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Fostering Student Digital Literacy Through The Fabric of Digital Life: Fostering Student Digital Literacy Through The Fabric of Digital Life

Fostering Student Digital Literacy Through The Fabric of Digital Life
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“Fostering Student Digital Literacy Through The Fabric of Digital Life”

Fostering Student Digital Literacy Through The Fabric of Digital Life

August 25, 2021

Katlynne Davis, University of Minnesota

Danielle Stambler, University of Minnesota

Saveena (Chakrika) Veeramoothoo, University of Minnesota

Nupoor Ranade, North Carolina State University

Daniel Hocutt, University of Richmond

Jason Tham, Texas Tech University

John Misak, New York Institute of Technology

Ann Hill Duin, University of Minnesota

Isabel Pedersen, Ontario Tech University

Background

Defining literacy in the writing classroom is a difficult project, as the sheer amount of literature on the subject (Cargile Cook 2002) and various articulations of literacy (Spilka 2009) demonstrate. Despite the struggle to identify an agreed-upon meaning for literacy in writing classrooms, pedagogical scholarship voices a need to understand literacy as literacies, or as plural, multidimensional, or multilayered (Cargile Cook 2002; Breuch 2002; Selber 2004; Hovde and Renguette 2017). Furthermore, as technologies including data analytics, wearable devices, and immersive technologies (like VR or AR) increasingly affect writing processes, the classroom significance of addressing digital literacy is abundantly clear. Multidimensional literacies present a need for multidimensional instructional models, yet there is no innovative model for building digital literacy. Focusing specifically on digital literacy, which includes “making ethically informed choices and decisions about digital behaviour … digital safety, digital rights, digital property, digital identity and digital privacy” (Traxler 2018, 4), our ongoing collaborative research project, Building Digital Literacy (BDL), aims to discover how students understand and develop digital literacy. In this article we provide assignments implemented in several writing courses as part of the BDL project. We hope to highlight how instructors can develop assignments that engage students with the multiple literacies needed to be successful critical thinkers in their personal and professional digital lives.

The BDL Project and The Fabric of Digital Life

In the BDL project, we have developed assignments centered around The Fabric of Digital Life (FoDL), an online cultural analytics database and repository that catalogues discourses surrounding emerging technologies (Figure 1). Created by Isabel Pedersen, one of our collaborators, and members of the Decimal Digital Culture and Media Lab at Ontario Tech University in Canada, FoDL highlights the processes by which technologies become embedded into daily activities. In the fall of 2019, participating instructors across institutions implemented assignments that asked students to explore, contribute, and/or curate collections on the FoDL site (we detail a selection of assignments in the next section).

Screenshot of the home page of The Fabric of Digital Life, with navigation menus on the right side of the page. The top menu navigates to different platform types (carryables, wearables, and others) and the bottom menu navigates to different collections of artifacts.
Figure 1. The Fabric of Digital Life home page.

FoDL consists of textual, visual, audible, and interactive digital artifacts that discuss emerging technologies, such as news articles, marketing materials, and video clips. Artifacts are organized into collections exploring specific themes and rhetorical implications related to technology use, including technology’s relationship to age, gender, culture, and health. For example, in the Humanoid Robots collection, curators seek to track the rise of embodied robots designed to interact with humans (Figures 2 and 3). This collection brings together several types of artifacts that demonstrate how humanoid robots have been characterized across different forms of media. In addition to collections, the technologies represented through various artifacts are organized into “platform” types, including carryables, wearables, implantables, robotics, and others.

A screenshot of the six-paragraph overview of the Humanoid Robots collection on the Fabric of Digital Life website. The curators explain that this collection covers the emergence of humanoid robots through artifacts discussing inventions, fictional robots, social robots, and academic commentary on robot development.
Figure 2. Humanoid Robots collection overview.
A screenshot of some artifacts within the Humanoid Robots collection, which appear as small squares with brief descriptive titles. Examples of artifacts pictured here include clips from the TV series Star Trek: Picard and an article discussing how robots have assisted in hospitals during COVID-19.
Figure 3. A sample of artifacts from the Humanoid Robots collection.

BDL Instructor Assignments

The following assignments asked students to engage with the FoDL website in three ways: through exploration, contribution, and/or curation (see a discussion of these assignment types in Figure 4). The assignments were created for a range of writing courses, so they reflect the objectives and goals for each course. We have provided brief overviews of the assignments, thoughts on successes and challenges, and PDF copies of assignment sheets.
 

