A doctoral dissertation employed a critical pragmatic research paradigm and a transformative mixed methods methodology to explore what educational paradigm most empowers leaners to acquire higher levels of emergent technology integration for learning on demand. Participants included 12 graduate-level students from two Master of Education courses at one online North American institute during one four-month term. A Paradigm Shift Framework (Wark, 2018) was designed to generate quantitative questionnaires and qualitative interviews for capturing participants’ paradigmatic preferences and perceived levels of integration mastery with 16 emergent educational technologies throughout the term. This paper identifies two possible factors for why, collectively, respondents in Course A moderately increased their preference for a behavioural paradigm, while Course B respondents significantly increased their preference for a perceptual paradigm by the end of the term. The first factor is respondents’ conception of the term, emergent technology, and the second is the practice of mindfulness.
4. Emergent technology • “Tools, concepts, innovations, and advancements utilized in
diverse educational settings to serve varied education-related purposes” (Veletsianos,
2010, p. 33).
Technology • “Tools, means, skills, crafts, or systems that are outward reflections of
individual and societal values and motivations” (Wark, 2018, p. 4).
tech∙nol∙o∙gy • /tek’näləjē/ Noun. Origin Greek: teche, art, craft, skill or means to obtain
something, and logos, the outward expression of an inner thought or feeling. 1. “Tools, devices,
systems, procedures.. . [that] order and transform matter, energy, and information to realize
certain valued ends [emphasis added]” (Funk, 1999).
5. Andragogy • Learning approach typically used with adults; learner may control the
learning context, while the teacher usually controls the learning process and task; aligns
most closely with behavioural paradigm.
Educational paradigm • “The shared beliefs, theories, and practices, including research
practices, associated with a particular educational group or school of thought” (Wark,
2018, p. 26).
Pedagogy • Teacher controls learning context, process, and task; associated with the
behavioural paradigm.
Heutagogy • Learner controls learning context, process, and task; associated with
learner-determined/perceptual paradigm.
Approaches to Learning
6. State of flux between dynamically evolving educational technologies and
educational practices requires learners to cope with perpetual ambiguity,
while thoughtfully and purposely integrating needed technology on an
ongoing basis.
7. To critically reflect online graduate level learners’ perspectives on what key
factors/educational paradigm most enabled them to integrate 16 emergent
technologies.
“What educational paradigm most empowers online graduate level learners to
acquire higher levels of emergent technology integration for learning on
demand?”
8. Various course elements very similar in both course settings, yet:
• Early term: Course A & B = early practice level with emergent tech
• End of term: Course B = most significant increase in emergent tech level
Possible explanations:
• Understanding of the term, “emergent technology”
• Mindfulness teaching and learning strategies in Course B
10. Epistemology Objective/Behavioural Subjective/Perceptual
Learning Theory Behaviourism Cognitivism Constructivism Connectivism ?
Mind Is Blank Slate Computer Architecture Organic Network
Pedagogy Andragogy Heutagogy
Learning
Approach
Locus of Control Teacher Learner
Figure 1. Theories and learning approaches derived from two epistemologies on learning.
11.
12.
13. Mindfulness:
• Mind/body relationship (meditation, deep
listening, dance, breathing, reflection,
journaling; Barbezat & Bush, 2014; David, 2009, Goleman
& Davidson, 2017)
• One goal = to center one’s physical and
mental awareness on present moment;
“paying attention in a particular way: on
purpose, in the present moment, and non-
judgmentally” (Kabat-Zinn, 1994, p. 3).
• Promote attention, impulse control, self-
awareness, compassion, empathy (Palalas,
2018)
• Paucity of studies on mindfulness in online
educational settings(Palalas, 2018)
14.
