Divaharan, Shanti

This paper describes an on-going design-based research project that aims to develop an instructional process to facilitate pre-service teachers' technological pedagogical content knowledge (TPACK) development as they learn to integrate information and communication technology (ICT) in their teaching content subjects. In conjunction with an initiative to prepare pre-service teachers for integrating interactive whiteboard (IWB) in their teaching subjects, an instructional process comprising of tutor modelling, hands-on exploration, and group-based design was implemented. The data collected during this first implementation cycle (Cycle 1) was used to enhance the second implementation cycle (Cycle 2) through the inclusion of classroom-based case studies, subject-based design ideas and opportunities for peer sharing. The findings from both implementation cycles reveal that strategies such as tutor modelling and hands-on exploration of ICT tools appeared to be more advantageous for fostering technological knowledge and technological pedagogical knowledge. Group-based design experiences supported the pre-service teachers to formulate TPACK. The paper concludes with a discussion about the future developments of these TPACK-fostering ICT instructional processes.

Self-directed learning and self-assessment require student responsibility over learning needs, goals, processes, and outcomes. However, this student-led learning can be challenging to achieve in a classroom limited by a one-to-many teacher-led instruction. We, thus, have designed and prototyped a generative artificial intelligence chatbot application (GAIA), named TeacherGAIA, that can be used to asynchronously support students in their self-directed learning and self-assessment outside the classroom. We first identified diverse constructivist learning approaches that align with, and promote, student-led learning. These included knowledge construction, inquiry-based learning, self-assessment, and peer teaching. The in-context learning abilities of large language model (LLM) from OpenAI were then leveraged via prompt engineering to steer interactions supporting these different learning approaches. These interactions contrasted with ChatGPT, OpenAI’s chatbot which by default engaged in the traditional transmissionist mode of learning reminiscent of teacher-led instruction. Preliminary design, prompt engineering and prototyping suggested fidelity to the learning approaches, cognitive guidance, and social-emotional support, all of which were implemented in a generative AI manner without pre-specified rules or “hard-coding”. Other affordances of TeacherGAIA are discussed and future development outlined. We anticipate TeacherGAIA to be a useful application for teachers in facilitating self-directed learning and self-assessment among K-12 students.

Information and Communication Technology (ICT), if integrated and applied in the right manner can encourage student-centred learning in the classrooms of today. However, in order to conduct a successful student-centred learning environment and to engage students in learning, teachers will have to plan and integrate ICT effectively. The reality of the situation in schools is that, due to time constraint and the lack of resources that are customised to students' needs, teachers often resort to traditional ICT teaching methods. This article attempts to present a solution to overcome the constraints faced by the teachers. It is hoped that with the training provided to the trainee teachers in the National Institute of Education (NIE Singapore), these trainees will be equipped to plan and design microLESSONS TM. These student-oriented ICT based lessons will enable them to customise content according to students' learning potentials. microLESSONS TM are small multimedia learner-centred instructional packages presented to the students. The structure is usually in the form of an ill-defined problem, a case study, a scenario, or a situation. The students are then required to use the scaffolds provided to explore possible solutions to the problem presented.

This paper reports the key findings of a questionnaire survey aimed at exploring the critical aspects of information technology (IT) integration in Singapore schools. The survey is the first part (Phase 1) of a larger study funded by the Ministry of Education (MOE), Singapore, to analyse where and how IT mediates pupils' higher order thinking skills in schools. 328 schools (87.2% of the target population of 376 schools) responded to the questionnaire. Based on the findings, three recommendations are made concerning: 1. IT integration models for Singapore schools; 2. Exploring new strategies for pupil IT competency development in selected government and government aided schools; and 3. IT competency standards for teachers and pupils.

Computer mediated communication (CMC) tools have marched into schools to provide borderless teaching and learning to complement existing face-to-face interactions. This article describes how teachers have used CMC to facilitate asynchronous online communication among students' collaborative project groups in project-based classrooms. Secondary school teachers used the CMC tool to facilitate and manage students' learning in terms of brainstorming and challenging student ideas, building resources, and working collaboratively to complete group projects.

