Analysis of students’ participation patterns and learning presence in a wiki-based project

The educational applications of wikis are becoming very popular among instructors and researchers and they have captured their attention and imagination. This paper reports on the investigation of a wiki project designed to support university students’ collaborative authoring and learning. The design framework of the wiki-based project is outlined and an analysis framework is proposed as the result of combining analysis of students’ collaborative actions, e.g. edits and posts in the wiki pages. The framework was applied to investigate students’ engagement, their contribution to the wiki content and the patterns of collaboration and content co-creation they followed during the project timeline. Our findings revealed different patterns of students’ contribution to their group wiki as well as their different roles. The paper concludes with suggestions for future development of the framework and research in the field of wiki learning design.     

Using wikis to promote quality learning in teacher training

This paper discusses writing as a social practice and speculates on how wikis might be used to promote higher quality academic writing and support collaborative learning. This study of undergraduate teacher trainees’ online learning activities focuses on how shared spaces – wikis – might be used to communicate ideas and generate course‐specific content. The study also explored how students, through such activities, were able to improve their academic writing skills and engage more critically in learning. Data captured from student discussion boards and a post‐module email questionnaire (n = 35) were used to map student perceptions of the usefulness of wikis in support of their academic studies. The data indicate that most students raised their skill level in writing directly to the publicly viewable wiki space, in sharp contrast to the more informal content they posted on the discussion boards. The scope of collaborative writing was limited due to students’ reluctance to edit each others’ work, but students appreciated the shared environment as a means of discussing their work and the content of the course. Students reported that their academic writing skills had improved through their formal participation in the wiki.     

The art of questioning in online learning environments: the potentialities of feedback in writing

Research on feedback has focused more on generating feedback rather than on how students use it and implement it; that is, what type of cognitive, metacognitive or affective activity students engage in once they have received feedback. In order to visualize feedback use and implementation, a quasi-experimental study was carried out. Students were randomly assigned to four conditions, in respect of the type of feedback (corrective, epistemic-questioning, suggestive and epistemic?+?suggestive). This research provides evidence of how students use and implement feedback in online collaborative writing. Findings show that when students received epistemic?+?suggestive feedback, they engaged in more cognitive and metacognitive activities. With regard to implementation, students who received epistemic?+?suggestive feedback obtained better final marks. This study highlights the importance of metacognitive activities in online learning, as they play a key role in the implementation of feedback.     

What Does Wiki Reveal About the Knowledge Processing Strategies of School Pupils?

On the basis of one teaching project carried out in a school, this article discusses collaborative writing in wiki platforms. It aims to find out what wiki reveals about pupils’ knowledge construction, creation, and division and their collaborative writing skills. In this project, wiki is treated as a useful tool for analyzing these processes because it gives us the possibility of studying those elements and stages of educative writing that are normally hidden from the teacher or researcher’s eye. Also, it shows us the interaction between pupils. The theoretical background of the project lies in collaborative writing and writing research.     

Learning about friction: group dynamics in engineering students’ work with free body diagrams

In educational research, it is well-known that collaborative work on core conceptual issues in physics leads to significant improvements in students’ conceptual understanding. In this paper, we explore collaborative learning in action, adding to previous research in engineering education with a specific focus on the students’ use of free body diagrams in interaction. By looking at details in interaction among a group of three engineering students, we illustrate how they collectively construct a free body diagram together when learning introductory mechanics. In doing so, we have focused on both learning possibilities and the dynamic processes that take place in the learning activity. These findings have a number of implications for educational practice.     

Effects of Instruction on Verbal Interactions During Collaborative Problem Solving

During one school year, data were collected for vocational education students while they worked collaboratively on open-ended mathematics problems. In collaboration with participating teachers, instructional activities were designed with a twofold goal of modelling the process of problem solving and improving collaboration. Instructional activities were based on scaffolding instruction and included modelling problem solving, stimulating reflection, and giving feedback on the process of collaboration. These activities were gradually developed and implemented in collaboration with teachers who participated in the study. The main research question in this study was whether student collaboration while working in small groups creates a learning context where students work on open-ended problems and where instructional activities are aimed at stimulating collaborative problem solving in mathematics.To answer the research question, an experiment was undertaken in two classes in different schools. Two groups of students were videotaped while they tried to solve mathematics problems collaboratively. Observational data were analysed with a schema that was developed as part of this research. Analyses of the data showed that, in both groups, collaboration-oriented patterns increased during the school year. It is argued that the approach of gradual implementation of instructional activities that are designed in cooperation with participating teachers is effective in stimulating collaborative problem solving.     