15. Critical pragmatic research paradigm:
• Blend of Critical Theory, Pragmatism, Reflective Practice traditions (Deegan,
1988; Ulrich, 2007)
Exploratory transformative mixed methods methodology (Mertens,
2015)
19. Participation: N=34; n=12 or 35.3% of N
Gender: 75% F; 17% M; 8% No response
Geographic: 42.5% lived in large urban centers (Pop. > 500,000)
MEd DE program: 75% completed over half of program
Emergent tech skill level: First tech course for most
20. All respondents’ pre-term integration mastery levels = early
practice
Post term levels:
• Behavioural paradigm – slight drop in practice level
• Shifting paradigms – slight to moderate increase in practice level
• Perceptual paradigm – significant increase to early competency level
Technologies:
• 3D printing, augmented reality, cloud computing, conversational interfaces,
educational game technologies, flipped classrooms, interactive whiteboards,
learner analytics, Massive Open Online Courses (MOOCs), online learning
management systems (LMSs), online social networking, open content, QR codes,
tablet computing, wearable smart technologies
21. Table 1.
Comparative Analysis of Two Course Environments
Realm of
Control
Course Element Course A Course B
Average
A & B
Instructor
Average of:
Assignments, activities, grades,
learner goals
4.0
(AH)
*3.9
(AH)
3.9
(AH)
Faculty
Average of:
Syllabus, assignments,
activities, grading
1.1
(P)
1.1
(P)
1.1
(P)
Institution
Average of:
Curriculum, schedule
1.0
(P)
1.0
(P)
1.0
(P)
*Rounded to nearest 10th of a percent
Key:
P = Behavioural paradigm/pedagogical approach
AH = Perceptual paradigm/blend of andragogical and heutagogical approach
23. Setting a personal emergent technology goal for the term:
• Course A: 41% set a goal
• Course B: 80% set a goal
Understanding of the term, “Emergent technology”:
• All instruments = Veletsiano’s (2010) broad definition of “emergent technology”
• Most respondents viewed emergent technologies as “tools”
• Both courses = emergent technology courses; Course B = mobile learning
24. Emergent technologies as tools:
[Course A: 1] “The technology is a tool or medium I present my [online] classroom in…”
[Course B: 1] “My goal at the beginning of this course was to be more at ease with
mobile technology. I recently bought a tablet…and wanted to be more efficient with
the tool.”
Confusion with “emergent technology”:
[Course A: 2] “I still find it confusing… When I think about the phrase, ‘emergent
technology’ I immediately go to physical tools. Then suddenly I have to backtrack and
consider something like ideation or conceptual tools.”
Evolution in understanding “emergent technology”:
[Course B: 2] “So my initial thought going into the class was that my interest in
instructional design and mobile learning is just a design on a mobile device. But then
coming out of the class, I realized that it was a little bit different, more in-depth.
Mobile technology is a whole other world, a whole other entity…”
25. Course A vs Course B:
• Course A: Presented emergent technologies within online learning context
• Course B: Presented systemic and conceptual notion of mobile learning;
employed the use of mobile devices and apps in the course
Pedagogical respondents didn’t set goals for the term:
[Course A: 1P] “This isn’t a technology course.”
[Course A: 2P] “…I was actually a little perplexed by that question just because it’s an
online teaching and learning course about online teaching and learning, but it is not
really a course specifically about technology. So it wouldn’t be a course where I would
set that type of goal because I am not going to learn about new technologies in it.”
Heutagogical respondents set goals for the term:
[Course A: 1H] “I am not sure if I had stated that or not [on the questionnaire], but one
of the goals that I had was actually using mobile technology.”
[Course B: 1H]: “I wanted to get practical experience with mobile technology so that I
would actually use it in my practice.”
26. Course B Mindfulness Practices:
• Connecting with students on a regular basis
• Apps:
• Connecting with class
• Staying organized
• Remaining current
• Merging life events, goals, and activities with course events and outcomes
• Synchronous sessions began with meditation; being in present moment
• Identifying, discussing, revisiting personally meaningful reasons for taking
the course
• Mindful listening
Current research on mindfulness:
• Same course, different term
• Become cognizant of personal goals; monitor, assess, and update goals
• Apps help maintain focus, organize lives, reduce stress
• Gain control over their own learning and other life aspects
27.
28. Course A vs Course B:
• Locus of control almost identical
• Conceptual and systemic emergent technologies; Course B mobile hard- and
software tools
• Nearly equal blend of P, A, and H early-term preferences in both courses
• Post-term Course A=slightly more P/A; Course B=significantly more H/less P
Possible explanations for results:
• Respondent understanding of “emergent technology”; use of tools in
Course B
• Mindfulness strategies in Course B
Future research:
• New strategies for helping respondents understand broader definition of
“emergent technology”
• Research on relationship between learning paradigms, learning approaches,
and mindfulness teaching and learning strategies in online learning
environments
30. Barbezat, D. P., & Bush, M. (2014). Contemplative practices in higher education:
Powerful methods to transform teaching and learning. John Wiley & Sons.
