Curriculum Insights and Progress Study: Insights for teachers - Navigating spatial orientation Publications
Publication Details
This insight is part of a collection developed through the Curriculum Insights and Progress Study (Curriculum Insights). Each insight draws on study data to highlight students’ strengths, identify opportunities for growth, and offer practical classroom strategies.
Author(s): The Educational Assessment Research Unit (EARU) at the University of Otago, and the New Zealand Council for Educational research (NZCER). Report for the Ministry of Education.
Date Published: May 2026
Curriculum context
The Mathematics and statistics learning area assessments were administered in Term 3 of 2024 and were informed by the 2024 refreshed New Zealand Curriculum.
Although not aligned with the current gazetted version of the learning area, these reports provide insights into student engagement, teaching practices, and learning experiences during a period of curriculum transition.
Purpose of the insight
This insight supports teachers to examine how students in phases 1–3 reason about spatial orientation, including their understanding of position, direction, and shifting viewpoints. It is guided by the question:
Where do students show strength, and where do they experience challenges, in reasoning about spatial orientation across phases 1 to 3?
The insight begins by defining what spatial orientation is. It then describes how spatial orientation develops across phases 1, 2, and 3 of the refreshed curriculum. Assessment tasks are introduced next, followed by data that illustrates students’ strengths and challenges. The report ends with practical implications for teaching and links to useful resources.
Insight
Students demonstrated a foundational understanding of early spatial orientation. At the same time, many require support to extend this understanding and apply new perspectives in more complex spatial tasks across Phases 2 and 3.
At Year 3, students were generally able to interpret simple perspectives and give basic directions. At Years 6 and 8, tasks that required sustaining a viewpoint through multiple steps or mentally rotating objects and scenes proved challenging. This suggests that many students are still developing the ability to maintain an embedded viewpoint and reason accurately in more complex spatial contexts, and are not yet consistently meeting the expectations outlined in the refreshed curriculum.
More information is available on the website of the Curriculum Insights and Progress Study.
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