Science, technology, engineering, and mathematics (STEM) education has been proposed as a potential solution to improve student engagement in school mathematics (Murphy et al., 2019). Research shows that utilising an enriched and diverse range of STEM contexts is an approach that can excite students, help them to relate content to real contexts, cultivate their curiosity and improve engagement (Marmon, 2019). However, concerns have been raised by mathematics educators that the depth and breadth of the mathematics itself may be lost in an integrated STEM (English, 2016) or, in the case of the current project, steaM task (‘a’ = Arts). The capitalisation of the M in steaM reflects an emphasis on mathematics. This study addressed the research questions:
a) What are the characteristics of steaM tasks that Grade 2 students perceive as engaging?
b) How do Grade 2 students perceive their learning of mathematics content through high quality steaM tasks?
By applying the principles of Variation Theory and drawing upon extant research literature surrounding mathematical tasks, engaging and high-quality steaM tasks were developed, trialled and refined prior to their application in an intervention study. The research was carried out in an international school in Hong Kong. The study encompassed 23 second-grade students, aged 6 to 8 years, over a six-week intervention period. Data were collected via whole-class surveys, interviews of six focus students after each of eight lessons, and student work samples.