David, D. S. (2009). Mindful teaching and teaching mindfulness: A guide for anyone
who teaches anything. Simon and Schuster.
Deegan, M. J. (1988). Jane Addams and the men of the Chicago School, 1892-1918.
New Brunswick, NJ: Transaction Books
Funk, K. (1999). Definitions of technology. Technology and Christian ‘values.’
Retrieved from
http://web.engr.oregonstate.edu/~funkk/Technology/technology.html
Goleman, D., & Davidson, R. J. (2017). Altered traits: Science reveals how meditation
changes your mind, brain, and body. New York, New York: Penguin Random
House.
Kabat-Zinn, J. (1994). Wherever you go, there you are: Mindfulness meditation in
everyday life. Retrieved from http://drdavidlawrence.com/wp-
content/uploads/2017/03/Wherever-You-Go-There-You-Are.pdf
Mertens, D. M. (2015). Research and evaluation in education and psychology.
Thousand Oaks, CA: SAGE Publications.
31. Palalas, A. (2018). Mindfulness in mobile and ubiquitous learning: Harnessing the
power of attention. In S. Yu, M. Ally, & A. Tsinakos (Eds.), Mobile and ubiquitous
learning: An international handbook (pp. 19-44). Singapore: Springer Nature.
Ulrich, W. (2007, May-June). The greening of pragmatism (i): The emergence of
critical pragmatism. (Reflections on critical pragmatism, Part 5) [Web log post].
Ulrich's bimonthly. Retrieved from http://wulrich.com/bimonthly_may2007.html
Veletsianos, G. (2010). A definition of emerging technologies. In G. Veletsianos (Ed.),
Emerging technologies in education (pp. 3-22). Edmonton, Alberta: Athabasca
University Press.
Wark, N. (2018). Shifting Paradigms: A critical pragmatic evaluation of key factors
affecting learner-empowered emergent technology integration (Doctoral
dissertation, Athabasca University, Athabasca, AB, Canada). Retrieved from
http://hdl.handle.net/10791/274
Hinweis der Redaktion
Overview. This presentation provides a brief overview of the dissertation project before focusing on a comparative analysis between the two class settings explored in the study.
Definitions – A. There are a few terms that are used frequently in this presentation.
Technology is derived from two Greek words: techne - and logos. There are countless definitions for the word; most are associated solely with the Greek root, “techne” (Thierer, 2014).
For the purpose of this project, though, technology is defined as “tools, means, skills, crafts, or systems that are outward reflections of individual and societal values and motivations.”
This study also subscribes to Veletsianos’ (2010) definition of the term, emergent technology, which is: “Tools, concepts, innovations, and advancements utilized in diverse educational settings to serve varied education-related purposes” (Veletsianos, 2010, p. 33).
Definitions – B.
Educational paradigm - “The shared beliefs, theories, and practices, including research practices, associated with a particular educational group or school of thought” (Wark, 2018, p. 26).
There are three approaches to learning also discussed in this presentation:
Pedagogy: Teacher controls learning context, process, and task; associated with the behavioural paradigm
Andragogy : Learning approach typically used with adults; learner may control the learning context, while the teacher usually controls the learning process and task; aligns most closely with behavioural paradigm.
Heutagogy: Learner controls learning context, process, and task; associated with learner-determined/perceptual paradigm.
Problem: The problem addressed in the study was to determine what kind of mindset learners will need in order to thoughtfully and purposely integrate emergent technologies on an ongoing basis, given this fluxing world of dynamically evolving technologies and educative practices
Purpose & Question: The purpose of this study was to critically reflect online graduate level learners’ perspectives on what key factors, and ultimately, what learning paradigm most empowers learners to integrate emerging technologies for learning on demand.
Therefore the primary research question was, “What educational paradigm most empowers online graduate level learners to acquire higher levels of emergent technology integration for learning on demand?”
