Jl. of Technology and Teacher Education (2020) 28(2), 137-147
Special Issue Editorial:
Preservice and Inservice Professional Development
During the COVID-19 Pandemic
RICHARD HARTSHORNE
University of Central Florida, USA
Richard.Hartshorne@ucf.edu
EMILY BAUMGARTNER
Ohio Northern University, USA
baumgartner.emilye@gmail.com
REGINA KAPLAN-RAKOWSKI
University of North Texas, USA
Regina.Kaplanrakowski@unt.edu
CHRYSTALLA MOUZA
University of Delaware, USA
cmouza@udel.edu
RICHARD E. FERDIG
Kent State University, USA
rferdig@gmail.com
INTRODUCTION
The global COVID-19 pandemic has changed our lives in countless
ways. This has included the move to emergency remote learning for PreK12 and post-secondary education around the world. While school districts
and post-secondary education institutions originally anticipated relatively
brief closures, the impact of COVID-19 resulted in extensive periods of
emergency remote teaching and learning. Many K-12 school districts and
institutions of higher education had to teach online for almost all of the
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Hartshorne, Baumgartner, Kaplan-Rakowski, Mouza, and Ferdig
spring semester (2020); they have also added contingency plans for future
remote instruction in the summer and for the 2020-2021 academic year. As
we move beyond the survival phase of remote teaching and learning, it is
critical now to transition to a thriving phase of remote teaching, learning,
and teacher education.
While remote instruction is not new (U.S. Department of Education,
1996), and researchers have argued for years that teachers and teacher educators (TEs) should have been preparing for online and blended instruction
(Ferdig & Kennedy, 2014), these calls have been mostly unheeded (Kennedy & Ferdig, 2018). Now, many teachers and TEs find themselves unprepared for the challenges they face (Hodges et al., 2020). These challenges
include, but are not limited to creating content for online spaces, learning
new delivery tools, understanding online pedagogy, engaging parents, addressing student mental health issues, and attempting various pedagogical strategies to address both synchronous and asynchronous teaching and
learning. The good news is that many TEs have created professional development (PD) for teachers and many also successfully and quickly revised
their courses to support online instruction for preservice teachers (PSTs).
This special issue (SI) highlights numerous and varied efforts by TEs, researchers and practitioners across the globe as they rapidly responded to
remote teaching and learning. Given the focus of this journal, these efforts
are at the intersection of technology and teacher education for both the preservice teacher education and in-service teacher PD.
THE PROCESS
There will be tremendous value in research published after the pandemic that looks back to find out what worked, what did not work, and what
could be learned to improve current and future practice. At that point in
time, the Journal of Technology and Teacher Education (JTATE; http://site.
aace.org/pubs/jtate) will join other journals in such historical examinations.
The major drawback with a retrospective approach, however, is that articles
published in the next 12-24 months will not help TEs and in-service teacher
(IST) professional developers attempting to create and implement online
learning now. We need articles and best practice briefs that impact the field
this summer and this coming academic year as we plan for continued online
instruction. That was the purpose in originating this SI.
Upon conclusion of the SITE--Society for Information Technology
and Teacher Education’s 2020 Annual International Conference (http://
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site.aace.org/conf) a call for papers was distributed for a fast-tracked SI of
JTATE. While the SI would include peer-reviewed, research-focused manuscripts, it differed from typical JTATE SIs in a number of ways. First, the
turnaround time from the date of the call and the deadline for submission
was significantly abbreviated from several months to approximately three
weeks. Second, the length and format of the manuscripts were significantly
shorter than the typical 6000-8000 word JTATE papers. We followed a medical journal, short-paper style approach, whereby the authors had approximately 1,000 words to describe what they had done and its potential impact
on other TEs. The purpose of this approach was three-fold: 1) to facilitate
quick review and publication; 2) to provide easy-to-read and ready-to-apply best practices and resources to support teachers, students, parents, and
TEs around the world with emergency remote teaching and learning; and
3) to afford space to allow editors greater impact by publishing considerably more articles than in a normal JTATE issue. This last point was critical
because we knew that many of the papers would not have had time to complete significant empirical research; rather, this was viewed as a larger collection of works-in-progress that might lead to promising results.