This paper proposes the use of activity theory and multi-level activity systems as a framework to analyse the effectiveness of ICT integration in Singapore secondary school classrooms. Three levels of activity systems are developed to study the effectiveness of ICT integration at the classroom: the classroom activity system, the department activity system and the school activity system. A multiple case study approach with three secondary schools in Singapore was adopted to provide in depth understanding of the socio-cultural factors that affect ICT integration in the classrooms. The findings show that schools need to function as learning organisations to be adaptable to changes, especially rapid changes brought about by technology integration in curriculum. To be successful learning organisations, schools need a curriculum focused, over-arching ICT goal to provide clear direction to the key players – teachers, HOD/ICT and instructional program HODs in the school. The management approach to ICT integration in the school should be through distributed leadership. While the school principal sets the tone for the school vis-à-vis modelling curriculum focused integration, providing encouragement to teachers and support for the HODs plans, the role of the HOD/ICT should be to ensure the relevant ICT enabled infrastructure and implementation procedures are in place.

Digital gaming is fast becoming a favorite activity all over the world. Yet very few studies have examined the underlying motivational processes involved in digital gaming. One motivational force that receives little attention in psychology is passion, which could help us understand the motivation of gamers. The purpose of the present study was to identify subgroups of young people with distinctive passion profiles on self-determined regulations, flow dispositions, affect, and engagement time in gaming. One hundred fifty-five students from two secondary schools in Singapore participated in the survey. There were 134 males and 8 females (13 unspecified). The participants completed a questionnaire to measure harmonious passion (HP), obsessive passion (OP), perceived locus of causality, disposition flow, positive and negative affects, and engagement time in gaming. Cluster analysis found three clusters with distinct passion profiles. The first cluster had an average HP/OP profile, the second cluster had a low HP/OP profile, and the third cluster had a high HP/OP profile. The three clusters displayed different levels of cognitive, affective, and behavioral outcomes. Cluster analysis, as this study shows, is useful in identifying groups of gamers with different passion profiles. It has helped us gain a deeper understanding of motivation in digital gaming.

This paper traces the evolution of the design framework for the use of technology in a teacher education program in a Singaporean university. This course focuses on developing student teachers’ capacity for the use of ICT in teaching and learning. We report our two-level reflection: one that focuses on the trajectory of the course design, and one that reflects on the university faculty’s pedagogical practices when conducting this course. The goal of this course in the last decade has transformed from a focus on technology skills to pedagogical and knowledge creation. The current goal of the course is to develop student teachers’ pervasive use of technology tools to collaborate, design, reflect and think critically. The challenge for the faculty in a teacher education higher learning institute is to design a course that would present opportunities for student teachers to experience the technology tools as learners themselves so as to become teachers who will be doyens in designing technology tool integrated learning. We contend that the experiences of technology tools help to deepen the student teachers’ knowledge about technology integration. As student teachers experience technology tools in tandem with theory, the immersive experience may translate into designing apt technology-integrated lessons for their learners.

The COVID-19 global pandemic has caused disruptions around the world with devastating consequences socially and economically. Education was not spared. Schools and institutions of higher learning (IHLs) had to grapple with new sets of demands. With most countries forced into lockdown to stem the spread of the virus, some turned to technology-mediated learning to provide some kind continuity for learning to still take place. This concept paper will share some of the key learning points and strategies culled from experiences having to pivot almost overnight to embracing technology and new learning environments, which were sometimes remote or neglected in a milieu and culture that often prided itself in effective physical face-to-face interactions. This article will then draw upon how the Blended Learning approach, undergirded by Connectivism, was implemented in a local IHL. Examples of the different types of blended learning designs that were employed will be described alongside examples on how educators can distinguish between them to engage their learners in both modes.