Aligning neuroscience findings with socio-cultural perspectives on learning in science

Unfortunately, despite claims that this work will greatly impact education, very little research makes it into teacher practice. Although the reasons for this are varied, a primary concern is the lack of a proper translation framework.

Improving laboratory learning

It has been most encouraging to see science (and innovation)at the forefront of Australian domestic politics in recentmonths. It is also reassuring to see broader bipartisanagreement from the major political parties on the importance ofscience and research to the nation’s future. Governments maychoose to prioritise the areas of scientific endeavour thatwarrant greater support but the acknowledgement by ourpolitical leaders (federal and state) that science and innovationis vital for the nation’s future has not always been forthcoming.The funding mechanisms (e.g. grant schemes) and businessincentives (e.g. taxation) put in place by governments areimportant catalysts of ideally spontaneous processes leading toinnovation and economic advances. However, this pathway isvery complicated.

Purposeful exploratory learning with video using analysis categories

There is still much to be learnt about best practices in leveraging digital resources for learning in higher education. Research on student interactions with online video indicates such practices are as minimal as setting passive-receptive viewing through to teacher-structured purposeful engagement. This position paper focuses on teacher-set analysis categories to guide student exploration of digital video content and to help novices to scaffold their thinking. Various uses of analysis categories within one Australian university in conjunction with a video annotation tool are reviewed. Then practice examples from other universities are reviewed to demonstrate the use of analysis categories in higher education settings without an annotation tool. The literature indicates that the use of categories to inform the design of digital video analysis needs to ensure that the learning challenge is retained. Analysis guided by teacher-set categories tends to be beneficial for performance evaluation in particular. Further research on university teacher practices with digital video is required.

Teacher confidence and professional capital

This paper illustrates the role of professional learning in building teacher confidence, and explicates how confidence relates to professional capital. It reports on data from the Victorian State-wide Professional Mentoring Program for Early Childhood Teachers (2011–2014), and focuses on the experiences of both new to the profession and professionally isolated early childhood teachers and their more experienced early childhood teacher mentors who participated in this purposely designed program. The findings show that participants' gains in confidence are aligned with expansions in professional capital encompassing the acquisition of knowledge and skills (human capital), participation in networks of collaborative learning communities (social capital), and the ability to exercise professional agency (decisional capital). We conclude that teacher confidence is a function – and a constitutive feature – of teacher professional capital, and that professional learning through mentoring is one way of building this vital professional attribute. Theoretical insights and empirical evidence on this intricate interconnection have strong implications for policy and practice.

Three dimensional printing as a way to create an engaging and meaningful context for learning

Three-dimensional (3D) printers are now commonplace in both primary and secondary schools within Australia. As with most new technologies they present a range of challenges to users in terms of technical problems and support, and how to integrate their use into the curriculum in a meaningful way. This research reports on data from a small number of Victorian primary schools from urban and regional areas. A case study methodology has been used to examine how each setting has approached the use of these printers and includes a review of the literature concerning the uptake of new technologies by non-experts. Data include interview transcripts from teachers, principals and technicians and photographic artefacts of 3D printed objects. Teachers reflected on their reasoning behind lesson plans and their aspirations for future use of 3D printers in the classroom. Some of the issues identified were teacher confidence, time to ‘play’ with and become familiar with 3D printers; and technical challenges that arose such as the time taken to print an object and clogging of printer extruders (heads). Recommendations are made concerning possible ways forward.

Student voice and teacher accountability: possibilities and problematics

The focus in this paper is on a student voice initiative at an English secondary school designed to improve the quality of teaching and learning. The initiative invites Year 8 students to train and work as ‘lesson observers’ who provide feedback to teachers about their practice. The possibilities of this initiative to reflect a rich and intelligent form of teacher accountability are explored in relation to its capacity to (1) enhance students’ understanding and appreciation of teachers, teaching and the learning process; (2) support students to work in partnership with teachers to improve pedagogy and relationships; and (3) develop students’ positive self-image as learners. In its exploration of this initiative the paper also considers matters of authenticity, inclusion and power and highlights ways in which student voice initiatives can be undermined when these matters are not adequately engaged with. Such engagement, it is argued, is imperative in guarding against a misappropriation or undermining of student voice to align with traditional teacher–student power relations or to fit with the dictates of school improvement as framed by narrow and reductive measures.