To further support rapid review of manuscripts, authors were provided
with a set of strict guidelines. These included a manuscript length of 5001000 words, inclusion of strategies and/or open-access products to be used
by others, and a standard writing format (rationale, process, early results/
outcomes, implications/replication, and future research). At least three
members of the editorial review board quickly—but rigorously—reviewed
these articles to ensure they were: 1) situated in the literature and based on
a sound theoretical basis; 2) empirical or quasi-empirical in nature, highlighting work people have been doing in the face of COVID-19 with early
evidence of their success; 3) innovative in terms of teaching and learning
strategies; and 4) complete with a variety of accessible resources. Editors
also reviewed the papers to ensure enough text was provided to enable readers to replicate the processes or use the tools described in the work in order to improve in-service or preservice teacher development. With that said,
the occasional theoretical piece was accepted, but this was done only if the
piece impacted practice and/or drew on existing resources. In the end, there
was an overwhelming response to the call, with 266 submissions. Of those,
33 were selected for publication (acceptance rate 12.41%).
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Hartshorne, Baumgartner, Kaplan-Rakowski, Mouza, and Ferdig
WHAT WE LEARNED
While there was a broad array of areas of focus for the submissions,
we were able to categorize articles into five key themes:
1. Building Communities
2. Online Professional Development/Coaching
3. Simulated/Online Teaching Experiences for Preservice Teachers
4. Digital Tools
5. Equity Issues
Theme 1: Building Communities
Research has provided evidence of the need to establish rich, diverse,
and supportive communities in K-12 teaching and learning settings (National Research Council, 2000). The first four articles in the special issue
address best practices and resources for building innovative and supportive
communities to address teaching and learning issues during COVID-19 and
emergency remote instruction. In each of these articles, the lessons learned
were framed in the idea of community-development and its role in the
teacher education and PD processes.
There are a number of key takeaways from these articles. First, we
learned that targeted hashtags (e.g., #RemoteTeaching, #RemoteLearning)
can be leveraged to provide teachers with just-in-time spaces to address the
myriad of unique and constantly evolving issues that have resulted from
teaching in the time of COVID-19 (Trust, Carpenter, Krutka, & Kimmons).
We also learned that PD that builds on the Academic Communities of Engagement (ACE) framework can be useful in providing affective, behavioral, and cognitive support for teachers, students, administrators, counselors,
and parents in remote teaching and learning environments (Borup, Jensen,
Archambault, & Graham).
Next, while we know that issues-based learning can be an effective
approach for exploring societal issues, we learned that using issues-based
collaborative curriculum design is an effective PD approach for addressing
the dearth in instructional materials for teaching about COVID-19 (Sadler,
Fiedrichsen, Zangori, & Ke). Lastly, through the use of an online STEM
fair, we learned that PSTs need more preparation for teaching in online or
blended environments and more time to consider the complexity of online
and remote teaching (Evagorou & Nisiforou).
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Theme 2: Online Professional Development/Coaching
The movement towards online course delivery in teacher education has
gained increased momentum in recent years (Karchmer-Klein & Pytash,
2020). Yet neither TEs nor teachers typically receive systematic support or
instruction on how to design high-quality, interactive online learning experiences (Archambault et al., 2016). As a result, the shift to remote teaching
necessitated new models of teacher PD and support, including support for
TEs themselves. Given constraints imposed by COVID-19, a number of online PD programs emerged to help address teacher needs. Online PD has the
potential to support teacher learning by providing time and space for both
synchronous and asynchronous interactions, offering opportunities to reflect
on issues of practice either individually or in collaboration with colleagues
(National Research Council, 2007). Coupled with virtual coaching, online
PD can also provide a customized learning experience that directly supports
teachers’ pedagogical practice (Affinito, 2018). This SI includes eleven articles addressing innovative approaches to online PD and coaching.
