E-Learning: Emergence of the Profession
by Jackie Flynt
Co-authored with Jason Drysdale and Shauna Hannon-Johnson for INTE 6750, Current Trends and Issues in Instructional Technology
Towards a Mobile Learning Curriculum
Botha, A., Batchelor, J., Traxler, J., De Waard, I., & Herselman, M. E. (2012). Towards a Mobile Learning Curriculum. Paper presented at the IST-Africa 2012, Dar es Salaam, Tanzania.
The rapid spread and penetration of mobile devices to every layer of society has confronted the educational community... more The rapid spread and penetration of mobile devices to every layer of society has confronted the educational community with many new opportunities and responsibilities. As mobile computing and its disruptive aftermath enter the education arena, the challenge becomes how to harness the potential in ways that are beneficial to the educational community at large and the learners in particular. This paper outlines the initial conception, design research methodology followed and the development of the definitive Mobile Learning Curriculum Framework as a first attempt to systematically and comprehensively explore, where and how mobiles could appear within educational provision. The curriculum framework is underpinned by three broad learning objectives; to acquire domain knowledge, to develop sufficient and appropriate skills to enable mobile learning practice and to understand the role and impact of domain knowledge in the relation to the application context. To this end the curriculum framework is presented as a modular solution for adaption to accommodate differing contexts.
Towards a Science- and Technology-Based Innovation of Turkey's Educational System
Boyer, D. M. (2012). Towards a science- and technology-based innovation of Turkey's educational system. Paper presented at the Eurasia Business and Economics Society 2012 Conference, İstanbul.
Through its structure, objectives, contents, and reform efforts, the Turkish educational system contributes to the... more Through its structure, objectives, contents, and reform efforts, the Turkish educational system contributes to the development of its students toward their roles as modern Turkish citizens. Scholastic achievement viewed through a comparative, international lens shows how aspects of the Turkish educational system contribute to marked differences between Turkish students and their foreign peers. Previous policies and practices have resulted in the current status quo, but innovative, systemic changes based on science and technology can help Turkish schooling keep pace with exceptional growth in economic and business sectors. Projects such as FATİH seek to modernize schools through a large investment in trendy commercial technologies, but focus too heavily on one area while ignoring other interconnected issues throughout the system. This work focuses on how a holistic approach to innovation in the Turkish educational system can be supported through a focus on science and technology.
Courseload and Nook Study E-text Platforms: A Usability Pilot Study
Led research team including members: Brian Hassevoort, Todd Lyman, Matt Burch, Ashley Miller, David Barber, Erica Lee, Khalid Alhomaidi, David Covert, and Ting Li. Research performed with the Center for Information and Communication Sciences at Ball State University, under the supervision of Professor Richard Bellaver, for our client the Asst. VP for Academic Solutions, Yasemin Tunc.
This usability pilot study is part of a larger e-text pilot project at Ball State University, the goal of which is to... more
This usability pilot study is part of a larger e-text pilot project at Ball State University, the goal of which is to draw conclusions about two e-text platforms, Courseload and the Nook Study. The study includes four classes and a total sample population of 210 students. Study methodology included a literature search, platform evaluation, preliminary student survey, in-person usability testing, final student survey, and professor interviews. Where applicable, statistical tools for determining significance were used.
The most valuable conclusions were drawn about e-text usage in general, and some important observations were made about each of the two platforms. Generally, the Nook Study appeared to be the more usable platform, but suffered from significant technological failings. In addition to navigation (especially for use in math classes) and zoom complaints, , the Courseload platform suffered especially from the broader failing of e-text platforms: that they merely allow computer access to textbooks designed for print. Broad results included a desire for better zoom, screen capture/copy/paste, and interactive features that take advantage of the electronic format. We conclude that the e-text remains immature in terms of the course textbook. Professors tended to strongly dislike the platforms. Students tended to have definite opinions for or against, but no clear consensus. Interestingly, student access to computers and Internet access still posed significant barriers for a minority of students, which would be critical for institutions to address if they adopt e-texts on a wide basis.
