An implementation study of a TPACK-based instructional design model in a technology integration course

The purpose of this study was (a) to develop an instructional design model for preservice teachers’ learning of technological pedagogical content knowledge (TPACK) in multidisciplinary technology integration courses and (b) to apply the model to investigate its effects when used in a preservice teacher education setting. The model was applied in a technology integration course with fifteen participants from diverse majors. Data included individual participants’ written materials and TPACK survey responses, group lesson plans, and the researchers’ field notes. The data analysis results revealed that: (1) the participants had difficulties understanding pedagogical knowledge (PK), which hindered their learning of integrated knowledge of TPACK and (2) their learning of TPACK was the combination rather than the integration of PK, technological knowledge, and content knowledge. Suggestions and implications for refining the model and future research possibilities are discussed.     

Creating an effective professional learning sessions model on technology integration for a Kenyan school district

The Kenyan Government’s ‘Vision 2030’ demands technology integration in teaching and learning. The Kenyan educational context, including resources, the characteristics of the student population and the examination system creates a challenge to the current model of teacher professional development. A new leadership and management course for school leaders has been shown to have the potential to increase school leaders’ awareness of the benefits of technology. Trained school leaders are expected to provide “Professional learning” for the teachers that they are responsible for. A pilot training programme was completed by a first cohort drawn from 80 % of the schools in one district. Leaders from 15 schools were included and were taken through the modelled “Professional learning session” (PLS). Their response to the structure and content of the programme was explored in order to find ways to increase its impact. Data was collected using individual and focus group interviews, artefact analysis and observation. After the first cohort, a second cohort completed a revised version of the programme. The outcomes from the programme demonstrated that the inclusion of all stakeholders in the design of a long-term programme with contextualized content is critical. Collective follow-up including observation, feedback and action planning has a significant impact on professional learning.     

基于智性学习任务设计与处理的教学策略

针对当前职业学校教学中的典型问题,本文倡导基于智性学习任务设计与处理的教学策略,阐述了它的理论基础、设计与反思的维度、可能的教学演进过程;分析了教师在这一策略中的创造、编制与实施的典型困难,提出应区别工作任务和学习任务,丰富教学实践中运用的任务类型,学习任务的设计应成为当前教学改革之工作重心,而教师学习共同体的建设则是促进任务开发的重要组织手段。     

A technological pedagogical content knowledge based instructional design model: a third version implementation study in a technology integration course

This paper presents the third version of a technological pedagogical content knowledge (TPACK) based instructional design model that incorporates the distinctive, transformative, and integrative views of TPACK into a comprehensive actionable framework. Strategies of relating TPACK domains to real-life learning experiences, role-playing, and teachers as designers were developed based on the three views and integrated into the third version of the model. The model was then applied in a teacher education undergraduate course on technology integration. A case study approach was used. Data were collected from the participants’ discussion worksheets, lesson designs, and the researchers’ field observation notes. Data analysis results suggest that the strategies integrated into the model helped the participants deepen their understanding of student-centered technology applications and practice TPACK. Findings, implications, and future research possibilities are discussed.     

论教育游戏任务系统及其设计

教育游戏作为新兴的学习工具和学习平台,因其能充分调动学习者的学习动机而日益受到关注。从教育游戏游戏性和教育性的平衡入手,分析教育游戏系统中的任务系统,并从游戏性和教育性两个方面给出了教育游戏任务系统的设计策略。     

Working together within a system: educative mentoring and novice teacher learning

Using a framework of activity theory, I follow one mentor/student teacher pair through a yearlong student teaching experience, investigating their interactions around the practice of educative co-planning. Evidence from multiple data sources collected over the course of one year is analyzed to understand the role co-planning played in the mentor/student teacher relationship, the experience of being a mentor, and in the development of the student teacher’s practices. Findings reveal the mentor and student teacher used the educative practice of co-planning to productively mediate tensions and navigate their relationship.     

Investigating teacher learning supports in high school biology curricular programs to inform the design of educative curriculum materials

Reform efforts have emphasized the need to support teachers' learning about reform‐oriented practices. Educative curriculum materials are one potential vehicle for promoting teacher learning about these practices. Educative curriculum materials include supports that are intended to promote both student and teacher learning. However, little is known about the extent to which existing curriculum materials provide support for teachers and the ways they can be improved. In this study, eight sets of high school biology curriculum materials were reviewed to determine their potential for promoting teacher learning. Design heuristics for educative curriculum materials were adapted for use as evaluation criteria. From this analysis, several themes emerged. First, the materials tended to provide support for teachers' subject matter knowledge and pedagogical content knowledge for students' ideas (e.g., misconceptions) but rarely for their pedagogical content knowledge of scientific inquiry. Second, the materials contained several implementation guidance supports but far fewer rationales for instructional decisions, which are an important feature of educative curriculum materials. Finally, the quality of support varied widely, differing in its degree of relevance, pedagogical helpfulness, and depth. The article concludes with recommendations for the redesign of existing curriculum materials. © 2009 Wiley Periodicals, Inc. J Res Sci Teach 46: 977–998, 2009     

Factors affecting technology integration in K-12 classrooms: a path model

The purpose of this study was to examine the direct and indirect effects of teachers’ individual characteristics and perceptions of environmental factors that influence their technology integration in the classroom. A research-based path model was developed to explain causal relationships between these factors and was tested based on data gathered from 1,382 Tennessee public school teachers. The results provided significant evidence that the developed model is useful in explaining factors affecting technology integration and the relationships between the factors.     