These articles explored the transition of teacher education and PD to
diverse settings, and a number of key findings emerged. These include: 1)
there is a lack of preparation, training, and support the participants had for
designing quality instruction with technology, which has created both additional stressors and barriers to effective remote teaching (Trust & Whalen);
2) teachers need to be provided with opportunities to develop and participate in online and blended teaching and learning opportunities (Christensen
& Alexander; Gudmundsdottir & Hathaway); 3) there is a need for un-structured, socially-connected, learner-centered, and multi-modal teacher preparation and PD (Prestridge & Cox); 4) Folk pedagogies, the grounded knowledge of teachers and learners, is an effective approach for TEs who deploy
video conferencing technologies, with a focus on a ‘Do’, ‘Know’, ‘Think’,
and ‘Manage’ approach (Henriksen, Creely, & Henderson); 5) self-directed,
un-structured PD communities which provide pedagogical resources and
opportunities for teachers to connect are useful for supporting teachers that
are new to remote teaching and learning (Safi, Wenzel, & Trimble Spalding;
Trikilis & Papanastasiou); 6) virtual coaching, or providing expert guidance
with PSTs, is useful in providing refinement, analysis, and continual development and improvement of pedagogical skills for remote teaching (Keefe);
7) as teachers sought their own support and resources to prepare for remote
teaching, video was a preferred format, and search terms focused on specific
online instructional practices (Cavanaugh & DeWeese); and 8) promoting
inquiry in the remote classroom is an effective approach for TEs, and this
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Hartshorne, Baumgartner, Kaplan-Rakowski, Mouza, and Ferdig
can be done effectively through scaffolding approaches and providing ongoing support (Geiger & Dawson; Manfra, Lee, & Grant).
Theme 3: Simulated/Online Teaching Experiences for Preservice Teachers
With the rapid transition to online learning, PSTs were suddenly unable
to complete their teaching experiences at schools (e.g., internships, field experiences, and practicum assignments). Field experience is critical for PSTs;
it has been argued that it is the most important component of development
(Edwards & Briers, 2002). Without having the face-to-face experience, education programs had to adapt utilizing existing technologies. Fortunately,
TEs were able to adapt utilizing simulations, 360-degree video, and several other innovations to ensure fieldwork could still be completed successfully. These technologies have been implemented online to ensure PSTs are
still getting the imperative fieldwork experience without having to be in the
field. There were eight articles that addressed this theme.
In these eight articles, several unique lessons emerged. First, scenariobased simulated PD environments are effective in facilitating deep reflection about individual teaching practices by increasing the visibility of the
instructional decision-making process to both the TE (for feedback), and the
PST (for development) (Sullivan, Hillaire, Larke, & Reich). Additionally,
virtual reality simulations can serve as mechanisms to support PST development of pedagogical skills and improved confidence, as well as assessment
of a diverse collection of PST competencies during remote practicum experiences (Sasaki, et al.). Second, we learned that multi-perspective 360 video
is a relatively inexpensive approach that can provide PSTs with similar field
experiences as face-to-face, providing opportunities for student observation
and assessment from multiple perspectives, and serving as a viable field
experience alternative during the COVID-19 crisis, or future similar crises
(Zolfaghari, Austin, Kosko, & Ferdig). Third, providing structured virtual
student teaching and tutoring opportunities for PSTs can serve as a useful
option to traditional field-based experiences, resulting in extensive support
for students in high-needs contexts, professional growth opportunities for
the PSTs, and experience for TEs in unique and innovative methods of supporting PSTs (Cirillo, LaRochelle, Arbaugh, & Bieda; Kier & Clark).
Fourth, as the need for promoting global solidarity increases in the
wake of COVID-19, video-based case studies, alongside self-reflection instruments (i.e., Teaching for Global Readiness Scale) can be effective in allowing teachers to reflect on their pedagogical approaches related to global
learning (Kerkhoff). Fifth, a human-centered design approach in teacher education can be effective in establishing a collegial community among PSTs,
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as well as supporting the development of teacher empathy, creative thinking, collaboration, and embracing ambiguity (Baran & AlZoubi). Lastly,
while the use of video conferencing can be engaging and beneficial for toddlers and preschoolers during the COVID-19, it is important that TEs and
PSTs explore ways to maintain learner engagement throughout the videoconferencing session, as well as methods of maintaining communication
with families regarding format and expectations (Szente). While there are
some overlapping contexts within some of these articles, they each provide
a unique examination of simulated or online teaching experiences for PSTs,
and extend the current discussion related to the use of innovative technological applications and pedagogical approaches in supporting the development
of PSTs.
Theme 4: Digital Tools
When the pandemic hit and emergency remote instruction became the
new normal, digital tools allowed ISTs and PSTs to continue their education. When used correctly and situated in a relevant context, digital tools can
facilitate the completion of even the most complex tasks (Jesson, McNaughton, Rosedale, Zhu, & Cockle, 2018). Digital tools foster active learning
and allow for collaboration in both synchronous and asynchronous formats.