Course A vs Course B: During the data analysis process, some significant differences between the two classes over the semester under study were noted, even though most course elements appeared to be very similar in both class settings.
At the beginning of the term, most respondents in both classes assessed themselves as being at the early practice level with emergent technologies included in the study. By the end of the term, respondents in Course B reported a significant increase in their skill level with these technologies.
Two possible explanations for the noted differences could be the respondents’ understanding of the term, “emergent technology,” and the use of mindfulness teaching and learning strategies in Course B.
Theory of Learning. The literature identifies two disparate epistemic stances on learning. Behaviourism subscribes to the notion that the source of knowledge is external and sense-based, whereas the perceptual epistemology argues that the source of knowledge is innate human perception.
These opposing epistemic stances are manifested to varying degrees in the learning theories and approaches that have evolved from these notions, as illustrated here.
In practice, though, the most prevalent difference is who has control over learning.
After examining the theory of learning, the topic of natural learning was explored.
Natural learning. According to the literature on natural learning:
Pre-school children are instinctively curious, eager, dynamic, active learners; their interests intrinsically motivate their desire to learn (Dewey, 1897, 1903, 1916/2007; Hase & Kenyon, 2013)
Learning naturally occurs in any setting, is often social, and continues throughout life (Benson, Harkavy, & Puckett, 2007; Dewey, 1897, 1903, 1916/2007), and
Humans are intrinsically driven by the desire to achieve autonomy, mastery, purpose, and innovation (Pink, 2007), as well as the need to create a better humanity (Freire, 1970/1993)
Recent discoveries in neurology indicate that innate, individual perceptionsare the source of knowledge; genetics, psycho-physiological state, and experiences alter perceptions (Kluger & Stengel, 2011; Slater, 2002)
Perceptual learning marries simple or instrumental reasoning with transformational learning. Transformative learning is a dynamic blend of rational thought, involving logic and affective thinking, and creative intuition, leading to change in perception.
After exploring what was known about natural learning, issues of power and control over learning were reviewed.
Behavioural/perceptual/DE environments.
The educational system in a behavioural paradigm is a top-down hierarchal dictatorship. The curriculum is abstract, fractured, lineal, one-size-fits-all, and determined by those in power. The institution and teacher control instructional time, pace, place, content, resources, delivery, and evaluation. Learning officially occurs in the formal schooling context, typically during the learner’s younger years.
In the perceptual learning system, the institution is a networked democracy emulating principles of autonomy, diversity, openness, interactivity (Downes, 2010), and responsibility (Freire, 1970/1993). The curriculum is holistic, individualistic, and based upon a learner-determined IEP. The learner controls their learning throughout life within their unique PLEs with the support of their PLNs. Through this learning process, the learner hones their capacity for transformative learning and leading.
With its central tenet of education for all (Weydemere, 1972) and the ability of emergent technologies to exponentially erode the parameters of space and time, DE offers learners with the opportunity to realize control over their own learning. Nevertheless, recent research indicates that the emancipating role of DE is now being threatened by some educators’ desire to replicate f-2-f educational settings (Collins & Halverson, 2009; Herrington, Herrington, Mantei, Olney, & Ferry, 2009; Ng’ambi, Gachago, Ivala, Bozalek, & Watters, 2012; Willams, Karousou, & Mackness, 2011).
Mindfulness. When investigating possible reasons for the notable differences between respondents in the two classes, it was discovered that the instructor had employed mindfulness teaching and learning strategies.
Briefly stated, mindfulness focuses upon the mind/body relationship, through such practices as meditation, deep listening, dance, breathing, reflection, and journaling; Barbezat & Bush, 2014; David, 2009, Goleman & Davidson, 2017)
One goal of mindfulness practices is to center one’s physical and mental awareness on present moment; “paying attention in a particular way: on purpose, in the present moment, and non-judgmentally” (Kabat-Zinn, 1994, p. 3).
Research indicates that mindfulness promotes attention, impulse control, self-awareness, compassion, empathy (Palalas, 2018)
However, there is a paucity of studies on mindfulness in online educational settings (Palalas, 2018)
Research Paradigm and Methodology:
This study is presented from a critical pragmatic perspective.