Related talk: http://ballstate.academia.edu/MattLievertz/Talks/84550/Courseload_and_Nook_Study_E-text_Platforms_A_Usability_Pilot_Study
Explaining Technological Pedagogical Change: A comparison of pedagogical technologists in schools
by David Woo
Paper abstract for CESA 2012
This paper explores the role of selected pedagogical technologists and examines what they do to impact schools’ ways... more
This paper explores the role of selected pedagogical technologists and examines what they do to impact schools’ ways of working with and through technology. In particular, it investigates the characteristics of the pedagogical technologists’ interactions with other school stakeholders, particularly teachers.
A pedagogical technologist helps teachers and other stakeholders in a school to use technology to best support student learning, taking into account technological, pedagogical content knowledge. A pedagogical technologist is neither a teacher in a traditional sense, nor a technician. In examining the pedagogical technologist, the paper employs a qualitative, multiple-case study research strategy with the pedagogical technologist role being the case unit of analysis. The study adopts an iterative, grounded approach to data collection and analysis. Grounding data collection and analysis entails initial data collection and analysis informing subsequent data collection and analysis in terms of development, primacy and validation of concepts. Data is collected by observing, interviewing and interacting with selected pedagogical technologists and other school stakeholders. Balance and variety are emphasized in the development of the study and the presentation of findings.
Some persistent qualities of interactions between pedagogical technologists and other school stakeholders are illustrated in the data. The preeminent interaction characteristic is the pedagogical technologist explaining technological pedagogical change to others in a way that they can understand. The content of this explaining includes the sharing of technological pedagogical practice or solutions, and the sharing of the technological pedagogical beliefs, values and assumptions which underlie the practice and solutions. The form of this explaining often incorporates technological pedagogical knowledge, other knowledge, interpersonal skills and metaphorical language. The significance of this interaction characteristic on teacher education is discussed. Other implications for practitioners, organizations and researchers are discussed.
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Seen by:Cultural shifts, multimodal representations, and assessment practices: A case study
Published in E-Learning and Digital Media
Multimodal texts involve the presence, absence, and co-occurrence of alphabetic text with visual, audio, tactile,... more Multimodal texts involve the presence, absence, and co-occurrence of alphabetic text with visual, audio, tactile, gestural, and spatial representations. This article explores how teachers' evaluation of students' multimodal work can be understood in terms of cognition and culture. When teachers apply a paradigm of assessment rooted in print-based culture to multimodal texts created with digital tools, they may fail to capture students' content learning and meaning-making processes that draw on diverse semiotic resources and involve multiple modes of representation.
A Framework for Conceptualising the Impact of Technology on Teaching and Learning
Price, S. & Oliver, M. (2007) A Framework for Conceptualising the Impact of Technology on Teaching and Learning. Educational Technology & Society, 10 (1), 16-27. Available online: http://www.ifets.info/journals/10_1/3.pdf
Although there is great interest, and considerable investment, in adopting technology within Higher Education, it is... more Although there is great interest, and considerable investment, in adopting technology within Higher Education, it is less clear what this change means to the people who implement or experience it. Presently, there is no consistent framework used to study and explain this phenomenon. In this paper, we propose a framework that can structure and guide work in the area. Work carried out as part of a Kaleidoscope-funded project (see Price et al, 2005) to explore the impact of technology, providing an overview of current research in this area is described, outlining a framework of approaches to researching this topic, and providing an example of empirical work that fits within this methodological framework. Findings from the case study reported here focus on the role that models of teaching and learning play in the process of technology adoption and will be used to elaborate on the themes emerging from the review of existing research. The paper will conclude by considering the framework’s role as a foundation for further work in this area.
You’re it! Body, Action, and Object in STEM Learning (ICLS 2012 Symposium)
FOREWORD:
I organized this symposium to encourage dialogue among design-based researchers of STEM learning whose work is grounded in an embodied-cognition epistemological perspective on what it means to know. My sense is that we're working in parallel, and that we could avail a great deal by beginning to reflect collectively. The proceedings paper, written in advance of the conference gathering, captures the sense of inviting this collective reflection among the variety of embodied-cognition "flavors." I hope you find it interesting.
