Preparing Next Generation Elementary Teachers for the Tools of Tomorrow

Author(s):  
Oliver Dreon ◽  
Jennifer Shettel ◽  
Kevin M. Bower

This chapter examines the results from ongoing research of an authentic, problem-based learning (PBL) project. Embedded in an instructional technology course, the project was designed to help preservice teachers develop technological pedagogical content knowledge (TPACK) necessary to successfully incorporate digital tools and applications in elementary classrooms (Harris, Mishra, & Koelher, 2009). The project partnered the preservice teachers with local elementary school classrooms where they served as instructional designers to develop digital media in support of a flipped classroom initiative. Results indicate that the semester-long PBL-based assignment significantly impacted the preservice teachers' TPACK development in several critical areas and can serve as a model for advancing next generation teacher education. Overarching themes that emerged and recommendations for future research are offered as well.

Author(s):  
Oliver Dreon ◽  
Jennifer Shettel ◽  
Kevin M. Bower

This chapter examines the results from ongoing research of an authentic, problem-based learning (PBL) project. Embedded in an instructional technology course, the project was designed to help preservice teachers develop technological pedagogical content knowledge (TPACK) necessary to successfully incorporate digital tools and applications in elementary classrooms (Harris, Mishra, & Koelher, 2009). The project partnered the preservice teachers with local elementary school classrooms where they served as instructional designers to develop digital media in support of a flipped classroom initiative. Results indicate that the semester-long PBL-based assignment significantly impacted the preservice teachers' TPACK development in several critical areas and can serve as a model for advancing next generation teacher education. Overarching themes that emerged and recommendations for future research are offered as well.


Author(s):  
Nicholas C. Wilson

This chapter explores two critical areas essential to the implementation of next generation tools in formal learning settings: (1) persistent barriers to technology integration in schools and (2) supporting student agency through different forms of participation in technology and digital media activities. Concerns that the educational digital divide has evolved into an issue of equitable participation in producer-level technology-mediated activities have underscored the need to identify new barriers to integration and student engagement. While persistent barriers to integration continue to impact the frequency and purpose of technology use in the classroom, a re-centering of focus on agency and its relationship to students' identity development underscores the need to understand how the next generation of tools and technologies can be harnessed to overcome social and educational inequities.


2013 ◽  
Vol 2 (1) ◽  
pp. 6-26 ◽  
Author(s):  
Andrew Tyminski ◽  
Corey Drake ◽  
Tonia Land

Despite the prevalence of mathematics curriculum materials in elementary classrooms, most current mathematics methods texts provide little or no support for preservice teachers (PSTs) learning to use curriculum materials. To meet this need, we have designed and studied several modules intended to provide PSTs with opportunities to learn about and from the use of curriculum materials. This article describes our research related to 1 of these modules–Addition Starter Sentences. Our results examine the nature of PSTs' developing content knowledge and pedagogical content knowledge, evidenced through their interactions with and reflections on Standards-based curriculum materials. We conclude with implications for mathematics teacher education research and practice.


Author(s):  
Margaret L. Niess

The 21st-century explosion and decisive impact of digital media on education has highlighted the need for rethinking the required teacher knowledge for guiding students in taking advantage of improved technological affordances. The reformed teacher knowledge, called technological pedagogical content knowledge (TPCK or TPACK), is knowledge reflecting a dynamic equilibrium for the interaction of technology, pedagogy, and content. The intersection of these three knowledge domains reveals four additional subsets: technological pedagogical knowledge, technological content knowledge, pedagogical content knowledge and technological pedagogical content knowledge. The summation of these domains resides within the intellectual, social, and cultural contexts of education, to reveal the knowledge known as TPCK/TPACK. Teacher educators, researchers, and scholars have been and continue to be challenged with identifying appropriate experiences and programs for assessing and developing this teacher knowledge for integrating digital technologies as learning tools in reformed educational environments. Two questions guide this review of the literature surrounding the active, international scholarship and research toward understanding the nature of TPCK/TPACK and guiding the development of teachers’ TPCK/TPACK. The response to the first question describes the nature of this teacher knowledge for the digital age and how it differs from prior descriptions of teachers’ knowledge. The response to the second question explores the research and scholarship unveiling how this knowledge is developed and assessed at the pre-service and in-service teacher levels. From this scholarly work, three distinct views on the nature of TPCK/TPACK are proposed to explain various approaches in how this teacher knowledge is both developed and assessed in pre-service and in-service preparation programs. The integrated, heterogeneous vision recognizes the distinctness of the multiple subsets in the model and calls for specific preparation in each of the domains as key to developing the teacher knowledge for the digital age. The transformative, homogeneous vision considers the knowledge as a whole, composed through the integration of the multiple subset. Through the educational processes, the multiple subsets are rearranged, merged, organized, integrated and assimilated in such a way that none are any longer individually discernible. The third vision, called the distinctive vision, acknowledges the critical nature of the primary domains of pedagogy, content and technology and proposes the value of preparing teachers in each of these distinct domains. Supporting teachers for gaining the TPCK/TPACK-based knowledge, the preparation must respond to changes in content knowledge, pedagogical knowledge, and technological knowledge. These cumulative scholarly efforts provide a launchpad for future research focused on developing teachers’ knowledge for teaching in the digital age.


