Reviewed “It’s Complicated” and “The App Generation” for JoCAM

Vicky Rideout invited me to write a book review for the Journal of Children and Media this past year, on two recent, high profile books that deal with issues of digital youth. I’m happy to report that the book review is out, and I believe is fully available for download for the public. Please check it out here:

http://www.tandfonline.com/doi/full/10.1080/17482798.2014.923607#.U7L0PI1dWpQ

Ahn, J. (2014). Book Review – It’s Complicated: The Social Lives of Networked Teens; The App Generation: How Today’s Youth Navigate Identity, Intimacy, and Imagination in a Digital World. Journal of Children and Media8(3), 313-316.

Maryland at ICLS 2014

I’m excited to attend my first ICLS next week in Boulder, CO. UMD will have a great presence this year, and 2 best paper nominations. Come join us!

Wed, 6/25/14

1:15-2:45pm
The Role of Identity Development Within Tensions in Ownership of Science Learning
*Nominated for Best Student Paper*
Jason Yip, Tamara Clegg, June Ahn, Elizabeth Bonsignore, Michael Gubbels, Emily Rhodes, Becky Lewittes

3:00-4:30pm
“I want to be a Game Designer or Scientist”: Connected Learning and Developing Identities with Urban, African-American Youth
*Nominated for Best Paper*
June Ahn, Mega Subramaniam, Elizabeth Bonsignore, Anthony Pellicone, Amanda Waugh, Jason Yip

The Nature of Student Thinking and Its Implications for the Use of Learning Progressions to Inform Classroom Instruction
Alicia Alonzo, Andrew Elby

Thursday, 6/26/14

1:00-2:30pm

SYMPOSIUM: Differing Notions Of Responsive Teaching Across Mathematics And Science: Does The Discipline Matter?
Andrew Elby (chair), Jennifer Richards, Janet Walkoe, Ayush Gupta, Rosemary Russ, Melissa Luna, Amy Robertson, Janet Coffey, Ann Edwards, Miriam Sherin, Beth van Es (discussant)

2:45-4:15pm
Capturing Personal and Social Science: Technology for Integrating the Building Blocks of Disposition
Tamara Clegg, Elizabeth Bonsignore, June Ahn, Jason Yip, Daniel Pauwe, Michael Gubbels, Becky Lewittes, Emily Rhodes

4:45-6:15pm
Characterizing a New Dimension of Change in Attending and Responding to the Substance of Student Thinking
Jennifer Richards, Andrew Elby, Ayush Gupta

 

ICLS 2014: Connected Learning and STEM Identities

Our research team has been working on a 3-year Cyberlearning project, exploring how young adolescents can use social media and science storytelling as ways to develop deeper interest and identification with STEM.

I’m excited that we are now beginning to share some of our analyses and findings about the learning aspects of our project, beginning with the following paper we’ll present at ICLS 2014.

In the paper, we use case studies of two of our youth, to highlight how their engagement over time in our new media storytelling activities related to their developing aspirations toward or away from STEM-related futures. We situate our work in current discussions of Connected Learning and show the potential and obstacles we need to attend to, in order to realize connected learning for under-represented youth.

Ahn, J., Subramaniam, M., Bonsignore, E., Pellicone, A., Waugh, A., & Yip, J.C. (2014). “I want to be a game designer or scientist”: Connected learning and developing identities with urban, African-American youth. Proceedings of the Eleventh International Conference of the Learning Sciences (ICLS 2014).

Click here for the PDF

IDC 2014: A Case of Designing Social Media Technologies for Children in Science Learning

Excited to announce a paper with colleagues that will be presented at Interaction Design & Children 2014.

Yip, J.C., Ahn, J., Clegg, T.L., Bonsignore, E., Pauw, D. & Gubbels., M. (2014). “It helped me do my science.” A case of designing social media technologies for children in science learning. Proceedings of the 13th International Conference of Interaction Design and Children (IDC 2014).

Click here for the PDF

#rhizo14: Week 2 – Encouraging Independent Learners

Coming in a bit late to this week’s Rhizo14 course, and as others have written about, it’s a challenge to read through the massive stream of tweets and blog posts. This week we’re discussing the issue of how to enforce independent learning, or more specifically coerce/teach people how to be independent learners. Specifically, two questions were brought up:

  1. How do we create a learning environment where people must be responsible?
  2. How do we assure ourselves that learners will self-assess and self-remediate?

My thinking about this issue is framed from a few bits of understanding I’ve gleaned from engaging with this course, and thinking about digital media/social media and learning in my own work. A few conundrums must be resolved before we can think about creating an “environment” where people are responsible.

