STEM

In our latest expert Q&A we talk to Kristy Osborne, a physicist, former pre-service teacher and Research Fellow at the Australian Council for Educational Research (ACER) about the science concepts that primary students struggle with and why it’s important for teachers to identify and address student misconceptions early on.

‘Addressing the gender imbalance in digital technologies education and careers is an important goal. The research highlighted several areas where educators can contribute.’ Research from ACER for CSIRO has identified several factors that could support greater engagement of young women in digital technologies education. Find out more in this article.

‘Deliberately planning to support students to build and use their vocabulary is critical to ensuring that students can both access the curriculum content and effectively demonstrate their understanding.’ Educational leader Michael Rosenbrock shares what this might look like in practice for maths and science teachers.

‘Teacher knowledge of misconceptions and explicitly planning to uncover and address them is vital for supporting student learning growth.’ Educational leader Michael Rosenbrock looks at how teachers can pro-actively plan to tackle student misconceptions in STEM, and steps though an example from the forces and motion topic in physics.

In our latest reader submission, teacher Hannah Wiemers and researcher Dr Michelle Avila Vanderburg share details of a pilot program to create a 10-week curriculum unit allowing students to explore the use of drones in agriculture and gain more insight into careers in the industry.

‘The result of unresolved concerns could well lead to an unwillingness to use immersive technology with students. Yet, often, the barriers are surmountable.’ Dr Susan O’Donnell and Adrian Rayner, from the VR Learning & Design Hub, look at teacher’s prior concerns and some of the solutions.

Augmented Reality is an immersive tool that allows students to engage in learning in new and exciting ways. This month on Teacher, we shared a few stories on the topic of Augmented Reality and technology in education, which we share with you in this episode.

‘…we strive to ensure that all modules open up learning opportunities for all students, regardless of their academic abilities, by building in learning differentiation rather than simply bolting on at a later stage.’ Dr Susan O’Donnell and Adrian Rayner discuss the AR modules designed and developed by the Learning & Design Hub for use by F-6 students.

‘[When] fully embedded and aligned with the Australian Curriculum, AR can be an extraordinary tool for learning, particularly suited to use by primary-aged students.’ Dr Susan O’Donnell and Adrian Rayner give an update on the work of the VR Learning & Design Hub, which has been exploring the benefits of Augmented Reality in the classroom.

In the final article of a series about a 3-year Australian research project into Problem Based Learning in school-based STEM education, 2 of the teachers who are co-researchers in the project – Melissa Gatt and Frank Fabri – discuss student agency as a necessary condition for meaningful STEM learning.