Recently, the chemistry education community has focused considerable effort on incorporating systems thinking into chemistry education as a means to address global challenges such as sustainability. In this project, a series of exploratory workshops was held with secondary educators (N = 12) and tertiary educators and researchers (N = 16),…

Research has shown that achieving gender equality in science goes beyond equal gender ratios in the classroom. Female students in science disciplines with relatively higher female participation rates (e.g. biology and chemistry) still experience similar gender issues as students in male-dominated science disciplines (e.g. physics and mathematics).…

Adding to concerns about falling participation rates in science education, the profile of certain student groups who go on to study decreases, particularly as the year level increases. The aim of this paper is to examine if, and in what ways, demographic factors predict students' post-16 participation in biology, physics, chemistry and earth/space…

Previous work at Monash University has shown that students recognise that inquiry-, problem-, context- and industry-based experiments were better contextualised, more open to decision making and aided in the development of scientific and transferable skills. This study investigated whether these gains persisted over a longer time scale, rather…

A multi-institution collaborative team of Australian chemistry education researchers, teaching a total of over 3000 first year chemistry students annually, has explored a tool for diagnosing students' prior conceptions as they enter tertiary chemistry courses. Five core topics were selected and clusters of diagnostic items were assembled linking…

There is on-going international interest in the relationships between assessment instruments, students' understanding of science concepts and context-based curriculum approaches. This study extends earlier research showing that students can develop connections between contexts and concepts--called "fluid transitions"--when studying…

Curriculum developers and researchers have promoted context-based programmes to arrest waning student interest and participation in the enabling sciences at high school and university. Context-based programmes aim for student connections between scientific discourse and real-world contexts to elevate curricular relevance without diminishing…

Bridging courses designed to support students commencing tertiary education are widespread, and some evidence for the value of semester-length courses has been reported; however, little attention has been paid to short-but-intense bridging courses, and empirical evidence of their effectiveness is particularly sparse. The current study followed the…

Understanding bonding is fundamental to success in chemistry. A number of alternative conceptions related to chemical bonding have been reported in the literature. Research suggests that many alternative conceptions held by chemistry students result from previous teaching; if teachers are explicit in the use of representations and explain their…

This paper gives a nuanced analysis of participation rates in secondary chemistry by developing the "story" behind national trends and subject selection patterns within an independent school located in a large Australian city. It supplements the documented quantitative data by presenting a case-study where 30 Year 12 chemistry students…

Investigated students' metaphors for themselves as learners in an 11th-grade chemistry classroom. Discovered that students' metaphors were congruent with their views of learning and learning processes as evidenced by multiple data sources. Argues that students' metaphors can provide valuable information for practicing teachers and researchers who…

Summarizes content analyses of verbatim transcripts of secondary chemistry lessons. Finds that the use of words with a metacognitive and metalinguistic function was generally limited in extent and simple and colloquial in expression and that the language of the enacted curriculum did not match the terminology of the official curriculum document.…

Chemistry is commonly portrayed at three different levels of representation--macroscopic, submicroscopic and symbolic--that combine to enrich the explanations of chemical concepts. In this article, we examine the use of submicroscopic and symbolic representations in chemical explanations and ascertain how they provide meaning. Of specific interest…