Laptop initiative: Impact on instructional technology integration and student learning

The purpose of this study was to examine how 1:1 laptop initiative affected student learning at a selected rural Midwestern high school. A total of 105 high school students enrolled in 10th–12th grades during the 2008–2009 school year participated in the study. A survey instrument created by the Mitchell Institute was modified and used to collect data on student perceptions and faculty perceptions of the impact of 1:1 laptop computing on student learning and instructional integration of technology in education. Study findings suggest that integration of 1:1 laptop computing positively impacts student academic engagement and student learning. Therefore, there is need for teachers to implement appropriate computing practices to enhance student learning. Additionally, teachers need to collaborate with their students to learn and understand various instructional technology applications beyond basic Internet browsing and word processing.     

Faculty integration of technology in teacher preparation: outcomes of a development model

This article reports on a faculty development model that uses a variety of approaches and strategies to help faculty restructure their curricula and effectively model technology integration for their students. A multifaceted model, funded in part by the Preparing Tomorrow’s Teachers to Use Technology (PT3) initiative, was implemented at The University of Tennessee, Knoxville. The model included training, technical and collegial support, access, and incentives. Questionnaires and qualitative data indicated substantive changes in faculty expectations and assumptions regarding technology as well as increases in faculty and student technology skills and the degree to which faculty members integrate technology into their curricula. The model helped to facilitate the collaborative efforts of a cadre of faculty to model and integrate technology throughout their teacher preparation programs.     

Course-level modeling of preservice teacher learning of technology integration

We introduce an analytic approach to examine preservice teachers' technology integration learning as a process mapped against their technology-related course experience in a technology integration course. The approach assumes that (1) the preservice teachers have common course learning experience; (2) their data are collected pre- and post-course and paired; (3) the sample size is large enough to generate a structural covariance model; (4) the measurement is contextualized to the course characteristics around the types of technology tasks/tools used in the course and whether or not they were explicitly taught. The approach was applied to 368 preservice teachers' paired data to illustrate how the approach addresses the methodological issue of construct validity in TPACK measures, highlights the importance of technology integration course experience, and provides useful insights into a particular technology integration learning to its stakeholders.     

Connected design rationale: a model for measuring design learning using epistemic network analysis

Instructional Science - Virtual learning environments have the potential to support students’ development of design skills in engineering education. However, few approaches exist for modeling...     

Developing a case-based reasoning knowledge repository to support a learning community—An example from the technology integration community

People have long relied on storytelling for communicating ideas, transferring knowledge, and consequently making decisions. This paper describes the design and development of a case-based reasoning (CBR) knowledge repository including its case library and the search engine to support the technology integration community. CBR assumes that community knowledge can be captured in the form of stories (cases) so that the community members learn and solve problems by applying the lessons preserved in the stories to the current situation. The process and results of formative evaluation following the concept of participatory design are reported to set the context for further research and development.     

School learning support for teacher technology integration from a self-determination theory perspective

Teacher technology integration research on persistence is needed. Teachers’ persistence is strongly associated with their autonomous motivation, as defined by self-determination theory (SDT); however, most SDT-based studies have focused on teachers’ support and students’ motivation and well-being. SDT founders also recently suggested that future studies should include teacher motivation towards the use of technology. Accordingly, this experimental and longitudinal study aimed to investigate how the proposed support encouraged and sustained the low- and high- quality teachers’ integration practices. It proposed a school learning support intervention with three dimensions—leader, expert, and peer support—to meet teachers’ basic needs and thereby increase their motivation for and persistence in classroom technology integration. It had a sequential explanatory mixed-methods design, involved 122 school teachers and lasted for 22 months. Pre-, post- and delay- questionnaires and two arounds of interviews were used to collect the teachers perceptions on needs satisfaction and technology integration practices. The results suggest that the support increased the extent to which the teachers’ needs were met, resulting in more high-quality (student-centered) but not low-quality (lecturing) integration practices. However, the intervention sustained both types of integration practices. The findings offer three major empirical implications, makes two theoretical contributions, and offers four practical suggestions for researchers and practitioners.

     

化学学案设计中的学习任务分析

学习任务分析是促进、优化学案设计的一门重要技术，它帮助学生将新知识与已有知识经验形成联结，为新知识提供附着点，也为学案中学习顺序的安排和导学情景的创设提供了心理依据。