First, we have to resolve the issue of knowledge that “should be learned” as determined by an external community vs. knowledge that the learner cares about (which is where rhizomatic learning aligns well). Any community – of scientists, poets, basketball players, or Star Wars fanatics etc. – has a shared body of knowledge that delineates expertise. So to learn is almost to become part of the community by learning the knowledge that the community values (Lave and Wenger, in their Communities of Practice framework, describe this well). Thus, we have things like “standards” in the U.S. public school system that outline what student’s should know to be “educated people”.

To create an environment where learners feel strong responsibility for their engagement and outcomes, we have to allow them to learn what they care about. However, this requirement directly contradicts the idea that an educated person knows certain things… how do we resolve this conundrum?

Perhaps the answer is embedded in the second question posed to us this week… how do we assure that learners self-assess and self-remediate? Perhaps if we can create a learning system where self-assessment/self-remediation is the norm, but that learners also have a clear sense of the larger body of knowledge they can pursue, we can create an environment where strong learner independence + sustained expertise development can occur. Here’s an example:

What if at the end of a course, students were allowed to suggest their own evaluation? A student could state to the instructor that he/she has read and focused deeply on a certain part of the course, and so they desire to be evaluated (could be by test, oral examination, written paper etc.) on their expertise of that area. The student will know that they will be thoroughly questioned about this area; that the evaluation will be difficult. And so they know they must work deeply to understand something and clearly articulate this understanding by the end of a course. I imagine that students in this environment will be highly motivated to learn independently.

However, the challenge of this example is the real possibility that a given student might really have learned something quite shallow. In a rhizomatic learning sense, this is not an issue. We want learners to learn what they want, how they want, and for outcomes that they care about. However, there is also a real value to laying benchmarks for how much of this self-learning is reasonable to expect in a given course (about 14 weeks of time in my university). The real challenge is to clearly outline for students what varying levels of success – for their independent learning – actually looks like; then give the students the freedom to set their own marks (e.g. I want to reach a level of “C” and I’m fine with that), and then set them on their way.

Contract grading is a step in this direction, and I am experimenting with it in my own teaching. However, this setup is still largely students deciding how much work (defined by the course instructor) they agree to do in order to get a grade. Truly independent learners would set a goal, and define levels of engagement towards that goal (on their own), that maps onto established benchmarks for a truly engaged expert in a given topic. If we can figure out how to facilitate this form of learning environment, and scale it out, then we may be able to resolve the conundrum of fostering independent learning in formal (enforced) environments.

#rhizo14: Week 1 – When Cheating is great, and when it has consequences

I’ll be participating in the Rhizomatic Learning “course” over the next few weeks, and excited about expanding my notions of what learning can be through it. The first week is already compelling, as Dave Cormier challenged us to think about how we can use cheating to restructure what think learning to be.

Already, I’m seeing great tweets in #rhizo14 about ways that cheating is ok. For example:


This idea that cheating is related to scarcity is interesting to me and makes sense. If we openly share our ideas and knowledge, and invite others to take that information to do what they will, amazing things happen. For example, I often learn how to cook by directly copying others, or finding a YouTube video. It’s not cheating because the information is not scarce and the benefits culled from the learning activity are not scarce. e.g. we all benefit to learn how to cook.

But this understanding leads me to also reflect on the conditions of “scarcity” that are more difficult to bypass or deconstruct; which illuminates, for me, the conditions where cheating has tremendous consequence. For example, imagine there was one job as a head chef left available in the world, and the choice was between me (a novice chef) and Anthony Bourdain. Imagine also that Mr. Bourdain was so amazing that he uploaded his entire history of cooking experience online through writings and YouTube videos, which I copied through the years, to have a cooking style very similar to his. It may very well be that Mr. Bourdain might feel that I “cheated”. I merely took his creative work, followed along, and now may threaten his ability to get this job, and subsequently his well-being and survival.

The “scarcity” in this hypothetical is not about information or learning. I would argue that my learning was rich and valid – I learned how to cook! I agree that cheating does not exist as a concept under conditions of abundance. I can envision a less high-stakes situation – e.g. a college course – where we can create a situation of abundance, and hence a culture where cheating is irrelevant.

However, the scarcity in my scenario is in consequences and benefits (e.g. scarcity of economic opportunity, ability to survive), that are closely linked to broader structures such as capitalism. In this condition of scarcity – the act of “cheating” will be negative to somebody. Could we ever be in a societal situation where “scarcity” of opportunity and resources is eliminated? And because this ideal has been so difficult to create for us as a human species – could this be a reason why our education system is often structured to “weed out” individuals even though a great many of us care about issues of equity and open-ness?

These are the conundrums in my mind when I think about cheating.