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  • About
  • The Global ETD Search service is a free service for researchers to find electronic theses and dissertations. This service is provided by the Networked Digital Library of Theses and Dissertations.
    Our metadata is collected from universities around the world. If you manage a university/consortium/country archive and want to be added, details can be found on the NDLTD website.
1

Teaching Teamwork to College Students through Cooperative Learning| Faculty Attitudes and Instructional Best Practices

Calhoun, Deborah C. 28 May 2014 (has links)
<p> Employers highly value college graduates who have strong teamwork and interpersonal skills. In studies focused on employer priorities for college learning sponsored by the Association of American Colleges and Universities in 2008, 2010, and 2013, employers have stated that colleges should do more to prepare graduates to work effectively in a team-based work environment. Equally important is the empirical research which has demonstrated that cooperative learning has the ability to significantly enhance student learning. These benefits include higher academic achievement, better longterm retention of what is learned, enhanced ability to transfer learning from one situation to another and a more positive attitude toward the academic subject being studied. Lastly, the study of teamwork is important to the study of leadership, without a team of followers there is no leadership. Many college and university faculty have students work in cooperative groups and assign team projects in their courses. Unfortunately, most faculty do not realize that the development of effective teamwork knowledge, skills, and abilities takes time, education and training. Students need to be taught how to work cooperatively in teams; these skills do not naturally develop on their own. </p><p> The purpose of this descriptive study was to investigate the differences between what the research literature identifies as cooperative learning and teamwork instructional &ldquo;best practices&rdquo; and what postsecondary faculty in a variety of academic disciplines actually do when employing groups or teams in their courses. An additional research objective was to gain a better understanding of the factors that contribute to any differences discovered. In order to take a first step toward answering these questions a web-based survey of full-time faculty, both liberal arts and professional, employed at ten different Maryland colleges and universities was conducted.</p><p> An analysis of the data collected revealed that a preponderance of the faculty assigned cooperative work and team assignments for student centered reasons; they want their students to learn teamwork skills and course content. Yet the majority of the faculty implement very few of the cooperative learning and teamwork instructional &ldquo;best practices&rdquo; discussed in the academic literature. In other words, students were assigned to course teams with little forethought, preparation, or guidance from faculty and many of the assignments utilized were not properly designed for student group/team learning. The research suggests a majority of faculty harbor misconceptions about how students learn teamwork skills and do not realize that their own knowledge of cooperative learning and teamwork as well as of the best instructional practices was very limited. Lastly, the research uncovered several statistically significant relationships among the use of cooperative groups, team projects and instructional &ldquo;best practices&rdquo; and with faculty teamwork self-efficacy, collectivism values, motivation, attitude and to a lesser degree with faculty teamwork KSAs and demographics.</p><p> By gaining a better understanding of faculty confidence and competence to teach and coach effective cooperative learning and teamwork within their classrooms, colleges and universities will be able to develop meaningful instructional aids, mentoring programs and professional development opportunities which support faculty in the effective facilitation of meaningful group exercises and team projects in their courses. In so doing, the college student&rsquo;s attitude toward future team opportunities will be more positive and the likelihood increased that effective teamwork skills will be developed and more likely transferred to future professional situations.</p>
2

The perceived technology proficiency of students in a teacher education program

Coffman, Vonda G. 13 June 2014 (has links)
<p> The purpose of this study is to determine the perceived technology capabilities of different levels of undergraduate students of Kent State University in the College of Education, Health, and Human Services teacher education programs; to determine if the perceived technology capabilities of students beginning the teacher education program differ from those nearing completion of the program; and, if the perceived technology capabilities of students change from the start to the end of the Educational Technology course. Examining student perceptions may provide insight on whether preservice teachers think they can prepare students for the 21<sup>st</sup> century once they become inservice teachers. To determine whether preservice teachers perceive that they are being prepared to teach 21<sup>st</sup> century skills by integrating technology into teaching and learning, three groups of students were surveyed: incoming students, junior-level students at the beginning and end of the Educational Technology course, and students nearing graduation. The TPACK survey for preservice teachers (Schmidt, Baran, Thompson, Mishra, Koehler &amp; Shin, 2009) was used to examine preservice teachers' perceptions of their technology capabilities as related to teaching.</p><p> Teachers comprise an integral factor in the effective incorporation of technology into classroom activities, yet many current teachers remain unable or unwilling to employ technology fully or effectively. The findings from this study led to several conclusions, including that the students perceived themselves to have better technological abilities after completing the Educational Technology course and as seniors near the end of the teacher education program, and the results of this study should challenge teacher education faculty to consider how their beliefs, attitudes, and use of technology in teaching and learning are transmitted to their students.</p>
3