The design and implementation of learning paths in a learning management system

Learning paths have the potential to play an important role in the way educators serve their learners. Empirical research about learning paths is scarce, particularly in a secondary education setting. The present quasi-experimental study took place in the context of a biology course involving 360 secondary school students. A 2?×?2 factorial research design was adopted. Learners were engaged in learning activities in a learning path. These learning activities (1) differed in design and (2) were either undertaken individually or collaboratively. Gender was considered as a critical co-variable, given the focus on science learning. All learning paths were developed on the basis of visual representations, but in the experimental design conditions, learners worked with learning paths designed according to Mayer's multimedia guidelines (2003). Multilevel analyses were applied to study the impact on learning outcomes according to the design of learning paths, the individual/collaborative setting, and the co-variable gender. The study provides empirical evidence that both the design and the group setting (collaborative versus individual) have an impact on learning outcomes. Although there was no main effect, several significant interaction effects with gender were found. The results are helpful to direct research about the design and implementation of learning paths in a secondary school setting and underpin the relevance of representation modes in science learning.     

How Children Regulate their Own Collaborative Learning

In this article we analyze the dialogic learning of one pair of students in order to investigate how these students cope with a collaborative learning situation in the classroom. Our aim is to substantiate the claims that not only are young students (8 year olds) capable of solving mathematical problems collaboratively, but that they also take an active role in regulating their collaborative learning activities. More specifically, our claim is that children appear to apply constructs of “mathematical level raising”, “social interaction” and “division of time” to steer their own collaborative learning and that they are rather successful in balancing these three aspects. The analysis is exploratory, but this new perspective on collaborative learning is relevant theoretically and consequential for classroom practice.     

Wiki Laboratory Notebooks: Supporting Student Learning in Collaborative Inquiry-Based Laboratory Experiments

Recent examples of high-impact teaching practices in the undergraduate chemistry laboratory that include course-based undergraduate research experiences and inquiry-based experiments require new approaches to assessing individual student learning outcomes. Instructors require tools and strategies that can provide them with insight into individual student contributions to collaborative group/teamwork throughout the processes of experimental design, data analysis, display and communication of their outcomes in relation to their research question(s). Traditional assessments in the form of laboratory notebooks or experimental reports provide limited insight into the processes of collaborative inquiry-based activities. A wiki environment offers a collaborative domain that can potentially support collaborative laboratory processes and scientific record keeping. In this study, the effectiveness of the wiki in supporting laboratory learning and assessment has been evaluated through analysis of the content and histories for three consenting, participating groups of students. The conversational framework has been applied to map the relationships between the instructor, tutor, students and laboratory activities. Analytics that have been applied to the wiki platform include: character counts, page views, edits, timelines and the extent and nature of the contribution by each student to the wiki. Student perceptions of both the role and the impact of the wiki on their experiences and processes have also been collected. Evidence has emerged from this study that the wiki environment has enhanced co-construction of understanding of both the experimental process and subsequent communication of outcomes and data. A number of features are identified to support success in the use of the wiki platform for laboratory notebooks.     

The distinctive features of joint participation in a community of learners

The importance of teachers' and children's collaborative engagement in shared learning activities has a strong evidence base in sociocultural research and is promoted as an effective pedagogy in New Zealand's national curriculum. However, what this means for teachers' practice is unclear. Teachers can engage in practices thought to be ‘shared’ but when examined turn out to be teacher dominated. This article reports on findings from a New Zealand study that explored the development of shared learning activities in four primary school classrooms. The study identified the reciprocal, dialogic, responsive and learning-focused interactions when teacher genuinely engaged collaboratively with their students, and distinguished these shared encounters from more commonly observed individual interactions. Because the teachers in this study struggled to understand and to engage in shared activity, it is important to distinguish the features of joint participation to support them to examine and broaden their pedagogical repertoires to include practices consistent with a learning community.     

Learning about earthquakes: getting serious about authenticity in computer-supported learning

The discovery or re-construction of scientific explanations and understanding based on experience is a complex process, for which school learning often uses shortcuts. On the basis of the example of analyzing real seismic measurements, we propose a computer-facilitated collaborative learning scenario which meets many of the requirements for authentic learning, knowledge construction, and collaboration. The implementation of the learning environment called SeisModes is based on a general platform for supporting collaborative modeling activities. SeisModes provides a tool to allow students collaboratively learn about earthquakes and thus reduce the fears they might have concerning them. First formal evaluations showed the approach motivates students.     

Creating classroom contexts that support young children's development of self-regulated learning

The purpose of the research reported in this chapter is twofold: first, to identify features of classroom environments that promote self-regulated approaches to reading and writing in young children; and second, to work collaboratively with teachers, helping them become proficient at designing tasks and structuring interactions with students that promote self-regulated learning (SRL). Five primary (kindergarten — grade 3) teachers and their students were involved in the study. Evidence from classroom observations indicates that these five teachers consistently involved their students in complex reading and writing activities, choosing what to read and write about, modifying tasks to control challenge, and evaluating their reading and writing processes and products. Also, these teachers provided support that was instrumental to students’ development of SRL, and employed non-threatening evaluation practices. Consistent with previous research that characterizes self-regulated learners, students in these classrooms demonstrated high levels of metacognition, intrinsic motivation, and strategic action.     