The term, critical pragmatism, was coined in 1988 by Deegan to describe the worldview of Jane Addams (1860 – 1935)
It is a blend of critical theory, pragmatism, and reflective research traditions
The goal of critical pragmatic educational research is to empower learners and increase equality in education (Deegan, 1988; Ulrich, 2007a, 2007b; Vannini, 2008; Zack, 2008)
The study also employed a transformative mixed methods methodology (Mertens, 2015).
Paradigm shift framework. Because no frameworks, models, or taxonomies that included the integration of emergent technologies from within different educational paradigms could be found, a paradigm shift framework was developed for the study. This framework merges a paradigm shift model, illustrated as a Venn diagram with an omni-tech taxonomy, which is illustrated as a blue arrow over the model in this slide.
This framework captures the learners’ levels of emergent technology integration within the pedagogical, andragogical, and heutagogical learning environments. Looking at the Venn diagram, the darkest, tallest letter in the PAH acronym is the most dominant approach to learning, while the smallest letter is least common approach found in that learning environment.
Briefly stated, the teacher determines what and how technology knowledge, skills, and attitudes are acquired and practiced by the learner in a P environment; assessment reflects the efficiency and effectiveness of the learner’s progress.
The learner engages with other learners, the instructor, and possibly other experts to facilitate the learner’s growing competency with emergent technology integration for learning in the A environment. Learning how to use these technologies is no longer major learning outcome; technologies are simply means for facilitating discourse, critical reflection, and other higher-order thinking skills within the learner’s growing learning community (Garrison, Anderson, & Archer, 2001).
In the H environment, the integration of technologies for learning is a perpetual, dynamic, reflexive process in which the learner determines: (1) what is learned, (2) how it is learned, (3) why it is being learned, (4) when and where the learning occurs, (5) who is involved in the learning, (6) how the learning can be adapted for use in novel situations, and (7) what learning outcomes and consequences this technology integration may have on the learner, the environment, and collective humanity. Through this process the learner hones their capacity for transformative learning and leading. It is this framework that binds the theoretical, conceptual, and substantive elements of the dissertation, including the research process and development of the data collection instruments used with study participants.
Data collection and analyses.
There were 7 data collection sources:
12 volunteer students from two online MEd DE courses during the Spring 2017 term completed pre- and post-term questionnaires, and mid- and post-term interviews.
Each course instructor completed one interview
The sixth source was the University public course web-pages, and
The researcher’s journal was the final source.
NVivo Pro 11 and SPSS v. 23 software programs were used to analyse the data.
A second coder was also employed. 25% of the student interviews were co-coded; 17% were initially coded in isolation, yielding inter-coder reliability of 92.4% agreement and a Kappa Coefficient of 0.956, and intra-coder reliability of 93.6% and 0.985 Kappa.
Demographics:
Participation: N=34; n=12 or 35.3% of N
Gender: 75% F; 17% M; 8% No response
Geographic: 42.5% lived in large urban centers (Pop. > 500,000)
MEd DE program: 75% completed over half of program
Emergent tech skill level: First tech course for most
Technology integration levels.
On average, all respondents reported being at the early practice level with emergent technologies when the term began.
However, post term levels indicated that those who most preferred:
Behavioural paradigm – slight drop in practice level
Shifting paradigms – slight to moderate increase in practice level
Perceptual paradigm – significant increase to early competency level
Here is the list of emergent technologies included in the study:
3D printing, augmented reality, cloud computing, conversational interfaces, educational game technologies, flipped classrooms, interactive whiteboards, learner analytics, Massive Open Online Courses (MOOCs), online learning management systems (LMSs), online social networking, open content, QR codes, tablet computing, wearable smart technologies
Course profiles. A comparative analysis between the two courses, drawn from instructor interviews and data from the public course webpages, indicated that on average, elements within both instructors’ realm of control aligned most closely with a merged andragogical/heutagogical approach to teaching and learning, whereas the more global course elements controlled by the faculty and institution were strictly pedagogical in nature. Thus, it was concluded that both course environments were very similar.
Preferred learning environment.
Looking at this chart on Course A respondents’ early- and post-term learning environment preferences, you can see that there was a fairly even split between preferences for a P, A, and H environments. By the end of the term, pedagogical preferences had increased slightly, andragogical preferences had increased a bit more, and heutagogical preferences had decreased moderately.