CITATION:
Abrahamson, D. (Chair & Organizer). You’re it! Body, action, and object in STEM learning (M. Eisenberg, Discussant). In P. Freebody, T. de Jong, E. Kyza & P. Reimann (Eds.), Proceedings of the International Conference of the Learning Sciences: Future of Learning (ICLS 2012). Sydney: University of Sydney / ISLS.
ABSTRACT:
In this special double symposium, sixteen established and emerging scholars from seven US universities,... more
ABSTRACT:
In this special double symposium, sixteen established and emerging scholars from seven US universities, who share theoretical perspectives of grounded cognition, empirical contexts of design for STEM content domains, and analytic attention to nuances of multimodal expression, all gather to explore synergy and coherence across their diverging research questions, methodologies, and conclusions in light of the conference theme “Future of Learning.” Jointly we ask, What are the relations among embodiment, action, artifacts, and discourse in the development of mathematical, scientific, engineering, or computer-sciences concepts? The session offers emerging answers as well as implications for theory and practice.
Paulo Freire and Ivan Illich: Technology, Politics and the Reconstruction of Education
by Richard Kahn
Co-authored with Doug Kellner, Policy Futures in Education, Vol. 5 (4), 2007
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Seen by:Learning web analytics: A tool for strategic communication
by Rebeca Pop
Co-authored with Michael L. Kent, Bryan J. Carr, Rebekah A. Husted.
This essay discusses the usefulness of analytical software for public relations and communication professionals. Using... more This essay discusses the usefulness of analytical software for public relations and communication professionals. Using data from four organizations (academic, professional, governmental, and activist), the authors unpack web analytic tools and their potential for improving the strategic communication skills of students.
Rethinking Anonymity in an Age of Increasing Technological Change: Cases of Pedagogical Technologists in Schools
by David Woo
Chapter abstract for the book Methodological challenges when exploring digital learning spaces in education
Anonymity is a significant ethical principle with historical and legal precedents for researchers. It is a part of an... more
Anonymity is a significant ethical principle with historical and legal precedents for researchers. It is a part of an ethical trend towards protecting people’s confidentiality and privacy interests in the greater society, and recognizes ethical codes for research developed in response to 20th century research projects. Globally, confidentiality and privacy regulation is increasing in the legal sphere. Legal precedents are established by dozens of privacy commissioners or data protection authorities at national and sub-national levels. Educational institutions and private industries, among others, are obligated to maintain a degree of confidentiality to protect data subjects (e.g. research participants) and data users (e.g. researchers and readership). Furthermore, teaching and learning activities and research activities are generally not exempt from privacy ordinances. As a result, at the university level, such measures such as institutional review board (IRB) protocols and ethics lectures have been developed to promote confidentiality and privacy in research and pedagogical practice. Research literature has also discussed the significance of a principle of anonymity in qualitative research and dissemination of research (Tilley & Woodthorpe, 2011) and in accidental disclosure (Wiles et al., 2008), for example.
However, new limits and degrees of anonymity are emerging in an age of rapid technological change, where new technology enables new types of social research by transforming research participants’ and researchers’ ways of doing. While emergent and innovative use of technology, particularly Web 2.0 technology, by researchers and participants leads to emergent and innovative research projects, this also creates a problem of appropriately applying a principle of anonymity to emergent research projects. This chapter explores the problem of presenting rich, descriptive data on a unique, emergent social phenomenon while adhering to an ethical principle of anonymity. This presentation explores an appropriate degree of and limit to anonymity when reconciling the impact of social research findings with political considerations for research participants, their organizations, the researcher and other research stakeholders.