As we reflected on our assignment deployments and student reflections, it was clear that difficulties and outcomes were closely intertwined; what we identified as challenges also spurred successes in some cases. Our reflective discussions overwhelmingly pointed to a productive ambiguity that students felt in working with these assignments. We found that our students’ struggles to navigate the critical layers of digital literacy simultaneously resulted in some successes—the “productive” element of our “productive ambiguity.”

A table with three columns, one for each Building Digital Literacy assignment type: “Examine,” “Contribute,” and “Curate.” The table shows that “Examine” assignments consist of rhetorical analyses; “Contribute” assignments consist of revising or adding to collections or creating instruction sets for users; and “Curate” assignments consist of proposing and curating a new collection.
Figure 4. Building Digital Literacy (BDL) assignment types.

Examine: Katlynne and Nupoor

“Examine” assignments aim to have students reflect critically on the rhetorical nature of digital artifacts and archives. With this assignment type students are tasked with rhetorically analyzing chosen collections or specific artifacts within these collections. In Katlynne’s assignment, students explore how curators construct arguments about technologies through collections and how they communicate those arguments to FoDL audiences through the inclusion, or exclusion, of certain artifacts. After choosing and analyzing a specific collection, students express their analysis in memo format. Nupoor’s assignment also asks students to conduct a rhetorical analysis, but focuses specifically on individual artifacts within the Humanoid Robots collection. Students investigate the technological affordances and limitations of these artifacts by focusing on audience, data, design, usability, and accessibility. Students responded to questions regarding those characteristics and uploaded a Markdown file into their Github account for public access. 

The rhetorical analysis of “Examine” assignments challenged students to practice rhetorical thinking about, and within, digital spaces. Many of Katlynne’s students quickly focused on technologies of interest, but did not always acknowledge how curators had made rhetorical choices with respect to the representation of technologies. Some students argued that curators simply created their collections only to champion the usefulness of technologies, even though curators may have articulated different goals for their collections. Nupoor noted that in her class, some students found their assignment useful for understanding rhetorical concepts. Approaching the Humanoid Robots collection as a multimodal repository gave students a designated space to put their analyses of audience, design, and other concepts to work. Both of these assignments helped students to navigate FoDL as a space for rhetorical meaning-making.

  • Instructor: Katlynne Davis
    Course: Technical and Professional Writing
    Assignment: Fabric of Digital Life: Rhetorical Analysis
  • Instructor: Nupoor Ranade
    Course: Digital Rhetoric for Artificial Interactions/Intelligence (AI)
    Assignment: Excursions based on artifacts from the Humanoid robots collection on FoDL

Contribute (Revise, Edit, or Improve): Saveena (Chakrika) and John

“Contribute” assignments ask students to revise, edit, or improve FoDL in different ways. Focused on the nuances of archiving, Chakrika’s assignment tasks students with selecting and adding new artifacts to an existing class FoDL collection. Students first identify emerging technologies that can be used to solve an issue in business communication. They then add artifacts related to these technologies to the ongoing class FoDL collection by using media editing tools such as graphics and video editors to create a thumbnail for each archived artifact. With John’s assignment, students contributed to FoDL by creating instructions to help others navigate the FoDL site. Students studied the website navigation closely, noting places where their instruction sets could help FoDL users more quickly perform certain tasks. 

“Contribute” assignments pushed students to engage with the rhetorical, subjective nature of curation. In some situations, as with Chakrika’s assignment, students were made aware of the rhetoricity of archival actions made with metadata; naming an artifact, assigning tags, and writing artifact descriptions helped them see how they each framed technologies in different ways. Examining these archival actions led students to think more critically about the power behind their archival choices. In John’s class, students encountered productive ambiguity from their own positions as instruction-set designers for the FoDL website. They initially zeroed in on certain artifacts, but needed to ask how audiences might navigate or interpret those artifacts. Together, these assignments pushed students to grapple with how they or others engaged with FoDL as a digital archive.

  • Instructor: Saveena (Chakira) Veeramoothoo
    Course: Business and Professional Writing
    Assignment: Proposal for Exploring Emerging Technologies for Business Communication 
  • Instructor: John Misak
    Course: Writing for the Technical Professions
    Assignment: Instruction Set for Using The Fabric of Digital Life Website

Curate: Jason, Daniel, Ann, and Danielle

With “Curate” assignments, students develop a novel collection for possible publication on FoDL. Students collaborate as they develop a thesis or unique point of view as to technology’s relation to the body, or other areas of interest. They then express or “argue” for that thesis by identifying various artifacts that support the thesis. As part of this process, students write a collection overview that articulates the reasoning behind their archival choices while also adding metadata for each of the artifacts they have included. 

