Search results for: Video technology
Page 2/14 136 items
Enabling Collaboration and Video Assessment: Exposing Trends in Science Preservice Teachers’ Assessments
In this paper, the authors describe a new, free resource for continuous video assessment named YouDemo. This tool enables real time rating of uploaded YouTube videos for use in science, technology, engineering, and mathematics (STEM) education and beyond. The authors discuss the discrepancies between preservice science teachers’ assessments of self- and peer-created videos using the tool. The findings reveal that preservice teachers, who used the YouDemo, engaged in reflection and discussion on a deeper level than traditional means of pedagogical skill building in the classroom. Furthermore, preservice teachers perceived continuous video rating beneficial in enabling video assessment, promoting critical thinking, and increasing engagement the authors found that based on the discrepancies we found in peer and self-evaluations.
Updated: Sep. 18, 2017
This article describes one postgraduate teacher education programme, where video narratives were evaluated as a valid way to assess student teachers’ teaching competencies, promoting connections amongst different competencies, situating these in practice and showing their development over time. The findings revealed that most student teachers succeeded in meeting the set criteria for the video narrative assignment with connected video clips and text frames. However, student teachers also came up with only a few video episodes and loosely connected clips, reflections and other sources. Although most of the students during the programme did explicitly reflect upon their personal development towards becoming a teacher, almost none of them explicitly connected these ideas to their long-term development.
Updated: Sep. 10, 2017
The current study investigates the use of a digital video annotation tool (VideoANT) used by beginning in-service secondary science and mathematics teachers in the Teacher Induction Network (TIN). It specifically examines the social interactions and potential supports of a VideoANT to promote collaborative interactions toward the development of reflective practices. The intent of VideoANT was to allow teachers to identify elements of their teaching that contribute to their successes and struggles, and elicit feedback from peers that may guide the teacher toward improving their practice. However, the findings reveal that majority of peer commentary praised the practices of these teachers, and commentary that would suggest alternative solutions was less frequent. The authors conclude that explicit supports for teacher discourse in VideoANT are needed.
Updated: Aug. 27, 2017
In this study, the author aims to explore and support teachers’ movement through the early phases as they learn to attend to and reason about details of student algebraic thinking in the dynamic classroom environment. The findings reveal that the framework allowed preservice teachers in this study to articulate their thinking about student algebraic thinking. In addition, the author found that participants’ conversations about student thinking became more substantive as they participated in a series of video club sessions.
Updated: Jul. 17, 2017
The authors examine whether an analysis framework, the Mathematical Quality of Instruction (MQI), can assist prospective teachers in noticing and interpreting salient aspects of classroom practice. The findings indicate that participation in a video club led prospective teachers to be better able to notice these salient features of mathematics instruction when watching video-taped lessons. Furthermore, participants adopted a more interpretive stance toward the classroom components they noticed and used evidence to support their stance. Prospective teachers’ abilities to notice students’ mathematical thinking improved as a result of structured video analysis.
Updated: Jul. 03, 2017
The Effects of Guided Video Analysis on Teacher Candidates’ Reflective Ability and Instructional Skills
The goal of this study was to understand the effects of guiding teacher candidates through common video-recording and self-reflection activities during student teaching internships to determine whether such activities improve teacher candidates’ reflective abilities and instructional skills. Thirty-six teacher candidates with similar prior experience were divided into two groups. Both groups self-reported significant improvements in their teaching ability, but only the treatment group demonstrated significant growth in reflective ability and instructional skills over time.
Updated: May. 11, 2017
This exploratory study examines the effectiveness of a “virtual role-play” (VRP) tool developed to help teacher candidates effectively respond to classroom bullying by providing them with opportunities to engage in repeated, authentic practice conversations. The authors hypothesized that practice in simulated conversations provided by VRP would improve teacher candidates’ communication skills and increase their confidence in responding to classroom bullying. The findings revealed that the repeated practice afforded by VRP improved candidates’ fluency in a way that traditional role-play did not, especially given the time and logistical constraints for conducting regular role-play.
Updated: May. 10, 2017
The present study utilized an innovative methodological approach to capture the noticing of preservice teachers using wearable cameras while they were in an introspective position within the elementary classroom context. Findings indicate that differences exist in the ability for preservice teachers to mark noticing as compared to practicing teachers.
Updated: May. 10, 2017
In this article, the authors review the use of video technology in teacher initial and continuing professional development.The authors' purpose was to review the international literature base in order to evaluate what is currently known about the impact of video technology upon the development of teacher professional knowledge.
Updated: May. 03, 2017
Using Video Analysis to Support Prospective K-8 Teachers’ Noticing of Students’ Multiple Mathematical Knowledge Bases
Building on research on teacher noticing, this study focused on examining how mathematics teacher educators (MTEs) can support the development of prospective teachers (PSTs’) noticing key aspects of mathematics teaching and learning through a carefully constructed video analysis activity. The authors found that the views expressed in group discussions at the beginning of the semester were not static; PSTs engaged with each other and their instructor to consider the interaction among teaching, students’ perspectives, and students’ MMKB. This finding suggests that PSTs need multiple opportunities to expose and identify their fragmented awareness and to develop more informed and considered perspectives. Discussion with peers as well as input from instructors can help PSTs move toward a greater understanding of the resources available to and used by students. This study provides some understandings of PSTs’ learning through a particular form of approximation and decomposition of practice.
Updated: Mar. 29, 2017