Quek, Choon Lang

In the primary school classrooms, students spend almost three terms (20-25 hours) doing project work in groups of 4-5. In order for any learning task to be conducted effectively, the students need to know how to work collaboratively in their groups, and teachers need to find out how their students perceive one another while working in their groups. This will in turn help teachers help their students build the interdependence and team spirit needed to develop the correct attitude toward project work. The objectives of this study are to assist teachers better understand how their students collaborate with one another in their groups, and to suggest strategies to enhance students’ collaboration in the classroom. Using one of the standard learning environment instruments, the My Class Inventory (MCI), students’ perceptions of their actual and preferred learning environments are assessed. This paper will report the results and suggest how it will be used to assist in developing appropriate strategies to enhance collaboration in project work classrooms.

This study investigates 80 pre-service teachers’ exploration of using a computer mediated communication tool to design interdisciplinary projects collaboratively. Over a period of six weeks, the pre-service teachers assumed their roles as curriculum designers in project crafting. They were engaged in discussions via the online discussion forums and face-to-face tutorial sessions. Amongst their project groups of 4-5 members, they carried out brainstorming of project ideas, asking questions and decision making about their views and ideas of projects. Their online activities and discussions were analysed quantitatively and qualitatively. The implications and key learning points of their project crafting are discussed in this paper.

Blended synchronous learning (BSL) is commonly used to deliver lectures. There are challenges in engaging online students when they are doing hands-on activities. In this study, two groups of students took a course lasting 13 weeks. This course heavily involved hands-on activities. 3-4 students attended the course from home using video conferencing in each session. Some strategies were applied to engage them during the sessions. The purpose of the study was to explore how to effectively engage online students in hands-on activities and their perceptions of the strategies used. Results showed that having a teaching assistant, peer feedback, back-channel communication, clear audio, and two device setups helped engage online students in hands-on activities. Implications for teachers and researchers are suggested.

With the advancement in technology, learners are spending a substantial amount of time on online learning. Guided by the community of inquiry (CoI) framework (Garrison, Anderson, & Archer, 1999), this study examined the relationships among students’ perceived teaching element, social element, cognitive element, satisfaction, continuous academic-related online performance, and academic achievement. A revised form of the CoI survey instrument was administered to 167 polytechnic students (aged between 17 and 24) enrolled in a nutrition course in a polytechnic in Singapore. Results from path analysis confirmed the hypothesised relationships among the three elements of the CoI framework (i.e., social, teaching, and cognitive) and students’ learning related outcomes (i.e., satisfaction, continuous academic-related online performance, and academic achievement). However, only the cognitive element had a direct relationship with continuous academic-related online performance and satisfaction. In addition, the continuous academic-related online performance mediated the relationships between the cognitive element and academic achievement. Generally, the hypothesized model was able to explain 46% of the variance in students’ online course satisfaction and 62% of the variance in students’ academic achievements.

Using asynchronous online discussions for interschool collaborative project work represents one of the innovative practices in the Singapore classroom. With anytime, anywhere access to interactions among the students and teachers, the asynchronous nature of these interactions leads to new paradigms for teaching and learning, with both unique problems of coordination and unique opportunities to support active participation and collaborative learning. A research study was conducted to investigate how primary school students participate and learn in project work based on co-construction of knowledge in asynchronous online learning environments. 10 teachers and 20 students from 5 primary schools participated in this half year long research study. Teachers crafted project tasks for implementation at the students’ level and these tasks were addressed collaboratively by the students who formed project groups with members from another school. Quantitative and qualitative analyses of students’ activity in the asynchronous online environment were conducted. Students’ sent and received notes as well as the frequency of scaffolds used in the online environment were evaluated. Each note was also ranked according to Gunawardena, Lowe and Anderson’s (1997) Interaction Analysis Model. The findings provided evidence to suggest that primary school students participating in the online project work learning environment were capable of the co-construction of knowledge up till Phase IV of the Interaction Analysis Model.

The present study investigated the impact of the chemistry laboratory environment and teacher-student interaction on student attitudes towards chemistry for 200 gifted secondary school students in Singapore. The data were obtained using three instruments: the 35-item Chemistry Laboratory Environment Inventory (CLEI), the 48-item Questionnaire on Teacher Interaction (QTI) and the 30-item Questionnaire on Chemistry-Related Attitudes (QOCRA). The study confirmed the reliability and validity of the Science Laboratory Environment Inventory (adapted to create the CLEI) and the QTI for use in gifted chemistry laboratory classrooms. Statistically significant associations were found between the nature of the laboratory classroom environment and students' attitudes towards chemistry. Associations were also found between the interpersonal behaviour of the chemistry teachers and students' attitudes towards chemistry. Based on the findings, suggestions for improving the chemistry laboratory classroom environment and the teacher-student interaction for gifted students are provided.

With the growing popularity of computational thinking (CT) classes in K-12 schools, it is important to investigate public perceptions of these initiatives. Analyzing public discussions and opinions provides valuable insights that can inform future educational policies and reforms. In this paper, we collected questions and answers related to CT education on the Quora platform. Next, we applied a topic modeling approach to find out major topics in online discussions. Through analysis, we identified 6 topics in questions and 14 topics in answers. Our findings revealed that people showed great interests but also uncertainty about CT education learning outcomes. Many people asked for suggestions on CT learning tools and platforms, but they struggled to identify appropriate information to support their learning needs. Among their answers, while people held positive attitudes toward CT education, they were concerned about the difficulties their children faced in the learning process and the problem of educational equity. Moreover, since CT practices cultivate information literacy skills for children in the 21st century, the benefits of CT education might be overestimated. These findings deepen our understanding of CT education, which could inform education policies and future research directions.

This study examines the influence of both student and teacher perception of the student-teacher relationship on student's attitude towards teachers and school. It also seeks to explore any gender differences in the perception of teacher-student relationship between male and female adolescents. A sample of 1,266 students (541 girls and 725 boys) from six different middle schools in Singapore participated in this study. Findings indicated that gender differences were observed for certain dimensions in the teacher-student relationship predicting their attitude towards teachers and school. Possible explanations for the obtained results were suggested and implications of the findings were also discussed.

Engagement is positively correlated with many educational outcomes. However, engaging learners in online learning is often challenging. In this study, a conceptual framework comprising five interrelated factors (instructors, learners, content, technology, and environments) was proposed. The purpose of the study was to explore how learners could be engaged by following the conceptual framework in synchronous online learning. Fifty-five adult learners took part in the study. Specific strategies were applied in four classes. A survey with 38 five-point Likert scale items and an open-ended question was administered. Quantitative and qualitative data were collected and analysed. Results showed that instructors, learners, and content were the core factors affecting learners’ engagement. Comparatively, the learners’ engagement was less affected by the factors of technology and environments. Results further showed that useful strategies to engage learners included providing opportunities for instructors and peers to interact frequently; having relevant content that could apply to practice; involving interactive activities like group discussions and peer feedback; and having informal conversations with individual learners. This study suggests that future studies can investigate facilitating synchronous online discussions, establishing social connectedness, and using technology to monitor learners’ engagement automatically.