As the more involved assignment type, instructors noted how “Curate” assignments cultivated a wide range of digital literacies while also introducing productive ambiguity. For Ann and Jason’s students, the act of collaboratively curating or archiving a collection pushed them to make tough decisions about how artifacts should be clearly categorized using metadata. Daniel noted that while students quickly identified technologies they wanted to archive into a collection, they found it challenging to determine how they, as curators, should fit that technology within a larger representative theme. In her course, Danielle scaffolded curation by asking students to first complete Katlynne’s “Examine” assignment to help them become familiar with FoDL and metadata. They then engaged those new skills in curating a collection. Across these assignments, students also honed functional or conceptual literacy skills that might be useful in the workplace, such as learning how to develop metadata and how to dive into new and unfamiliar technical tasks.

  • Instructor: Jason Tham
    Course: Technical and Professional Writing
    Assignment: Exploring Emerging Technologies for Technical Communication
  • Instructor: Daniel Hocutt
    Course: Theories of Modern Rhetoric
    Assignment: Exploring Educational Technologies for Teaching Composition
  • Instructor: Ann Hill Duin
    Course: Writing with Digital Technologies
    Assignment: Collection Curation Assignment
  • Instructor: Danielle Stambler
    Course: Technical and Professional Writing
    Assignments (combined sequence): Understanding Rhetorical Theory; Exploring Emerging Technologies for Technical Communication

Next Steps: An Invitation to Collaborate

As our team looks forward to the Fall 2021 semester with new collaborators, insights, and assignments, we are grateful as we reflect on how we, as writing instructors, can strengthen the diverse digital literacies of our students. We believe that highlighting productive ambiguity in our assignments underscores how critical, rhetorical, functional, and other forms of digital literacies are embedded within and support one another. Additionally, we invite comments, feedback, and new collaborators as we continue our work with the BDL project. Those interested can reach out to Ann Hill Duin (ahduin@umn.edu) and Isabel Pedersen (Isabel.Pedersen@ontariotechu.ca).

Bibliography

Breuch, Lee-Ann Kastman. 2002. “Thinking Critically about Technological Literacy: Developing a Framework to Guide Computer Pedagogy in Technical Communication.” Technical Communication Quarterly 11, no. 3 (July): 267–88. 

Cargile Cook, Kelli. 2002. “Layered Literacies: A Theoretical Frame for Technical Communication Pedagogy.” Technical Communication Quarterly 11, no. 1: 5–29. 

Hovde, Marjorie Rush, and Corinne C. Renguette. 2017. “Technological Literacy: A Framework for Teaching Technical Communication Software Tools.” Technical Communication Quarterly 26, no. 4: 395–411. https://doi.org/10.1080/10572252.2017.1385998. 

Selber, Stuart. 2004. Multiliteracies for a Digital Age. Carbondale: Southern Illinois University Press. 

Spilka, Rachel. 2010. Digital Literacy for Technical Communication: 21st Century Theory and Practice. New York: Routledge.

Traxler, John. 2018. “Digital Literacy: A Palestinian Refugee Perspective.” Research in Learning Technology 26 (March): 1–21. https://doi.org/10.25304/rlt.v26.1983. 

About the Authors

Katlynne Davis is a PhD candidate at the University of Minnesota studying technical and professional communication and social media writing practices.

Danielle Stambler is a PhD candidate at the University of Minnesota studying technical and professional communication, digital rhetoric, and the rhetoric of health and medicine.

Saveena (Chakrika) Veeramoothoo is a PhD candidate at the University of Minnesota. Her research focuses on intercultural communication, web design and social justice.

Nupoor Ranade is a PhD candidate at the North Carolina State University and her research focuses on user studies and digital rhetoric pedagogy especially in the artificial intelligence domain.

Daniel Hocutt, PhD, is a web content strategist and adjunct professor of liberal arts at the University of Richmond.

Jason Tham, PhD, is an Assistant Professor of technical communication and rhetoric at Texas Tech University. 

John Misak, D.A., is an Assistant Professor and Director of Technical Communication at New York Institute of Technology. His research focuses on how technology can impact learning.

Ann Hill Duin is a Professor of Writing Studies and Graduate-Professional Distinguished Teaching Professor at the University of Minnesota where her research and teaching focus on digital literacy, analytics, and collaboration.

Isabel Pedersen, PhD, is an Associate Professor and Canada Research Chair in Digital Life, Media, and Culture at Ontario Tech University.

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