Promoting Science Outdoor Activities for Elementary School Children: Contributions from a research laboratory

The purposes of the study were to analyse the promotion of scientific literacy through practical research activities and to identify children's conceptions about scientists and how they do science. Elementary school children were engaged in two scientific experiments in a marine biology research laboratory. A total of 136 students answered a questionnaire about their previous habits towards science and carried out the following actions: (1) a guided visit to the laboratory, (2) a brief presentation of the research theme, (3) the development of two experiments, and (4) a questionnaire about the experiments and science conceptions. The research methods included observation, document analysis, and content analysis of the answers to the questionnaires. Additionally, each visit was video recorded in order to design learning materials. The results revealed that most of the pupils were able to follow every stage of experimentation. However, some of them misinterpreted results and conclusions. One implication of the study is that this type of outdoor activity is extremely important to promote meaningful science learning in children, but more care should be taken in practical science activities so that children can overcome some common difficulties when performing scientific inquiry.     

Integration of collaborative learning in Grade K-5 EFL classrooms

This study investigated the effectiveness of integrating collaborative learning in Turkish elementary (primary) classrooms where English is acquired as a foreign language. Specifically, it aimed at shedding light on how the participating students and teachers perceive such language classes, what are the effects of integrating this particular method in the classroom and how does working collaboratively influence students’ level of proficiency. A sample of 23 Turkish students (Grade 5, age 10–12) and 2 English teachers participated in the case study. Data were collected through a triangulated approach, in which pre- and post-tests, diaries and observations were administered to the two groups of participants. The findings revealed that collaborative learning has positive influence both on teaching and learning English in fifth-grade classrooms.     

Effects of feedback on collaborative writing in an online learning environment

The need for supporting student writing has received much attention in writing research. One specific type of support is feedback—including peer feedback—on the writing process. Despite the wealth of literature on both feedback and academic writing, there is little empirical evidence on what type of feedback best promotes writing in online environments. This article reports on research that tries to determine what type of feedback best improves the quality of collaborative writing and what the effects of feedback are on student learning in an environment based on asynchronous written communication. The results reveal that concerning the type of feedback, epistemic feedback or epistemic and suggestive feedback best improve the quality of collaborative writing performance. The nature of the feedback-giver (whether teacher feedback or teacher and peer) makes a difference to the final text only when the feedback is epistemic, or epistemic and suggestive.     

On Lexical Processing in Teaching of College English Reading

As Constructivist theory is applied into lexical processing in teaching of college English reading, understanding word meaning should be seen as a reconstruction rather than a transmission of knowledge. Teachers should set up linguistic environment where students as sociate what they are learning with previous experience, and accomplish the construction of meaning in collaborative circumstance.     

富交互型网络学习环境探索与实证研究——基于大学英语实践能力培养的视角

提升网络学习环境的交互技术水平,以及加强网络互动教学活动的探索,是当前促进大学生英语实践能力提高的核心研究内容.通过问卷等方法对大学英语网络学习的相关问题和需要做了较细致的调查,根据调查结果,以富交互技术的使用和协作交流功能的设计作为核心,探索了大学英语富交互型网络学习环境.依托该大学英语网络学习环境设计了交互特征明显的教学活动,运用实验法对大学生英语实践能力进行了实验效果分析,考查了大学英语网络教学环境中的交流互动与大学生英语听力、写作水平的关系.研究表明,师生通过富交互技术参与英语网络教学活动,形成了积极运用英语来交流与表达的互惠团体,从而能够较好地提高大学生的英语实践能力.     

Incorporating creativity into teachers practice and self-concept of professional identity

The study explores what happens to teachers practice and professional identity when they adopt a collaborative action research approach to teaching and involve external creative partners and a university mentor. The teachers aim to nurture and develop the creative potential of their learners through empowering them to make decisions for themselves about their own progress and learning directions. The teachers worked creatively and collaboratively designing creative teaching and learning methods in support of pupils with language and communication difficulties. The respondents are from an English special school, primary school and girls secondary school. A mixed methods methodology is adopted. Gains in teacher confidence and capability were identified in addition to shifts in values that impacted directly on their self-concept of what it is to be an effective teacher promoting effective learning. The development of their professional identities within a team ethos included them being able to make decisions about learning that are based on the educational potential of learners that they proved resulted in elevated standards achieved by this group of learners. They were able to justify their actions on established educational principles. Tensions however were revealed between what they perceived as their normal required professionalism imposed by external agencies and the enhanced professionalism experienced working through the project where they were able to integrate theory and practice.     

跨界课例研究中的教师学习

目前我国中小学教师的学习大都停留在被专家灌输知识或同行低水平交流的状态,如何创设跨界学习情境,引发教师对自己思维和行为习惯的深度反思,形成新的对教育教学的理解和行动,是教师学习的一大难题。鉴于此,有必要从跨界学习的视角,探索教师在跨界课例研究中其学习是如何发生的。基于一个小组合作学习案例,分析了教师如何通过与外来学者合作,根据具体情境对理论进行再工具化,改进教案设计和教学实施,在提高学生学习素养的同时生成了自己新的实践性知识。研究发现,教师跨界学习的意义协商、视角再造、实践重构三个机制,对教师专业学习具有重要的指导意义。