expertise. While experts are sometimes perceived to be those individuals who “have the answers,” the experts that I have been following are willing to share drafts of their work in public and work through the issues that they are studying with the help of others. The trails that they leave on the web show may show how their thinking and work developed and improved over time; yet, individuals who are not immersed in this culture have often asked me: “How would others perceive me and my work, if they just happen to see my blog entry from June 2010 and nothing else, when in June 2010 I was just starting work in this area?”  That is a valid concern; and perhaps one that may be felt more by those who are just beginning their career or those who do not have a wide and persistent following. In the world of the open web, it’s not just our activities that matter, but also how our activities are perceived by others. To this extent, the scholars that I’ve been following have not only been sharing content, but they are also seeking to manage the impressions of others. Furthermore, activities aimed at impression management are undertaken not just on content that the individual posts, but also on content that others post. For example, in the words of a participant from a related project, “it’s my facebook wall, and if you write something I don’t like, I’m going to delete it.” It’s becoming increasingly clear I think, that participation in these communities (a) assists academics in improving their work (e.g., by receiving feedback on drafts), (b) enables them to become part of various academic subcultures, and (c) is used by academics as a way to further their career and their position. One may question why item C matters. Reasons for sharing matter because an understanding of these reasons will allow us to gain a better sense of how and why online social networks are used in the ways that they are. Such an understanding aligns with recent calls for educational technology research to investigate the social, political, cultural and economic factors that influence technology use and non-use (e.g., see Selwyn, 2010).

That is all for now, but if you are interested stay tuned. I’ll be sharing a longer draft of this work soon. In the meantime, if you have questions, please feel free to post them!

References

Selwyn, N. (2010). Looking beyond learning: notes towards the critical study of educational technology. Journal of Computer Assisted Learning, 26(1), 65-73.

Ethics of Doing Research in Online Networks: Fellowship post #3

This is post #3 of my summer Fellowship. The purpose is to examine practices undertaken by academics and educators in networked publics. These practices fall under the general heading of “digital scholarship” and these individuals have been called “digital scholars” or “open scholars.”

Though research in online spaces is gaining increasing acceptance, it has also gained notoriety recently. A story in the Chronicle of Higher Education last week raised ethical concerns about a Harvard study that included about 1,700 Facebook profiles as its data source. The sticking point was the use of data that should have been private, but was considered public.

Online research involving public data (like the one I am conducting for my Fellowship) is becoming increasingly common. The question becomes, what is public and what is private? Can researchers treat all information posted online as public? If it’s public, is consent to use that information for research purposes still required? Offices of Research Support have adopted policies guiding researchers to the ethical use of public data (though as you will see below, these policies do not fit all molds). My institution’s Review Board for example states that the following does not constitute Human Subjects Research:

Public and/or published data sets, accessible without restriction (e.g., password not needed*), and containing readily identifiable information and where individuals can reasonably expect this information to be available to the public (examples include letters to the editor, blogs) (source)

As such, research involving information posted publicly (e.g. on Twitter, YouTube, etc) can be used for research purposes without informed consent. The problem with the Harvard case was that the individuals mining the data were accessing data that were restricted (i.e. not public), and thus should not have been used without first securing informed consent.

The more difficult questions that I’ve been grappling with in my use of public data for research purposes are the following:

  • Let’s assume I have a public twitter account, a researcher downloads a set of status updates for analysis, and I later delete those posts. Does that mean that the researcher can no longer can use it in his/her research? Does that mean that I have “withdrawn my participation”? Or is the data still considered “public” just by virtue of it being public at one point in time?
  • Consider the case where my profile is private and someone whose profile is public re-tweets one of my status updates. Can a researcher archive the public re-tweet and use it in his/her research, even though the tweet originated from a non-public account?

These are important questions to consider. Both academics and students need to equip themselves with a greater understanding of their rights and responsibilities when conducting research in online spaces such as social networking sites.

As far as my data sets are concerned, I’ve gone at great lengths to anonymize and de-identify them (e.g., by rewriting narratives/tweets/etc and having a second researcher check whether the meaning changed and deleting any identifying information). Re-writing narratives is an acceptable, even encouraged, strategy, in various phenomenological circles (e.g., Kuiken 2001 and van Manen, 1997) and in this instance it also serves ethical purposes.

The “course trailer” phenomenon: Fellowship post #2

The purpose of my STELLARNet fellowship is to examine practices undertaken by academics and educators in networked publics. These practices fall under the general heading of “digital scholarship” and these individuals have been called “digital scholars” or “open scholars.”

This past week was quite productive, with both data analysis and writing activities proceeding smoothly. Today’s entry will discuss one of this week’s foci: “course trailers”

FILM240X Media Studies Course Trailer from Sidneyeve Matrix

The “course trailer” phenomenon refers to the production of a digital artifact (most often a video posted on a video-sharing site such as YouTube) to describe and advertise courses. While faculty members have always promoted their courses (e.g., through departmental listservs), recent initiatives have seen the development of course “teasers” in which faculty attempt to excite students, encourage follow-up, and (perhaps) enrollment. While some course trailers have been developed with university backing, are relatively formal, and have high production values (e.g., as in the case of some Harvard course trailers), the majority that I have seen posted in public were developed by individual faculty members. Even in the case of the Harvard General Education course trailers (see link above), the initiative was inspired by an individual faculty member’s efforts.

The fact that course trailers are conceptualized, developed, and shared by individual faculty members is important. Individual development of course trailers highlights (some) modern faculty members’ take-charge attitude and willingness to act in transparent and public ways. Note that we are not discussing the average faculty member here. We are discussing the early-adopter, the technologically savvy scholar, who is willing to circumvent the institution in order to better conduct the work that s/he was hired to do. This scholar reminds me of the communities of practice literature. In the same way that workers figure out new and improved ways to do their job in the face of organizational obstacles, these modern scholars engage with others in creative and fun ways, promoting their courses and the learning experiences that they are capable of providing. The course trailer is an example of scholars “going public” with their work.

Examples of other course trailers include:

If you’ve come across other course trailers, I’d love to learn about them!

Inclusion of Computer Science in K-12 Core Curriculum

The Association of Computing Machinery (ACM) urges the inclusion of Computer Science in the K-12 Core Curricula. In my opinion, an understanding of computing and computing literacies (not just programming) is much needed:

“Computing is by far where the greatest demand for science, technology, engineering and math (STEM) jobs is in today’s economy,” said Bobby Schnabel, Chair of  ACM’s Education Policy Committee.  ”But the major efforts by the Governors and the Academy to define what students should know for the 21st Century make little mention of the need for computer science in the core curriculum. This is a missed opportunity to expose students to a fundamental discipline that they will need for their careers as well as their lives.”

Read the rest of the statement here.

Data meltdown: Venting entry

I keep copies of my important data in 2  (sometimes 3) locations. Last night, one of my folders (containing a relatively large dataset) was corrupted. In searching for my copy, I realized that (for some strange reason) the auto-backup utility that i’ve set up has not been working on that folder for a while and the data set is gone. Gone. Setback indeed! Nonetheless, the data set that I was using was public and I can construct a new/different version…. though not without spending numerous hours on it! Ouch.

Ok. Venting over. The AERA deadline is looming, and a couple of proposals are nearing completion, so back to that. A fellowship update is also coming up in the next day or two.

Page 64 of 81

Powered by WordPress & Theme by Anders Norén