Now looking at Course B results, you can see that these respondents’ early-term preferences were also almost evenly divided between the three learning environments. However, by the end of the term, you will notice a dramatic increase in preferences for a heutagogical environment and a similar decrease in the preference for a pedagogical environment.
The term, “emergent technology’ vs setting goals.
Both courses were emergent technology courses; Course B focused specifically upon mobile learning.
41% of Course A respondents set a personal emergent technology integration goal, while 80% of Course B respondents did during the term under study.
Two possible explanations for the differences between the courses are:
Understanding of the term, “Emergent technology”; even though all research instruments included Veletsiano’s (2010) broad definition of “emergent technology,” collected data indicated that most respondents viewed emergent technologies as “tools.”
Perspectives on “emergent technology.”
Most respondents viewed emergent technologies as tools:
[Course A: 1] “The technology is a tool or medium I present my [online] classroom in…”
[Course B: 1] “My goal at the beginning of this course was to be more at ease with mobile technology. I recently bought a tablet…and wanted to be more efficient with the tool.”
One respondent talked about his confusion with the term, “emergent technology”:
[Course A: 2] “I still find it confusing… When I think about the phrase, ‘emergent technology’ I immediately go to physical tools. Then suddenly I have to backtrack and consider something like ideation or conceptual tools.”
Some respondents in Course B noted an evolution in their understanding “emergent technology” as the term progressed:
[Course B: 2] “So my initial thought going into the class was that my interest in instructional design and mobile learning is just a design on a mobile device. But then coming out of the class, I realized that it was a little bit different, more in-depth. Mobile technology is a whole other world, a whole other entity…”
Perceptions of Course A and B.
Course A: Presented emergent technologies within online learning context
Course B: Presented systemic and conceptual notion of mobile learning; employed the use of mobile devices and apps in the course
Pedagogical respondents didn’t set goals for the term:
[Course A: 1P] “This isn’t a technology course.”
[Course A: 2P] “…I was actually a little perplexed by that question just because it’s an online teaching and learning course about online teaching and learning, but it is not really a course specifically about technology. So it wouldn’t be a course where I would set that type of goal because I am not going to learn about new technologies in it.”
Heutagogical respondents did set goals for the term:
[Course A: 1H] “I am not sure if I had stated that or not [on the questionnaire], but one of the goals that I had was actually using mobile technology.”
[Course B: 1H]: “I wanted to get practical experience with mobile technology so that I would actually use it in my practice.”
Course B: Mindfulness practices.
Some of the mindfulness teaching and learning practices that the Course B instructor mentioned during an interview some months after the study term was over included:
Connecting with students on a regular basis
Apps:
Connecting with class
Staying organized
Remaining current
Merging life events, goals, and activities with course events and outcomes
Synchronous sessions began with meditation; being in present moment
Identifying, discussing, revisiting personally meaningful reasons for taking the course
Mindful listening
This course instructor and I are currently engaged in further research on mindfulness teaching and learning in the online learning environment. As part of this action research project, data has already been collected from some respondents enrolled in Course B during the following semester. Some preliminary findings reported by these respondents include:
Becoming cognizant of personal goals; mindfulness strategies helped them to monitor, assess, and update goals
The apps recommended by the instructor helped respondents maintain focus, organize their lives, and reduce stress
Respondents also felt that mindfulness strategies used in the course helped them to gain control over their own learning and other life aspects
Conclusions.
In comparing Course A to Course B, it was noted that:
The locus of control was almost identical in both settings
Although both courses were about using conceptual and systemic emergent technologies for online learning, only Course B included the use of mobile hard- and software tools
There was a nearly equal blend of P, A, and H early-term preferences in both courses
By the end of the term, Course A respondents indicated slightly more preference for P and A environments, whereas Course B respondents reported significantly more preference for H and less P environments.
Possible explanations for results include:
Respondent understanding of “emergent technology,” coupled with the use of tools in Course B
Mindfulness strategies in Course B
Some suggestions for future research include:
Employing new strategies for helping respondents understand broader definition of “emergent technology”
Continued exploration of the relationship between learning paradigms, learning approaches, and mindfulness teaching and learning strategies in online learning environments