Moreover, digital tools have the power to engage, for example, through
gamification, the creation of screencast learning content, or through immersion into poetry writing. The SI features five articles addressing the theme
of digital tools.
The utilization of digital tools in unique and innovative ways to support
ISTs and PSTs were the primary focus of the articles in this section, and the
five articles provided us with a number of key lessons learned. First, while
there has been a clear focus on the use of synchronous video conferencing,
asynchronous video can be more effective for supporting student reflection,
establishing and maintaining connection with learners, providing feedback,
whole-class feedback, and interactions across time zones. Thus, it is important to prepare ISTs and PSTs in decision-factors for determining whether
to use synchronous or asynchronous video in remote teaching and learning
(Lowenthal, Borup, West, & Archambault).
Second, screencasting is an easy-to-use method of disseminating asynchronous content and can be useful in supporting PSTs’ motivation and
emotion during the COVID-19 crisis. Thus, screencasting-based activities
are important to embed in PST programs to reduce PST attrition and burnout, while increasing self-efficacy (Ranellucci & Bergey). Third, it is important to seek innovative ways of supporting IST PD. Digital poetry has
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Hartshorne, Baumgartner, Kaplan-Rakowski, Mouza, and Ferdig
shown promise as one such approach, as it affords ISTs with engaging exploration, creativity, and composition opportunities with digital tools, resulting in a more comprehensive understanding of the composition process
(Hassler, Pytash, & Ferdig). Lastly, digital escape rooms, which have been
receiving increased attention in eLearning, can serve as a useful approach
to teaching PSTs about integrating gamification concepts in the classroom
(Neumann, Alvarado-Albertorio, & Ramirez-Salgado). Additionally, creating a digital escape room is a useful and unique approach to provide inexperienced educators, such as alternate certification teachers and PSTs with
PD related to problem-based learning, particularly in remote teaching and
learning scenarios (Gomez).
Theme 5: Equity Issues
Equity of access to technology and teacher PD (or the lack thereof)
has been a concern for decades (Van Dijk, 2006). The abrupt transition to
remote teaching and learning caused by the COVID-19 pandemic has amplified concerns about the digital divide (Pew Research Center, 2020). It
helped raise awareness of the gaps in student success that may be exacerbated by socio-economic inequities. While online learning may be convenient
for some students, others risk being left behind if issues related to access
and online course design are not consciously addressed. This SI includes a
selection of five articles that address the theme of inequities with regard to
technology access, accessible design, and mental health in the era of COVID-19 online education.
In these five articles, we learned a number of key lessons. First, social
isolation and other consequences of COVID-19 can negatively influence
emotional and mental health of both teachers and students (Kalir, Cantrill,
Dean, & Dillon; Roman). Additionally, as education transitions from faceto-face to remote settings, many support services for accessibility issues
are either unavailable, difficult to obtain, or reduced in capacity (Smith &
Colton). As a result, it is important for educators to pay close attention to
digital and other equity issues (Hall, Roman, Jovel-Arias, & Young; Kalir,
Cantrill, Dean, & Dillon), emotional and mental health issues (Roman),
and accessibility issues (Smith & Colton). It is also critical for educators
to inform solutions to resolving equity, accessibility, and emotional/mental
health issues. ISTs and PSTs, though, are often unaware of such inequities
(Hall, Roman, Jovel-Arias, & Young). Thus, it is important that IS PD and
PS teacher education facilitates a comprehensive understanding of these issues, as well as approaches to address them. This can be facilitated effec-
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tively through self-reflection exercises (digital inequities, emotional/mental
health) or through the development of educational resources or support materials (accessibility) (Hall, Roman, Jovel-Arias, & Young; Kalir, Cantrill,
Dean, & Dillon; Roman; Smith & Colton).
Lastly, in the move to remote teaching and learning, a homework gap
has emerged among students. Consequently, IST PD should extend beyond
creating student resources, content delivery, and pedagogical approaches,
and should also address communication strategies between schools, teachers, students, and parents (Clausen, Bunte, & Robertson). As with the previous sections, there is a great deal of interconnectedness between the articles
in this section, with each highlighting new issues resulting from the COVID-19 pandemic, and many providing evidence-based solutions to varying
aspects of these issues, and others serving as calls for TEs to provide renewed attention to these important issues.
