Science

156 total results
Challenging students beyond the curriculum in Mathematics, Reading and Science
Challenging students beyond the curriculum in Mathematics, Reading and Science

ACER’s Global Academic Challenge was held for the first time this year and offers higher-performing students in Years 4, 6 and 8 the opportunity to attempt the kinds of questions sat by students in international schools around the world. ACER Senior Research Fellow Frances Eveleigh, who led the development of the challenge, shares some of the insights in this article.

Effective use of virtual reality to improve student outcomes in Science
Effective use of virtual reality to improve student outcomes in Science

New research has shown that while the use of immersive virtual reality (IVR) increases student enjoyment and presence in a task, when used on its own it does not improve procedural or declarative knowledge when compared to the more traditional learning activity of watching a video.

Researching education: Five further readings on climate change
Researching education: Five further readings on climate change

As an educator, how do you approach talking to your students about climate change? Can you identify key gaps in students’ knowledge? How do you manage issues of eco-anxiety and climate grief? In this article, we outline five further readings which explore climate change education in Australia.

Q&A: Creating an online Indigenous Science course
Q&A: Creating an online Indigenous Science course

An online Indigenous Science course has been launched to give students in Victoria an opportunity to learn about the knowledge systems of local Indigenous cultures about the land, water, and sky. In this article we speak with the course’s co-teachers to find out more.

Podcast special: Deadly Science with Corey Tutt
Podcast special: Deadly Science with Corey Tutt

In this podcast special, we’re joined by Corey Tutt OAM, founder and CEO of Deadly Science – an organisation that provides science resources to remote schools in Australia, to inspire and celebrate the next generation of Indigenous people in STEM.

Researching education: Five further readings on Science, Technology, Engineering and Mathematics (STEM)
Researching education: Five further readings on Science, Technology, Engineering and Mathematics (STEM)

With the growing use of STEM across various industries in Australia, how can we ensure equitable opportunities and pathways for all students? How can schools build successful partnerships with industry specialists to rethink STEM education? In this article, we outline five further readings which explore STEM education in Australia.

Infographic: Science teaching – women physicists your students should know about
Infographic: Science teaching – women physicists your students should know about

A new study has found in the most recent New South Wales HSC Physics syllabus 10 individuals are mentioned and all are men, and in the last 25 years physicists have been mentioned 211 times in the subject examinations and, again, all were men. In today’s infographic we share just three (there are many more!) amazing women physicists to tell your students about.

What does PISA tell us about Australia’s school sectors?
What does PISA tell us about Australia’s school sectors?

‘Clearly, the decline in Australia’s PISA scores is a complex problem, necessitating complex and varied solutions. What is evident from these data, however, is that the decline in scores cannot be attributed to one particular school sector, but it is shared across the whole system.’ In her latest Teacher column, Sue Thomson examines achievement, school climate and student wellbeing in Australia’s three school sectors.

Sport during school and academic achievement
Sport during school and academic achievement

We know that participating in sport and physical activity benefits health and wellbeing. New research has found it also has a small positive effect on students’ academic performance, particularly in mathematics and science.

From theory to practice – implementing learning progressions in science
From theory to practice – implementing learning progressions in science

To make a real difference to the way students learn science, we think it is important to link cognitive growth to learning progressions through formative assessment in everyday practice.’ In today’s article, academics from the SiMERR National Research Centre at the University of New England share how the Chemical Science learning progression they developed can be implemented in the classroom.