The capacity to successfully, positively engage with the cognitive capacities of critical thinking has become the benchmark of employability for many diverse industries across the globe and is considered critical for the development of informed, decisive global citizenship. Despite this, education systems in several countries have developed policies and practices that limit the opportunities for students to authentically participate in the discussions, debates, and evaluative thinking that serve to develop the skill set and mindset of critical thinkers. This writing examines the status of critical thinking in four different contexts across the globe as reflected in educational policies and academic experiences as a preface to investigating actual classroom practices and possible impacts the support of critical thinking skills may have on the potential development of the global citizens of the future. Each vignette reflects the contextualized difficulties that are presented by social and cultural concerns and traditions of making meaning. These stories of education also illustrate the various ways in which the skills and capacities of critical thinking are interpreted in different contexts and address the negative nuances with which thinking critically has become associated. Finally, a pedagogical model of teaching, which may support student development of the skill set of critical thinking within the boundaries of social and cultural mindsets, has been developed.
1 January 2020 in Australasian Journal of Educational Technology
Currently pre-service teachers (PSTs) practise teaching by interacting in real-life situations naturally occurring within variable school-based practicums. These are not ideal contexts for beginning teachers because they put novices in situations with real students before demonstrating capability, feedback is often not at point of need and they do not provide all students with similar experiences. Simulation and micro-teaching combine to provide a technological solution to bridge the gap between graduate preparation and real application. This study draws on situated learning and reflective practice ideologies to critique and problematise Micro-teaching 2.0 – a combination of traditional micro-teaching practices and human looped simulations. The findings reveal increased self-efficacy of PSTs (n = 376) and identify the benefits and challenges of Micro-teaching 2.0 for initial teacher education programs. Micro-teaching 2.0 proved to be an effective diagnostic tool for identifying the specific needs of PSTs and a preparatory tool for real-life placements. The controlled learning environment addresses previous issues related to the variability of contexts and subsequent moderation of individual capabilities. The findings are timely as the teaching profession continues to be scrutinised and where technological advances continue to offer choice, challenges and creative options for educators.
The benefits of micro-teaching (pre-service teachers practicing their teaching skills with small groups of peers or students) are well documented. However, the overcrowding of the teacher education curriculum, in part due to regulatory mandates, led many initial teacher education (ITE) programs to abandon using micro-teaching. The focus of this study was to understand the experiences of pre-service teachers who are engaging in real-time simulation technology as a new form of micro-teaching. The analysis of our findings indicated that the use of the mixed-reality learning environments (MRLEs) showed promise in helping build candidate self-confidence and preparing novices for their first “real” teaching practicum. MRLEs appear to be particularly useful for assisting with developing confidence, planning for diverse learners, understanding personalizing pedagogy and engaging with classroom management. We argue the importance of micro-teaching “2.0” as a strategy to “practice before prac” and call for increased inclusion of simulation within ITE programs.
1 January 2019 in International Journal of Educational Research
TeachLivETM, a mixed reality learning environment originating from University of Central Florida (2011), has recently been introduced to the Australian preservice teaching context by Murdoch University (2016) and the University of Newcastle (2017). This paper, the first of a program of research...