Our research

To support leaders and teachers to review and strengthen the science learning opportunities they provide, ERO explored the strategies and approaches that a selection of schools had taken to increase students’ engagement in science. This short guides draws on this work to help secondary school leaders think about how they can support stronger science teaching and learning in their school.

To support leaders and teachers to review and strengthen the science learning opportunities they provide, ERO explored the strategies and approaches that a selection of schools had taken to increase students’ engagement in science. This short guides draws on this work to help secondary school teachers think about how they can support stronger science teaching and learning in their school.

To support leaders and teachers to review and strengthen the science learning opportunities they provide, ERO explored the strategies and approaches that a selection of schools had taken to increase students’ engagement in science. This short guides draws on this work to help primary school leaders think about how they can support stronger science teaching and learning in their school.

To support leaders and teachers to review and strengthen the science learning opportunities they provide, ERO explored the strategies and approaches that a selection of schools had taken to increase students’ engagement in science. This short guides draws on this work to help primary school teachers think about how they can support stronger science teaching and learning in their school.

Learning science in the primary school years helps children become better problem solvers and critical thinkers. This short guide aims to help parents and whānau of children in primary school to understand why science matters for this age group, know what to expect for science teaching and learning for their child, and think about how they can support their child’s science learning journey.

To support teaching science in the early years, ERO talked to 147 early childhood services across New Zealand to find out what is happening for learners, and to identify good practice. This short guide draws on this work to help early childhood education leaders and kaiako understand what makes a difference for science in early childhood education and identify how they could strengthen science teaching and learning in their service.

Learning science in the preschool years helps children become better problem solvers and critical thinkers. This short guide aims to help parents and whānau of children in early childhood education to understand why science matters for this age group, know what to expect for science teaching and learning for their child, and think about how they can support their child’s science learning journey.

Science is important – we rely on science and scientific thinking in almost every endeavour in our modern society. High quality science education at school is essential for learners who want a career in science, but it is also important for all learners to help them understand the scientific issues that whānau, communities, and nations face. Issues such as climate change, healthy living, and innovation all depend on science.

This report looks at how well science is led in services and schools, how well science is woven through the curriculum, and how well kaiako/ teachers include science in a responsive curriculum. Each section of this report provides leaders, kaiako, and teachers with reflective questions to consider, which could support improvements. We also identify opportunities for improvement at both the individual service / school level, and for the system.

This report shares teaching approaches and strategies for Year 5 to Year 11 that ERO has identified in a range of schools where students were found to be highly engaged in science. This report should be seen as a resource for leaders and teachers looking to strengthen their teaching of science. It looks at Years 5-11 as they are the critical years for science engagement before learners make final choices on whether to continue in science.

ERO is undertaking a series of evaluations on the implementation of Te Whāriki: He whāriki mātauranga mō ngā mokopuna o Aotearoa. This report examines how prepared services are to implement Te Whāriki, including their engagement with professional learning and development, and determining 'what matters here' and next steps.

An analysis of achievement data and a desire to introduce more culturally responsive pedagogies into the classroom were triggers for introducing an inquiry -based approach to the teaching of mathematics at Manurewa Central School.

Professional learning reflects the approach that has been established for students. Learning is differentiated with multiple opportunities for engagement and structure in manageable steps.

This video was filmed at McAuley High School.

Inquiry is at the heart of what drives improvement and innovation at McAuley High School. 

Working together to determine what the collaboration and teamwork looks like on a day-to-day basis has been a critical and continued focus of professional learning and team dialogue at Stonefields School.

At McAuley High School, classroom teacher observations are a frequent occurrence and students report how they regard this as teachers actively modelling learning behaviour.

At Otumoetai Intermediate, all teachers are engaged in differentiated professional learning and development. Those with similar goals are ‘buddied’ with another staff member.

In improving the teaching and learning of mathematics, leaders and teachers are working to develop safe, collaborative environments where every learner (teachers and students) can access the thinking of others to strengthen their knowledge and understanding.

The team structure in this school supports the professional learning and development of leaders and teachers. Team members discuss their roles, responsibilities and the reciprocal nature of their interactions.

In 2011, ERO evaluated the quality of science teaching and learning, its place within the curriculum and its relationship to literacy and numeracy teaching. The evaluation focused on Years 5 to 8 in 100 schools. This report documents the findings of this evaluation.