Learning through investigation can mean that knowledge is gathered at a slow pace. By working within the structure as illustrated in this article, the amount of guidance given to students can be varied and tailored to individual progress. As expertise is gained, teacher involvement can be reduced so that students have more control over the…

This article demonstrates one particular difficulty of interpreting students' use of language in science classrooms: determining whether a student's writing indicates a misconception or a misrepresentation. Students' written assignments from a case study are used to illustrate instances where multiple interpretations are possible.…

This issue of Clubbers' Guide contains an article written by Liz Carter, Senior Science Technician at the Warwick School, Redhill, Surrey (UK), describing some of the wide variety of science, technology, engineering and mathematics (STEM) based activities that her school puts on during an eight-day summer school in the holidays for…

Students at age 11 or 12 took a course where scientific skills were taught discretely rather than in an integrated approach alongside scientific knowledge and understanding. There is evidence that this may be a more beneficial approach for developing scientific skills. (Contains 1 figure and 1 table.)

This article describes how science can lead whole-school curriculum change at key stage 3 (ages 11-14). Two thematic curriculum models are described. Model 1 shows how science specialists can develop student understanding of how science interrelates to a variety of other subject areas, while Model 2 shows how science might help to create a…