TRU Centre for Excellence in Learning and Teaching

Month: January 2024

Introducing Dr. Alexis Brown, Newest Faculty Member of CELT!

Image of a woman with brown hair, a white shirt, and navy jacket seated on a bench

Photo courtesy of the author

By Alexis Brown, CELT

My name is Alexis, and I just joined the CELT team in January as a Learning and Faculty Development coordinator. I have always been passionate about teaching and learning, determined I would become a teacher in grade 10 after two days of ‘job shadowing’ my favorite elementary school teacher. I spent 9 years in the high school classroom teaching English Language Arts and Social Studies. I had the privilege of working with youth in rural, urban, and alternative school settings.

My work in the K-12 system within the various settings and communities has informed my education and research practices today. I have an MEd in Language and Literacy practices that focused on ways to incorporate students’ identities, interests, and cultures into developing critical media literacy. My PhD in Curriculum and Instruction was focused on ways educators can develop culturally sustaining and revitalizing curriculum with/for Indigenous learners.

Over the last eight years, I have also been fortunate to teach and learn from undergraduate and graduate students in BEd and MEd programs, instructing courses such as Social Studies Methodologies; Adolescent Learning and Development; Equity, Diversity and Inclusion; and Curriculum, Teaching, and Learning. My current research projects continue to be in partnership with colleagues and school programs focused on supporting Indigenous learners, and ways we can continue to develop more culturally inclusive, sustaining, and revitalizing teaching and learning practices.

I am looking forward to learning and developing new skills with all faculty as I step into my new role. It is my hope that we can all continue to learn and incorporate best teaching and learning practices into our curriculum that increase the success of all our students; as well as create welcoming environments that prospective students will choose. If you are interested in individual discussions, strategies, or group workshops on creating curriculum with/for all students, increasing student participation, increasing active learning, decolonizing practices, and culturally relevant/responsive/sustaining practices, please contact me: albrown@tru.ca.

Using Sustainable Assignments and Open Educational Practices to Promote Active Learning

Panoramic landscape of mountain tops from the summit of a mountain, with a very blue sky

Photo courtesy of the author

By Alana Hoare, Assistant Professor, Education

This post was also shared internally via TRU Connect.

A significant portion of my time at TRU has been helping to enact and embed our values into planning and educational policies and practices. Our shared value of sustainability sits dear to my heart. I’ve been a long-serving member of the Environmental Sustainability Advisory Committee where our conversations frequently centre the improvement of sustainability in terms of the built environment and efficient use of resources. But I’ve often wondered: How does sustainability translate into the classroom?

I found an answer to my question while exploring the literature on open educational practices (OEP). OEPs refer to the use of open pedagogy and technology to support learner-centered environments through social networks and co-creation, use of open educational resources (OER), renewable assignments, and technology. As Clinton-Lisell (2021) summarized so neatly, when faculty adopt OEPs, it provides an opportunity “for students to be knowledge creators rather than only knowledge consumers” (p. 256).

Put another way, faculty that utilize OEPs cultivate classrooms where their students are engaged and active contributors to the learning process.

Now, when I think about sustainability in the classroom, I envision a thriving community of learners creating educational resources that have ongoing value, allowing the efforts of one group of students to benefit those who come after them.

To facilitate this style of active and sustainable learning, faculty may need to explore and adopt alternative assessments. My interest was piqued by the practice of sustainable and scalable[1] assignments, which contrast with disposable assignments that have no purpose once a course is over (Wiley and Hilton, 2018). The concept of renewable, sustainable, or scalable assignments – where student work has value beyond the life of a course – represents a pedagogical shift (Grush, 2014; Seraphin et al., 2019).

Some scholars argue that sustainable assignments have the potential to support representational justice through the equitable expression of historically undervalued and underrepresented voices in educational materials and resources (Lambert, 2018). For a more in-depth discussion on the relationship between renewable assignments and representational justice, I encourage you to read Clinton-Lisell and Gwozdz (2023) article titled Understanding Student Experiences of Renewable and Traditional Assignments.

If you’re wondering, like I was, what a sustainable assignment might look like for supporting active learning in your classroom, here are a few examples:

  • editing Wikipedia articles,
  • co-creating open textbooks,
  • producing video tutorials,
  • interviewing local experts on a podcast,
  • collaborating on community engagement projects,
  • writing test bank questions or case studies, or
  • developing course assignments for peers.

