Anastasia Olga Tzirides, Mary Kalantzis, Bill Cope
The COVID-19 pandemic led higher education institutions to rethink the way that instruction can occur under the newly established circumstances. Many universities in the US and around the world have resumed instruction in hybrid format that is based to face-to-face instruction, coupled with online portions. In the case both of fully remote and hybrid learning, the gold-standard for learning remains traditional face-to-face, where online is modelled on the pedagogical processes and instructional artifacts of face-to-face. In this post, we are presenting the main characteristics of a hybrid format in a big US Mid-Western University and we are providing five ways that could transform it to a completely online format. Not only would this address the current needs set by the COVID-19 crisis; it would also change the concept of higher education by addressing in new ways the needs and the characteristics of contemporary students.
In the selected case of the University of Illinois in Urbana-Champaign, given that the health safety circumstances would allow it, the hybrid format of instruction was chosen, considering the significant value of the residential experience for the growth and development of undergraduate students, the training and advancement of graduate students and the production of new knowledge and research.
For the modified on-campus delivery format, the administrators of this institution had to rethink classroom capacities, to accommodate less than 50 students, and better utilization of the spaces in order to aim for safe instruction with social distancing. They also had to reevaluate time schedules, by taking advantage of irregular times (e.g. Friday evenings) and days (e.g. Saturdays), as well as passing periods, between the start and the end of classes. Online sections were an inevitable addition to the courses, as most lectures would be delivered online and the discussion parts were aimed to be face-to-face. Moreover, the administrators re-structured the calendar of the 2020-2021 academic year, ending the semester remotely to minimize the returns of students on campus after break periods. In the area of course development, instructors were provided with professional development training in order to develop new course modalities deploying different techniques and approaches to online education.
As it can be understood, this is an example where the institution selected to use online education as supplementary to face-to-face by trying to migrate their traditional practices online without really taking advantage of the possibilities that online education can offer. We argue that online can be completely different, and with the right tools, potentially superior to in-person teaching. To reap the benefits of online learning, we need to abandon the current generation educational technologies—systems and processes that mostly do little more than reverse-engineer traditional classrooms. At the University of Illinois, we’ve been researching the transformation of in-person learning and developing and testing online learning solutions (Montebello et. al., 2018; Cope, Kalantzis & Searsmith, 2020)
Here are five reasons why we choose to teach online and why we would never choose to teach in-person again.
1. Scale Up Higher Education and Scale Down Its Costs
In order to make higher education available to all, even workers and people with domestic caring responsibilities, we need to reduce the costs of teaching and learning, by providing access to it without the necessity for the student to leave their communities and homes. This can only be achieved with online education as a thoroughly renovated version of distance learning, which would be affordable to people from all social and economic conditions.
2. Develop Pedagogies of Social Knowledge and Collaborative Intelligence
In-person instruction is considered so valuable by its supporters, due to the element of human interaction. Nevertheless, in lecture theaters we hardly ever see interaction among students and even in classroom discussions, only one person is talking, and the rest have to listen. On the other side, with online learning and specifically with simple video lectures that contain prompts, students can engage in synchronous or asynchronous interactions below the videos in the platform used. Therefore, every student can comment and be part of the classroom discussion in this format. Moreover, learning analytics can track every learner’s engagement and this format is simply a far superior communication and pedagogical architecture than traditional in-person classroom interactions.
3. Create Pedagogies of Intense Engagement
In traditional models, learners are knowledge consumers and they demonstrate the acquired knowledge though end-of-course, summative assessments. In online learning architectures, it is possible to position learners as knowledge producers and co-contributors to knowledge communities. A simple way to do this is to have students research and make posts into the class activity stream that exemplify themes prompted by instructors. Another is to create peer-reviewed projects, where interim feedback in the knowledge production process comes from multiple perspectives: peer, instructor and machine feedback. Then projects can be published and shared by the instructor to the community as collective knowledge. Embedded, on-the-fly formative assessments can track community engagement and personal progress (Haniya et. al., 2020). An example: in one of our recent 8-week courses with 54 students, using our CGScholar platform there were 14,500 pieces of actionable feedback on 3.3m datapoints, giving students and instructors a far richer and more reliable picture of learning than ever possible with a traditional test.