The data are drawn from five qualitative case studies of pedagogical technologists, whose primary responsibility is to support the pedagogical aspect of teaching through information technology in schools, and who have been found only in a few, unique schools. The objective of the original research project was to explore how pedagogical technologists impact schools’ ways of working with and through technology. Case data were collected over nine months. Pedagogical technologists were observed interacting with other school stakeholders, and they and other school stakeholders were interviewed. Photographs were taken. And Web 2.0 digital texts, including social networks, blogs and Twitter were analyzed. The study adopted an iterative, grounded approach to data collection and analysis. Grounding data collection and analysis entails initial data collection and analysis informing subsequent data collection and analysis in terms of development, primacy and validation of concepts.
The chapter identifies the context for the case studies and significant methodological and political considerations. Both the pedagogical technologist role and pedagogical technologist practice with technology are emergent. Pedagogical technologists use technology, particularly Web 2.0 technology, to spread technological pedagogical ideas, beliefs, values and assumptions. They also use a suite of technologies to build communities of practice. In general, these pedagogical technologists do not work in isolation and maintain high-profiles in their organizations and communities. They are hardly anonymous figures and are aware of this. Additionally, the pedagogical technologists work in few, unique schools. These schools could be readily identifiable by their employing pedagogical technologists, their curriculum, their official school-type designation and their medium of instruction, among other distinguishing characteristics. The primary researcher works in a university where the application of ethics in research is formalized and reviewed.
In view of this context, several considerations became prominent. To maintain the integrity of the findings from the case data, a richly descriptive product is needed, but to maintain anonymity, a less descriptive product is ideal. For the research findings, to name even the type of technology pedagogical technologists’ used is to give away vital information. For example, to illustrate how pedagogical technologists use Twitter to build community is to provide much traceable information even without quoting anything verbatim. Ultimately, the degree to which this social research project could be beneficial, inclusive and democratic became a political and logistical consideration. As the primary research participants were high-profile figures largely by choice, to protect their integrity and this research project, and to benefit their work would suggest disclosing more than not, and not changing key characteristics. Besides, in naming pedagogical technologists and their technologies, other pedagogical technologists and schools could identify these research participants and contact them. To make pedagogical technologists more anonymous in the research project is to belie the research project’s findings. On the other hand, the research project implicates more than the pedagogical technologist and the researcher’s needs. Pedagogical technologists work in unique environments with many organizations and people who may prefer a greater degree of anonymity. There is a shared risk to the degree of anonymity in the research project. To agree to identify the pedagogical technologist is for everyone to agree to identify the pedagogical technologist, themselves, other people and organizations. It would also be difficult to get all people, and organizations implicated in this research to agree to a shared degree of anonymity for all. Moreover, another consideration was in what ways people, their organizations and technologies could be effectively anonymized without becoming generic. In sum, this research project produced several complex considerations which required prioritizing and balancing.
The ways by which the researcher, research participants and other research stakeholders considered anonymity and established a common understanding of it to present the research findings are reported. These ways included informed consent procedures such as detailing research methods for approval by a university IRB, explaining the research and its methods to participants and obtaining their signed, informed consent. During the grounded data collection and analysis, participant checking was used. Coded data, which was anonymized to a degree by the omitting of data and employing pseudonyms, were presented to research participants for their comment. Each data collection instance was fed back to the research participants involved for their checking. Ultimately, each case report was given to relevant participants, who were compelled to read the reports. Discussions on what data to use and the appropriateness of anonymity were discussed with research participants, as well as with other research stakeholders such as this researcher’s supervisor. Disagreements on which data to use and the degree of anonymity were resolved. In these was, research ethics were broached and data anonymity were safeguarded.
The implications of researchers’ and research participants’ emergent technological practice on anonymity in social research are discussed. This chapter emphasizes the need to revisit a researcher’s methodological and ethical considerations, the political considerations for all research stakeholders, and the context for research. In the case of emergent technologies and emergent school roles in qualitative research, the chapter suggests the appropriateness of varying the degrees of anonymity for each participant, organization and technology implicated in the research. It also suggests including research participants in an iterative approach to agree upon degrees of anonymity as data collection and analysis progresses. In this way, there is a balance of the integrity of research findings with anonymity when some research participants shield themselves and others do not. This approach maximizes the inclusion of voices, social change and impact in qualitative research in the 21st century. The dissent from the prevalent discourse on anonymity should continue and be encouraged.