A mixed methods study of shared epistemic agency in team projects in an online baccalaureate nursing course

Hayes, Suzanne 07 January 2015 (has links)
<p> This study explores the role of instructional design in the development of shared epistemic agency (SEA) when RN to BSN nursing students collaborate to complete a team project in an online course. Paavola &amp; Hakkarainen's (2005) trialogical model of learning is used to design a learning activity where teams create a shared knowledge object, a co-authored patient interprofessional care plan to support group knowledge creation. The study addresses the following research questions: 1. What patterns of SEA are evident at the team level as manifest through epistemic and regulative actions in online student discourse? 2a. How did each team's epistemic and regulative decisions contribute to their shared knowledge object? 2b. How did the instructor's online interaction enhance or constrain each team's epistemic and regulative decisions? 2c. How did each team's use of project technology tools affect the development of their shared knowledge object? 3. What contributed to supporting or suppressing SEA in each team? These questions examine SEA in relationship to research in shared knowledge construction pedagogies and instructional design within nursing education. </p><p> This study uses a convergent parallel mixed methods design, in which both quantitative and qualitative data are collected, analyzed separately, and then merged (Creswell &amp; Plano Clark, 2011). Quantitative content analysis is used to examine student discourse for evidence of student epistemic and regulative actions. This is combined with two forms of qualitative analysis. Thematic analysis is used to examine student artifacts and interviews with team members and their instructor to gain deeper insight into the meanings of their epistemic and regulative experiences within this six week collaborative activity. Case analysis is used to describe and synthesize differences among teams that supported or constrained the development of SEA. </p><p> The quantitative strand of research found higher levels of regulative actions compared to epistemic actions in both teams. The qualitative strand of research identified two areas which constrained each team's development of SEA overall. The first related to a series of uncertainties related to apprehensions about working with team members for the first time, concerns about the project and the instructor's expectations, and doubts about using technology for collaboration. The second related to a series of disjunctures associated with students' discordent beliefs about collaboration; contradictory views of conflict; and, discrepent views of leadership. </p><p> Synthesis of these results resulted in six factors that contributed to supporting or suppressing SEA in each team: team contracts, the team wiki, propensity for regulative over epistemic actions, narrow views of conflict, misconceptions about collaborative learning, and the instructor's role. In light of these findings, theoretical and practical implications and recommendations are detailed.</p>
4

Design Drawing - An Integrated Visualization System

Lothrop, Thornton 28 August 2012 (has links)
No description available.
5

Symbiotic design practice : designing with-in nature

Sanchez Ruano, David January 2016 (has links)
Human culture has recognized the damage being caused to our environment and is in the process of transitioning toward sustainable systems. Design disciplines and environmental studies are engaging in alternative ways to support a sustainable world and, to a large extent, on resolving the disconnection between humans and nature. The conceptualization of <i>Symbiotic Design</i> proposed in this research, facilitates theoretical-practical reflections and recognizes that learning through closer association with the natural world can trigger innate responses and enhance human creativity. Designers need to have an understanding of these concepts to allow them to design in an ecologically conscious way. Using biophilia, biomimicry and resilience thinking as core eco-techniques, the research develops a series of teaching/learning practices that aim to enhance the embodiment of design with-in nature. This <i>Symbiotic Design</i> Practice process was developed, tested and evaluated across a sample of undergraduate and postgraduate design students. Text, visuals and workshop activities evolved through a method of action-based cycles. In essence, the research proposes a new eco-pedagogical strategy that facilitates nature-based experiences and behavior change toward an ecologically conscious design culture.
6

Embedding learner independence in architecture education : reconsidering design studio pedagogy