Members of the TRU community have become increasingly engaged in open education and open research, contributing their knowledge and expertise to develop OERs (with support from BCcampus), creating and embedding collaborative tools and educational technologies into the classroom (e.g., WordPress, Pressbooks, podcasts, free range Edtech, zero textbook cost courses). The Learning Technology and Innovation Showcase highlights several inspiring examples of TRU faculty and students practicing and promoting non-disposable assignments.

What I appreciate most about the adoption of sustainable assignments is the idea that the role of the instructor is to facilitate discovery through co-creation and the role of the student is to become “increasingly autonomous and to develop critical social consciousness in an open ecosystem” (Smyth et al., 2016). Students are invited to be an active and integral part of the teaching process, and to become open scholars who critique, adapt, and validate open content. This shift moves us closer to the learner-centred environment that is emphasized in our Mission Statement.

 

References

Clinton-Lisell, V. (2021). Open pedagogy: A systematic review of empirical findings. Journal of Learning for Development, 8(2), p. 255-268. https://doi.org/10.56059/jl4d.v8i2.511

Clinton-Lisell, V. & Gwozdz, L. (2023). Understanding student experiences of renewable and traditional assignments. College Teaching, 71(2), p. 125-134. DOI: 10.1080/87567555.2023.2179591

Grush, M. (2014). Open pedagogy: Connection, community, and transparency. Strategic Directions, Feature. https://campustechnology.com/articles/2014/11/12/open-pedagogy-connection-community-and-transparency.aspx

Lambert, S. R. (2018). Changing our (dis)course: A distinctive social justice aligned definition of open education. Journal of Learning for Development, 5(3), p. 225–244. https://eric.ed.gov/?id=EJ1197463

Learning Technology and Innovation. (n.d.) LT&I Showcase. Thompson Rivers University.  https://ltishowcase.trubox.ca/

Seraphin, S. B., Grizzell, J. A., Kerr-German, A., Perkins, M. A., Grzanka, P. R., & Hardin, E. E. (2019). A conceptual framework for non-disposable assignments: inspiring implementation, innovation, and research. Psychology Learning and Teaching, 18(1), 84-97. https://doi.org/10.1177/1475725718811711

Smyth, R., Bossu, C., & Stagg, A. (2016). Chapter 11: Toward an open empowered learning model of pedagogy in higher education. In S. Reushle, A. Antonio, & M. Keppell (Eds.), Open Learning and Formal Credentialing in Higher Education: Curriculum Models and Institutional Policies (pp.205-222). IGI Global. DOI: 10.4018/978-1-4666-8856-8.ch011

Wiley, D. & Hilton, J. L. (2018). Defining OER-Enabled Pedagogy, The International Review of Research in Open and Distributed Learning, 19(4), p. 133–147. https://doi.org/10.19173/irrodl.v19i4.3601

 

[1] The literature uses the term renewable assignments. However, to avoid misinterpretation with the practice of submitting the same assignment (e.g., essay) in more than one course without the prior approval of the course instructors, Dr. Shannon Wagner and I propose the terms sustainable and scalable.

 

Creating AI literacy in the world of Generative Artificial Intelligence and ChatGPT

A microchip with the label "AI" sits on a motherboard.

Photo by Igor Omilaev on Unsplash

By Diane Janes, Centre for Excellence in Learning and Teaching (CELT)

This post was also shared internally via TRU Connect

So, I have been around the classroom for a while…I can remember as a child when calculators were banned in K-12 (it would ruin mathematics understanding), when the internet was a novel thing and a daunting concern (how do we navigate the digital citizenship needed to ensure that media literacy was understood by our learners; we’re still working on that one!), cell phones (distracting), and now generative AI has arrived.  Don’t get me started on the issues raised (before my time) of the dangers of publishing to the common folk via the Gutenberg press (Jarvis, 2023), and the dangers of the radio, telephone, and television (all destined to ruin family and learning lives). Did they disrupt? Yes, they did. Do we still need to find ways to navigate some of the older technologies I have mentioned? Yes, we do.

What all of the technology that I mentioned from Guttenberg to ChatGPT today have in common, is that within that disruption came things we wished to retreat from (my cell phone is sometimes the bane of my existence), and things we need to think about and find solutions to potential issues that arrived with them, all the way, to the benefits and wonders of that technology (I hold in my hand technology that far exceeds the sophistication of the technology that led to the moon walk; an event that I was able to watch with curiosity, as a child, on my grandmother’s black and white television, bought just for the occasion).

Sometimes what is disruptive can be useful to learning by pushing educational boundaries and entrenched beliefs; that disruption can change the way we think about education and take us out of our comfort zone. From that can come opportunities that allow us to move our learners even closer to the world they will live in and away from the one we were born in. Educators throughout all of history have understood this.