SHARING OTHER PROJECTS AND STORIES
The response to the call for papers was overwhelming. Within 3 short
weeks, 266 papers were submitted. Not every paper met the requirement
for publication in a rigorous, peer-reviewed journal. However, almost every
single paper shared stories, tools, and implications that might help others.
These were stories written by TEs, ISTs, PSTs, administrators, and even
parents. They were written by authors around the globe. Even if we accepted a larger than usual number of papers for the special issue (in this case,
33), we were facing the fact that up to 233 important stories might not get
told in a widely-accessible public domain.
We are pleased to announce that we have partnered with the Association for the Advancement of Computing in Education (AACE) (http://
aace.org) to publish an open-access book titled, “Teaching, Technology,
and Teacher Education During the COVID-19 Pandemic: Stories from the
Field” (Ferdig, Baumgartner, Hartshorne, Kaplan-Rakowski, & Mouza,
2020). The book contains more than 125 research and practice stories that
we were not able to share in this SI. We want to thank the authors of the
SI as well as the authors of the edited book for being willing to share their
work.
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Hartshorne, Baumgartner, Kaplan-Rakowski, Mouza, and Ferdig
CONCLUSION
Due to the recency of the impacts of COVID-19 on K-12 schools and
colleges of education around the globe, many educators working with inservice and pre-service teachers are struggling to plan for blended and online instruction this summer and beyond. We encourage researchers, practitioners, and authors to use this SI as a roadmap for both further research
exploration and practical application. In conclusion, we would like to thank
our international advisory board and editorial review board, as well as numerous ad hoc reviewers for this SI for their extensive, critical, and constructive reviews. Additionally, we would like to thank AACE for their willingness to publish these important research pieces rapidly in an attempt to
help others.
References
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digital tools and technology. Heinemann.
Archambault, L., Kennedy, K., Shelton, C., Dalal, M., McAllister, L. & Huyett,
S. (2016). Incremental progress: Re-examining field experiences in K-12
online learning contexts in the United States. Journal of Online Learning
Research, 2(3), 303–326. Association for the Advancement of Computing
in Education (AACE). Retrieved May 22, 2020, from https://www.learntechlib.org/primary/p/174116/
Ferdig, R. E., Baumgartner, E., Hartshorne, R., Kaplan-Rakowski, R., & Mouza,
C. (Eds.) (2020). Teaching, Technology, and Teacher Education during the
COVID-19 Pandemic: Stories from the Field. Association for the Advancement of Computing in Education (AACE). Available at: https://www.learntechlib.org/primary/p/216903/.
Ferdig, R. E., & Kennedy, K. (Eds.). (2014). Handbook of research on K-12 online
and blended learning. ETC Press.
Hodges, C., Moore, S., Lockee, B., Trust, T., & Bond, A. (2020, March 27). The
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Jesson, R., McNaughton, S., Rosedale, N., Zhu, T., & Cockle, V. (2018). A
mixed-methods study to identify effective practices in the teaching of writing in a digital learning environment in low income schools. Computers &
Education, 119, 14–30.
Karchmer-Klein, R., & Pytash, K. E. (Eds). (2020). Effective practices in online
teacher preparation for literacy educators. IGI Global.
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Kennedy, K., & Ferdig, R. E. (Eds.). (2018). Handbook of research on K-12 online
and blended learning (2nd ed.). ETC Press.
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https://www.pewresearch.org/topics/digital-divide/
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Van Dijk, J. A. (2006). Digital divide research, achievements, and shortcomings.
Poetics, 34(4-5), 221–235.
CREATING ASYNCHRONOUS VIRTUAL FIELD EXPERIENCES WITH 360 VIDEO
Creating Asynchronous Virtual Field Experiences with 360 Video
Maryam Zolfaghari, Kent State University
Christine K. Austin, Kent State University
Karl W. Kosko, Kent State University
Richard E. Ferdig, Kent State University
1
CREATING ASYNCHRONOUS VIRTUAL FIELD EXPERIENCES WITH 360 VIDEO
2
Abstract
The global COVID-19 pandemic has disrupted normal face-to-face classes across institutions.