4. Focus on Higher Order Thinking
In the current world, the digital devices that we use everyday function as cognitive prostheses. They remember things for us, and they can provide us with a vast amount of knowledge that we don’t have to remember. So, the foundational objectives of education change. In reality, learning should be about careful navigation of at-hand knowledge resources and appropriate application of machine-supported procedures. Thus, the goal of education should be higher order thinking, including critical, creative and design thinking. Online environments can uniquely achieve this, by leveraging collaborative knowledge processes. Instead of individual minds, the social mind is acknowledged in the provenance of knowledge and the collaborative contributions of peers in the learning process. Artificial intelligence can track and offer suggestions on the basis of what we term “complex epistemic performance”. Machine learning works synergistically with human learning.
5. Lifelong and Lifewide Learning
Online learning, by contrast to the monastic origins of the residential experience of university and college education, can be embedded in real world. It can be continuous, lasting for as long as life and stretching as wide as social and personal needs. The students in our online courses are in the world, contributing as partners in our knowledge communities and testing live in real-world contexts, the new things they have learned in our classes.
We argue that online instruction can be completely different, and with the right tools, it can potentially be superior to in-person teaching. The real problem is that none of the commercial or open source learning management systems can do what we have just outlined (check here for a comparison of the most popular learning management systems). Thus, in this time of crisis, we must seize the day and imagine a different future for higher education, by abandoning the back-to-the-future learning management systems and looking for or designing alternatives that address the future of education. With focused investment in people and technology we can renew and revitalize our pedagogical and social values. If nothing else, this crisis should lead to that.
Photo by Nick Fewings on Unsplash
Anastasia-Olga (Olnancy) Tzirides is a PhD candidate in the Learning Design and Leadership Program at University of Illinois, Urbana-Champaign, where she works with Professors Mary Kalantzis and Bill Cope. Her research focuses on exploring the potential of using digital technologies and Artificial Intelligence combined with a multimodal and translanguaging approach to language learning. Currently, she is as a teaching assistant for online graduate courses in the Learning Design and Leadership Program at the College of Education. In the past, she has worked as a graduate assistant designing online courses for the International Studies Program at the College of Education and as an instructor at the Modern Greek Studies program at the University of Illinois Urbana-Champaign. Anastasia-Olga holds a master’s degree in “Teaching of Multilingualism and Linguistic Policies: Language and Culture Dissemination in Multilingual Settings” from the Aristotle University of Thessaloniki, Greece and Université du Maine, France, and a bachelor’s degree in Elementary Education from the Aristotle University of Thessaloniki, Greece.
Mary Kalantzis is a Professor in the Department of Education Policy, Organization & Leadership, University of Illinois, Urbana-Champaign. She was from 2006 to 2016 Dean of the College of Education at the University of Illinois, Urbana-Champaign. Before this, she was Dean of the Faculty of Education, Language and Community Services at RMIT University, Melbourne, Australia, and President of the Australian Council of Deans of Education. With Bill Cope, she has co-authored or co-edited: New Learning: Elements of a Science of Education, Cambridge University Press, 2008 (2nd edition, 2012); Ubiquitous Learning, University of Illinois Press, 2009; Towards a Semantic Web: Connecting Knowledge in Academic Research, Elsevier, 2009; Literacies, Cambridge University Press 2012 (2nd edition, 2016); A Pedagogy of Multiliteracies, Palgrave, 2016; and e-Learning Ecologies, Routledge, 2017.
Bill Cope is a Professor in the Department of Education Policy, Organization & Leadership, University of Illinois, Urbana-Champaign. His research interests include theories and practices of pedagogy, cultural and linguistic diversity, and new technologies of representation and communication. His and Mary Kalantzis’ recent research has focused on the development of digital writing and assessment technologies, with the support of a number of major grants from the US Department of Education, the Bill and Melinda Gates Foundation and the National Science Foundation. The result has been the CGScholar multimodal writing and assessment environment.