Author(s):  
Pankaj Musyuni ◽  
Geeta Aggarwal ◽  
Manju Nagpal ◽  
Ramesh K. Goyal

Background: Protecting intellectual property rights are important and particularly pertinent for inventions which are an outcome of rigorous research and development. While the grant of patents is subject to establishing novelty and inventive step, it further indicates the technological development and helpful for researchers working in the same technical domain. The aim of the present research work is to map the existing work through analysis of patent literature, in the field of Coronaviruses (CoV), particularly COVID-19 (2019-nCoV). CoV is a large family of viruses known to cause illness in human and animals, particularly known for causing respiratory infections as evidenced in earlier times such as in MERS i.e. Middle East Respiratory Syndrome; SRS i.e. Severe Acute Respiratory Syndrome. A recently identified novel-coronavirus has known as COVID-19 which has currently caused pandemic situation across the globe. Objective: To expand analysis of patents related to CoV and 2019-nCoV. Evaluation has been conducted by patenting trends of particular strains of identified CoV diseases by present legal status, main concerned countries via earliest priority years and its assignee types and inventors of identified relevant patents. We analyzed the global patent documents to check the scope of claims along with focuses and trends of the published patent documents for the entire CoV family including 2019- nCoV through the present landscape. Methods: To extract the results, Derwent Innovation database is used by a combination of different key-strings. Approximately 3800 patents were obtained and further scrutinized and analyzed. The present write-up also discusses the recent progress of patent applications in a period of the year 2010 to 2020 (present) along with the recent developments in India for the treatment options for CoV and 2019-nCoV. Results: Present analysis showed that key areas of the inventions have been focused on vaccines and diagnostic kits apart from the composition for treatment of CoV. We also observed that no specific vaccine treatments is available for treatment of 2019-nCov, however, developing novel chemical or biological drugs and kits for early diagnosis, prevention and disease management is the primarily governing topic among the patented inventions. The present study also indicates potential research opportunities for the future, particularly to combat 2019-nCoV. Conclusion: The present paper analyzes the existing patents in the field of Coronaviruses and 2019-nCoV and suggests a way forward for the effective contribution in this upcoming research area. From the trend analysis, it was observed an increase in filing of the overall trend of patent families for a period of 2010 to the current year. This multifaceted analysis of identified patent literature provides an understanding of the focuses on present ongoing research and grey area in terms of the trends of technological innovations in disease management in patients with CoV and 2019-nCoV. Further, the findings and outcome of the present study offer insights for the proposed research and innovation opportunities and provide actionable information in order to facilitate policymakers, academia, research driven institutes and also investors to make better decisions regarding programmed steps for research and development for the diagnosis, treatment and taking preventive measures for CoV and 2019-nCoV. The present article also emphasizes on the need for future development and the role of academia and collaboration with industry for speedy research with a rationale.


Author(s):  
Ronald E. Rice ◽  
Simeon J. Yates ◽  
Jordana Blejmar

We conclude the Handbook of Digital Technology and Society by identifying topics that appear in multiple chapters, are more unique to some chapters, and that represent general themes across the material. Each of these is considered separately for the ESRC theme chapters and the non-ESRC chapters. In the ESRC theme chapters, cross-cutting research topics include digital divides and inequalities; data and digital literacy; governance, regulation, and legislation; and the roles and impacts of major platforms. Cross-cutting challenges include methods; theory development, testing, and evaluation; ethics; big data; and multi-platform/holistic studies. Gaps include policy implications, and digital culture. In the non-ESRC chapters, more cross-cutting themes include future research and methods; technology venues; relationships; content and creation; culture and everyday life; theory; and societal effects. More unique, these were digitization of self; managing digital experience; names for the digital/social era; ethics; user groups; civic issues; health, and positive effects. The chapter also shows how the non-ESRC chapters may be clustered together based on their shared themes and subthemes, identifying two general themes of more micro and more macro topics. The identification of both more and less common topics and themes can provide the basis for understanding the landscape of prior research, what areas need to be included in ongoing research, and what research areas might benefit from more attention. The chapter ends with some recommendations for such ongoing and future research in the rich, important, and challenging area of digital technology and society.


2020 ◽  
pp. 002248712093954
Author(s):  
Karl W. Kosko ◽  
Richard E. Ferdig ◽  
Maryam Zolfaghari

Use of video as a representation of practice in teacher education is commonplace. The current study explored the use of a new format (360 video) in the context of preservice teachers’ professional noticing. Findings suggest that preservice teachers viewing 360 videos attended to more student actions than their peers viewing standard video. In addition, using a virtual reality headset to view the 360 videos led to different patterns in where preservice teachers looked in the recorded classroom, and to increased specificity of mathematics content from the scenario. Thus, findings and results support the use of 360 video in teacher education to facilitate teacher noticing. However, future research is needed to further explore this novel technology.


2021 ◽  
pp. 004723952110316
Author(s):  
Mustafa Serkan Günbatar

The purpose of this research was to determine the effectiveness of the instruction process using the flipped classroom (FC) model within the scope of Computer Networks and Communication course. Theoretically, the community of inquiry model was taken as a reference and the effectiveness of the instruction process was evaluated accordingly. Students were preservice teachers studying Computer Education and Information Technology in the third grade in the Van region in Turkey. There were a total of 19 students, of which 12 are male and seven are female. FC process was carried out in the spring semester of 2018–2019 and lasted 11 weeks in total. A mixed-method design was used to gathering the data. Therefore, the research design was an explanatory design from mixed-methods designs. The quantitative data collection tool was the Turkish version of the Community of Inquiry Survey. The quantitative data were analyzed by dividing the students into very low, low, high, and very high levels. The qualitative data collection tool was the interview form created concerning the community of inquiry model. The qualitative data were analyzed by the use of the community of inquiry coding template's themes. At the end of the instruction process, students had a very high level of cognitive, social, and teaching presence perception. This situation was detailed and supported with the qualitative data obtained. Concerning the cognitive presence, the students firstly talked about that they started the learning process with videos. Regarding the social presence, they mentioned the motivating effect of the questions. About the teaching presence, participants firstly mentioned the direct instruction role of the videos.


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