The Center for Teaching Innovation (CTI) at Cornell University defines Generative Artificial Intelligence as “…a subset of AI that utilizes machine learning models to create new, original content, such as images, text, or music, based on patterns and structures learned from existing data” (Center for Teaching Innovation, 2023, para. 4).  We know that Generative Artificial Intelligence (AI) in education is not new. According to Woolf (1991), work in this area appeared as early as the 1950s (John McCarthy, Arthur Smauel, Oliver Selfridge, and Alan Turing, to name a few, were engaged in this field) that led to ELIZA, SHAKEY and STUDENT in the 1960s (Karjian, 2023), while by the 1970s projects like SCHOLAR, and SOPHIE were created “…to parse student questions” (Woolf, 1991, p. 7) and GUIDON and MYCIN advanced AI in medical education for medical students, around the same timeframe.

In trying to see how generative AI might fit into your classroom, CTI suggests that educators might wish to consider how AI could potentially impact their teaching by thinking through the following (Center for Teaching Innovation, 2023, para. 9):

  • Reflect – what is your reaction? What do you need to know more about to make an “…informed decision about whether or not to incorporate it into your courses?” (para. 9).
  • Try it out – what would it look like if you picked “…a tool, then ask[ed] it to complete an assignment you’d give your students” (para. 9); what are the possible academic integrity issues or are there prospects for new learning?
  • Predict and inquire – if your students use this, how do they use it? Do you need to modify, redirect, or change outright, current assignments? How can you identify areas in your class where AI might “…encourage deeper or more critical thinking?” (para. 9).
  • Learn more – have you talked to colleagues, students, or others, “…about the impact generative AI is having” on your discipline or classroom? (para. 9)
  • Set your parameters – do you want your learners to use AI? Then “Clearly communicate your parameters and expectations with them” (para. 9). Do you and your colleagues want to consider a departmental perspective on AI usage? Does your syllabus need some updated statement and/or guidance on its use by learners? Might this be an opportunity to redesign your course vs just your assessments or syllabus?

Clearly there are issues here – social justice, academic integrity, and inaccuracies (or complete fabrication) in the information produced by these tools, are just a few of the ethical considerations that are currently being discussed. Universities, faculty, and learners have some real concerns on how to go forward. These are early days, and the conclusion that this will benefit, or hinder, learning remains unseen.  Like all other new technology that is introduced, approach it carefully, with an open mind; and become engaged and informed.

I encourage you to explore the CTI Cornell website, as they have some ideas on how you might use AI in your classroom.  Finally, I leave you with this thought: “…developing AI literacy will be an ongoing process, but one that is vital to helping you and your students become more informed and responsible users and creators of AI technologies” (Center for Teaching Innovation, 2023, para. 18). If you want to have a conversation about AI, and your teaching and learning practice, reach out to CELT at CELT@tru.ca.

Want to discuss generative AI with colleagues? Join our TRU Faculty Reading Group, co-hosted by CELT and LTI faculty. Click here to register!

 

References

Center for Teaching Innovation. (2023). Generative Artificial Intelligence. Cornell University. [website]  https://teaching.cornell.edu/generative-artificial-intelligence#:~:text=Generative%20artificial%20intelligence%20is%20a,structures%20learned%20from%20existing%20data

Jarvis, J. (2023). The Gutenberg Parenthesis. Bloomsbury Publishing. https://www.bloomsbury.com/ca/gutenberg-parenthesis-9781501394829/

Karjian, R. (2023). The history of artificial intelligence: Complete AI timeline. TechTarget. [website] https://www.techtarget.com/searchenterpriseai/tip/The-history-of-artificial-intelligence-Complete-AI-timeline

Teach Democracy. (2009). Gutenberg and the Printing Revolution in Europe. [website] https://www.crf-usa.org/bill-of-rights-in-action/bria-24-3-b-gutenberg-and-the-printing-revolution-in-europe

U.S. Department of Education, Office of Educational Technology. (2023). Artificial Intelligence and Future of Teaching and Learning: Insights and Recommendations, Washington, DC.  https://www2.ed.gov/documents/ai-report/ai-report.pdf

Woolf, B. P. (1991). AI in Education. In Shapiro, S.C., (Ed)., Encyclopedia of Artificial Intelligence (2nd ed). NY: New York, John Wiley and Sons. Retrieved from https://web.cs.umass.edu/publication/docs/1991/UM-CS-1991-037.pdf

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