This has significantly impacted methods courses where preservice teachers (PSTs) practice
pedagogy in the field (e.g., in the PreK-12 classroom). In this paper, we describe efforts to adapt
an assignment originally situated in a face-to-face school placement into a virtual version. By
utilizing multi-perspective 360 video, preliminary results suggest virtual field experiences can
provide PSTs with similar experiences for observation-based assignments. Acknowledging that
immersive virtual experiences are not a complete replacement for face-to-face field-based
experiences, we suggest virtual field assignments can be a useful supplement or a viable
alternative during a time of the pandemic.
Keywords: Teacher education; Virtual-based assignments; 360 video; extended reality.
CREATING ASYNCHRONOUS VIRTUAL FIELD EXPERIENCES WITH 360 VIDEO
3
Creating Asynchronous Virtual Field Experiences with 360 Video
Face-to-face K-12 field experiences are an essential component of teacher licensure
programs. They are often used in methods courses as a space for preservice teachers (PSTs) to
provide content-specific tasks and analyze students’ thinking. Yet, the sudden cessation of faceto-face education in K-12 and higher education has disrupted this practice. One alternative to
face-to-face observations of students’ reasoning is the incorporation of video-based assignments.
However, traditional video limits what a PST may see by pre-selecting what is in the video frame
at any given time. By contrast, 360 video records in a spherical direction allowing the viewer,
not a videographer, to select what is perceivable from the physical position of the camera (see
Figure 1).
Figure 1. What is available to view in a standard video (left) versus what is viewable in a 360 video
(right). The right-hand image is a stretched image of a 360 video scene. The yellow rectangle conveys
the area of the scene that is perceivable from a standard video with the same camera
position. Readers who are interested to watch this and similar videos may visit the website
https://xr.kent.edu/
Use of 360 video has been found to be effective in facilitating professional knowledge
(Theelan, van den Beemt, & den Brok, 2019; Walshe & Driver, 2019), and early research
suggests it may be more effective than other mediums (Kosko et al., in review; Walshe & Driver,
2019). Specifically, PSTs consider 360 video to be highly immersive representations of practice
CREATING ASYNCHRONOUS VIRTUAL FIELD EXPERIENCES WITH 360 VIDEO
4
(Ferdig & Kosko, in review; Roche & Gal-Peitfaux, 2017). Given these advantages of 360 video,
and the needed alternative to face-to-face observations, this paper reports on the adaptation of
field-based assignments in a mathematics methods course through application of 360 videos to
facilitate asynchronous virtual field experiences. The paper also includes implications for those
interested in the creation or integration of 360 videos in licensure programs.
Overview of Intervention
Teaching methods courses often involve content-specific assignments in which PSTs visit
a K-12 classroom and engage with students face-to-face. In one such course taught by the first
author, a field-based assignment involved PSTs engaging elementary students with a
mathematical task and assessing children’s reasoning. Attempting to approximate this
experience, we designed a virtual field experience using multi-perspective 360 video. Whereas
typical 360 videos record in a spherical direction from a single camera, multi-perspective 360
allows viewers to watch different perspectives (cameras) of a scenario while switching their
viewpoints. PSTs were able to use the multi-perspective 360 video to virtually move around a
class, from one group to another one, and look in any direction at each group to observe different
students from each camera position. In the video, recorded by the third author, 20 second-grade
students sat at four different tables and worked on an elapsed time lesson (see Figure 2). To
begin the virtual based assignment, we asked 34 PSTs to watch the entire eight-minute video and
then select one student to focus observing. PSTs were then instructed to: 1) explain why they
chose their focus student; 2) describe their assessment of the child’s mathematical thinking; and,
3) reflect on their experience with the virtual field assignment.
5
Min = 1
Group 2
Group 3
Group 4
Group 1
CREATING ASYNCHRONOUS VIRTUAL FIELD EXPERIENCES WITH 360 VIDEO
Max = 9
Number of selections
Figure 2. The layout of the classroom showing the position of the students and cameras. The color
map represents the number of PSTs that selected the focus student.
Preliminary Results
Two early findings show the potential value in using 360 video for field experiences
during COVID-19. First, PSTs attention was widespread across the classroom. The heatmap in
Figure 2 illustrates how PSTs selected different groups across the class where they observed
students. The results from a chi-squared test suggest that PSTs place more focus on certain
groups rather than paying equal attention across the classroom, indicating that the distribution of
CREATING ASYNCHRONOUS VIRTUAL FIELD EXPERIENCES WITH 360 VIDEO
6
PSTs’ group selection (see Table 1) was statistically significant (χ2(df=3)=9.76, p=0.021).