Designing Model Courses for a Process of eLearning Optimization
by Andy Hediger
Co-authored with Jetmire Sadiki, published in EADTU Proceedings,
Strategies and business models for Lifelong Learning / Networking Conference, pp.186–200
The Swiss Distance University of Applied Sciences (FFHS) has set up the project “Best Prac- tice”, initiating several... more
The Swiss Distance University of Applied Sciences (FFHS) has set up the project “Best Prac- tice”, initiating several processes of eLearning optimization. The objective of the project is to improve the didactic quality of courses, learning environment and study guidance, as well as to enhance student’s online-activity, interactivity (Salmon, 2002) and self-regulation.
In a beacon project three courses have been designed as prototypes. Additionally a specific implementation tutorial will aid with the multiplication of these prototypes and to transfer re- sults in to practice. To reach the project’s goals, we are aware that successful communication is an essential condition for support in virtual learning situations (Arnold, Kilian, Thillosen, & Zimmer, 2004). Consistent course design, adequate contacts with course instructors and active discussions have been proved to significantly influence the success of online courses (Swan et al., 2000). These didactic demands are met with a set of specifically designed devices like new course structure, presentation and visualization of study material and the information for lecturers and students. Further development will include an implementation policy and respective for- mation for multimedia use (“DICE”, 2010), the publishing process and data visualization. We will show our monitoring process of the new didactic possibilities and how they can be helpful for students and lecturers.
WTF? Detecting Students who are Conducting Inquiry Without Thinking Fastidiously.
co-authored with Wixon, Michael, Ryan S.J.d. Baker, Janice Gobet, and Mathew Bachman
20th annual conference on User Modeling, Adaption, and Personalization (UMAP) 20th annual conference on User Modeling, Adaption, and Personalization (UMAP)
Towards Sensor-Free Affect Detection in Cognitive Tutor Algebra
Co-authored with: S.J.d. Baker, Ryan, Sujith M. Gowda, Michael Wixon, Jessica Kalka, Angela Z. Wagner, Aatish Salvi, Vincent Aleven, Gail W. Kusbit, and Lisa Rossi. For the 5th International Conference on Educational Data Mining.
Lim, C. P., & Barnes, S. (2005). A collective case study of the use of ICT in Economics courses: A sociocultural approach. Journal of the Learning Sciences, 14(4), 489-526.
Based on a collective case study of the use of an economics ICT tutorial-based package, WinEcon, in three British... more
Based on a collective case study of the use of an economics ICT tutorial-based package, WinEcon, in three British schools, this paper examines the activity structures that exist in ICT-mediated lessons situated within their broader sociocultural contexts. Activity theory and its highly developed ideas of the sociocultural conceptions of human nature and cognition are adopted to frame the study. By drawing together Gifford’s (1997) mediated learning model and Cole’s (1995) culture as garden metaphor, the former captures the activities mediated by students, teachers, ICT and non-ICT tools in the course, and these are situated in the latter’s broader sociocultural settings of the school, education system and society-at-large.
Although the paper provides an account of the use of WinEcon in economics courses, its emphases are on the issues and problems of ICT integration: course objectives, teaching and learning tools, participants, sociocultural constraints, activities, and design of the learning environment. Consistent with other studies of ICT integration, there are two interrelated points for consideration regarding the use of ICT in enculturating students to think “in an economics way”: (1) pivotal role of the teacher in the design of the learning environment, and (2) object of activities, sociocultural constraints and the enculturation process.
Lim, C. P. (2002). Online learning in schools: Some lessons from pole-vaulting. International Journal of Educational Technology, 3(1).
Drawing a parallel between the introduction of Internet technologies in schools and the introduction of a new vaulting... more Drawing a parallel between the introduction of Internet technologies in schools and the introduction of a new vaulting pole to pole-vaulting, this paper explores key issues of successful integration of online learning in schools. It highlights the need for a paradigm shift in learning to build a learning culture in schools and a strategic plan in schools to enculturate their students to be lifelong learners.
