Against the background of a data-driven education system that has detrimental effects on teachers' personal and professional lives, we report on an exploratory project in which seven primary teachers in England shared experiences of literacy teaching through generating 'small' data visualised on postcards. Thematic analysis of their data-sharing…

This paper builds on a previous study of the 'demonstration' as a signature pedagogy in design and technology (D&T). The demonstration is a fundamental pedagogical tool in practical subjects, for the development of learners' procedural knowledge, from observation and imitation to autonomy and adaption of a technique. As such, it tends to align…

High-stakes assessments prominently influence what is done in secondary school science lessons ('washback' effects). It is therefore important that assessments of knowledge and understanding gained from practical work are constructed to reward and incentivise effective practices in practical work. To do that, they must differentiate between pupils…

Practical work and experimental science are at the heart of teaching and learning in science classrooms. The COVID-19 pandemic forces secondary school science teachers to make difficult decisions about how best to facilitate practical work safely. We present empirical evidence of the effectiveness of teacher demonstrations and videos in preparing…

Recent GCSE and IGCSE specifications include reference to both permanent and induced magnetism, giving the opportunity for novel classroom demonstrations based on ferromagnetism and paramagnetism, and the transition between these phases. Ferromagnetic materials lose their magnetism if raised above their Curie Temperature, a specific temperature…

The overall purpose of this study was to examine children's physical activity (PA) during primary physical education (PE). This was achieved through the following two research objectives: (1) to measure children's PA, lesson context and teacher promotion of PA during PE lessons; and (2) to explore teachers' and children's perspectives on PA levels…

There is a significant body of research on children's preconceptions concerning scientific concepts and the impact this has upon their science education. One active issue concerns the extent to which young children's explanations for the existence of natural kinds rely on a teleological rationale: for example, rain is for watering the grass, or…

Practical work is viewed by many as essential to the school science curriculum. It continues to be specified in many curriculum statements, with a wide range of claims being used to justify its inclusion. Currently, practical work is facing a number of challenges, including that it is not effective in promoting learning. An analysis of a specific…

This article describes an opportunity to engage the public in demonstrating and explaining some aspects of science. About 10 years ago, the author met Peter Evennett in the ASE Conference exhibition. Peter was a member of the Leeds Philosophical and Literary Society and currently its president. As a contribution to "Science Week" (which…

Features of a biology demonstration laboratory designed to handle large number of students and provide opportunities for using materials including live specimens for practical work are described. The design of the demonstration laboratory is given. (PS)

Diana Laffin and Maggie Wilson want their pupils to connect with people in the past and to experience some of their emotions. The emotional factor is a difficult one in history, both for pupils and professional historians. When studying Eden's actions at Suez, for example, what we lack is a proper insight into the immediate pressures he faced and…

Argues that, even for young children, analogies offer conceptual models for supporting the development of understanding. Compared children's understanding of current electricity after instruction with and without the inclusion of analogies. Children receiving the analogies exhibited a broader understanding, especially concerning the process of…