Groups were chosen as the unit of analysis, rather than students, to prevent violating the
expected count assumptions for chi-square (>5 counts per cell expected by chance). This finding
also offers evidence that utilizing 360 videos gave PSTs the autonomy of moving around each
group and attending to moments of interest. Given the importance of capturing PSTs’ attention,
we also examined student engagement at each group. Students at Groups 1, 3, and 4 were heavily
engaged in discussion, whereas students at Group 2 were focused but worked silently for much
of the time. However, Group 1 interactions conveyed many pedagogically interesting exchanges.
For example, Girl 2 realized she erred and asked her peers to explain their reasoning, observed
their strategies, and experimented with her own. This and other events at Group 1 provided PSTs
numerous opportunities to assess students’ reasoning, suggesting a reason for this higher
percentage (47.1%).
Table 1.
PSTs’ Distribution of Selecting Groups
PST Group Selection
Group 1
Group 2
Group 3*
Group 4*
Total
47.1%
n = 16
11.8%
n=4
17.6%
n=6
23.5%
n=8
100%
N = 34
*Denotes groups next to the camera where PSTs entered the virtual field experience
number of PSTs observing each group.
Note: The expected count for each cell was assumed to be evenly distributed (8.5) for
estimation of the chi-square statistic.
n=
A second key finding is 61.7% of participants made statements reflecting positively on
the assignment. The remaining PSTs (38.2%) were less positive with many explicitly stating they
missed their face-to-face field experiences. his sentiment is understandable. since these 360
videos were created to supplement, not replace, face-to-face field experiences. Despite not fully
CREATING ASYNCHRONOUS VIRTUAL FIELD EXPERIENCES WITH 360 VIDEO
7
replacing face-to-face field experiences, we found PSTs engaged in authentic observation when
assessing students in the virtual experience. These findings lend support for incorporating virtual
field experiences with 360 video, particularly when face-to-face alternatives are not available.
Implications
Early results from this study suggest that 360 video can successfully fill part of the gap
created by losing face-to-face field experiences. There are several direct implications for
preservice and in-service teacher professional development.
1. COVID-19 stay-at-home orders make a collection of new classroom video in 360 or
traditional formats nearly impossible. However, teacher educators and inservice teachers
should consider using this time to familiarize themselves with the inexpensive technology
(consumer-level 360 cameras range from $200-400) to record future video. This could
prove useful as the world prepares for future pandemics or lockdowns.
2. Others interested in using 360 video for field experiences or supplemental classroom
material right now can capitalize on an NSF-funded project called the Extended Reality
Initiative (https://xr.kent.edu). The site contains tutorials for creating and using 360
video, free access to single and multi-perspective 360 videos, and links to recommended
equipment.
3. The video used in this study, and this research project, was focused on elementary
mathematics instruction. Teacher educators should consider 360 video for other content
areas, age bands, and career fields (e.g., education, aviation, medicine). For example,
science PSTs could use 360 video to evaluate effective practice at different stations in
chemistry labs. Physical education PSTs could immerse themselves in an activity to
CREATING ASYNCHRONOUS VIRTUAL FIELD EXPERIENCES WITH 360 VIDEO
8
observe student engagement and movement (Roche & Gal-Peitfaux, 2017). Collegiate or
graduate teaching assistants (TA) could observe a lecture to further explore how students
engage in the material.
Future Research
This study provided early evidence that 360 video can give PSTs opportunities to observe
and assess students from varying perspectives. This would be a respectable supplement for
teacher education field experiences when normal K-12 instruction resumes. However, in contexts
where face-to-face field experiences are improbable (e.g., COVID-19), we believe virtual
experiences such as those described here can provide a useful alternative. Additional research is
needed to further assess the effects on PST education across varying domains.
CREATING ASYNCHRONOUS VIRTUAL FIELD EXPERIENCES WITH 360 VIDEO
9
Acknowledgments
Research reported here received support from the National Science Foundation through DRK-12
Grant #1908159. Any opinions, findings, and conclusions or recommendations expressed in this
paper are those of the author(s) and do not necessarily reflect the views of the National Science
Foundation.
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