McClean, David January 2009 (has links)
The landscape of UK Higher Education has witnessed significant change in recent years, characterised by rapidly increasing numbers, widening participation, and a diminished per capita resource base. Developmental and enhancement agenda have placed greater emphasis on skills for lifelong learning, and the independent learner has thus become a prominent theme. In architecture education these factors are imposing pressures on the traditional studio-based teaching model, one that forms a universal cornerstone of architecture schools. Coincidentally, the same period has seen this model, endorsed by Schon in the 1980s, increasingly challenged. It is argued that the confluence of these factors, presents an opportunity to develop studio-based pedagogy around the notion of the independent learner, renewing studio's relevance and currency. The aim of this thesis was developed from a literature review that was divided into four sections. The first summarised developments within UK higher education, including research into the First Year Experience, and placed architecture education within this context. The second examined the origins of contemporary studio-based teaching, whilst the third discussed the theoretical roots of its pedagogy. The final chapter critiqued teaching and learning practices through comparison with the theoretical intent, revealing a number of contradictory and counter-productive aspects. From this, the position that the development of the truly independent learner in the discipline of architecture requires the formulation of new inclusive pedagogic strategies that explicitly accommodate the individual in the studio-based learning process, and address identified shortcomings in existing studio-based teaching practices, was developed. The methodology adopted an ethnographic approach that gathered data through a longitudinal study of student perceptions, together with interviews with selected academics. Analysis of the findings, whilst replicating many phenomena raised by the literature, also revealed in detail a range of perceptions of learning, and wider student life, giving insight into key challenges. In considering these against the agendum of creating the independent learner, the importance of the peer group as a vehicle for studio-based learning and pastoral support, emerged strongly. A number of recommendations were thus made aimed at reconstructing the role of the tutor in the development of future strategies, as well as harnessing the unrealised potential of the peer group as an agent in embedding independent learning in design studio. The originality of this thesis resides in the fact that it constitutes a holistic study of teaching and learning practices in first year design studio. This is viewed against the background of rapid change in UK Higher Education. Pivotal to the study was the undertaking of a longitudinal survey of student perceptions, presenting a vitally different perspective from, say, that of Schon. From a holistic standpoint, the study creates the theoretical and evidential basis for the future development of key pedagogic strategies relating to design studio. This lays the foundation for the development of learning practices that foster learner independence within the context of design studio.
7

[pt] RELAÇÕES COMUNICACIONAIS DA TECNOLOGIA NO PROCESSO ENSINO-APRENDIZAGEM UM ESTUDO SOBRE A INFLUÊNCIA DO RECURSO PEDAGÓGICO DO VÍDEO NO DESENVOLVIMENTO DE HABILIDADES PARA A CONSTRUÇÃO DE COMPETÊNCIAS / [en] TECHNOLOGY COMMUNICATION RELATIONS IN THE TEACHING-LEARNING PROCESS: A CASE STUDY ON THE INFLUENCE OF THE PEDAGOGICAL RESOURCE OF THE VIDEO IN THE DEVELOPMENT OF SKILLS FOR THE CONSTRUCTION OF COMPETENCES

WALVYKER ALVES DE SOUZA 29 September 2020 (has links)
[pt] A partir de uma análise acerca das habilidades desenvolvidas por meio de recursos tecnológicos, advinda do estudo sobre a produção e uso de vídeos em sala de aula por alunos da disciplina de Técnicas de Costura, do curso de graduação em Design da PUC-Rio, constatou-se que, o recurso pedagógico do vídeo potencializa a construção do conhecimento através da ação. Na presente pesquisa, exploratória de caráter qualitativo, foi realizada a documentação de vídeos que foram produzidos em sala de aula pelos alunos da citada disciplina, aqui considerados como recursos didáticos. Tendo por objetivo geral apresentar considerações acerca da influência desse recurso no desenvolvimento de habilidades para a construção de competências, esse trabalho tomou por base a experiência docente das práticas de costura e as dinâmicas que têm lugar em sala de aula, e norteou-se no material didático produzido coletivamente pelos alunos. Articulando as teorias de autores como Donald Schön (2000), Jean Piaget (1986 e 2002), Pierre Lévy (1999), Paulo Freire (1992 e 2001), José Moran (1993), dentre outros, a dissertação se conclui trazendo à tona um novo olhar sobre as práticas pedagógicas que ocorrem espontaneamente em sala de aula, a partir do protagonismo dos alunos, e que contribuem para o processo de construção do conhecimento pela ação, habilitando a reflexão sobre o fazer. / [en] From an analysis of the abilities developed through technological resources, resulting derived from the study about the production and use of videos in the classroom by students in the discipline of Sewing Techniques, from the undergraduate course in Design at PUC-Rio, he found it is noted that the pedagogical resource of the video potentiates the construction of knowledge through action. In the present research, exploratory of qualitative character, the documentation of videos that were produced in the classroom by the students of the mentioned discipline, here considered as didactic resources, was carried out. With the general objective of presenting considerations about the influence of this resource in the development of skills for the construction of competences, this work was based on the teaching experience of sewing practices and the dynamics that take place in the classroom, and was guided by the material text produced collectively by the students. Articulating the theories of authors such as Donald Schön (2000), Jean Piaget (1986 and 2002), Pierre Lévy (1999), Paulo Freire (1992 and 2001), José Moran (1993), among others, The dissertation concludes by bringing up a new look at the pedagogical practices that occur spontaneously in the classroom, based on the protagonism of the students, and that contribute to the process of building knowledge through action, enabling reflection on what to do.

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