This guide explores the final 2026 Science curriculum
Sustainability and Climate Change
A Significant Question
While sustainability remains visible, climate change itself is less prominent than in the draft curriculum.
Expert Reactions: Multiple commentators identified the reduced visibility of climate change as a major concern and questioned whether the curriculum adequately prepares learners for future environmental challenges.
This Is More Than an Edit
The final curriculum represents a significant redesign of Science Years 0–10.
In the Draft
- Science emphasised knowledge, practices, and science as a human endeavour.
- Numerous scientist profiles and historical examples were embedded throughout.
- Earth Systems and Earth & Space appeared as separate domains.
- Greater emphasis remained on broad scientific literacy and understanding science in society.
In the Final
- Knowledge and practices are explicitly separated.
- Conceptual focus statements provide coherence.
- Four common scientific practices organise learning.
- Stronger alignment with senior secondary science pathways.
- More explicit teaching requirements and progression.
Purpose and Vision
Draft Purpose
Science was presented as:
- A collaborative human endeavour
- An evolving discipline
- A way of understanding the world
- A field enriched by diverse perspectives and inquiry
Final Purpose
Science is defined as:
- Systematic, dynamic, evidence-based
- Focused on explaining phenomena
- Focused on solving problems
- Preparation for future scientific study and participation
Knowledge and Progression
Potential Strengths
- Reduced ambiguity
- Better alignment across phases
- Clearer expectations for teachers
- More coherent learning pathways
Ongoing Concerns
Experts continue to raise questions about:
- Overall volume of content
- Realistic teaching time
- Increasing teacher workload
- Balancing breadth and depth
Te Tiriti, Mātauranga Māori and Local Contexts
Final Curriculum Examples
- Matariki
- Maramataka
- Te Taiao
- Ngā tohu o te taiao
- Local environmental contexts
- Kaitiakitanga
Positive Developments
- Local places and communities
- Hapū and iwi connections
- Contextualised learning
Expert Concerns
- Science remains predominantly Western in framing
- Mātauranga Māori is less visible in earlier phases
- Many cultural connections occur through contextualisation rather than curriculum structure
Implementation: Opportunities and Challenges
Opportunities
- Stronger coherence.
- Clear teaching expectations.
- Better progression.
- Clearer pathways into senior sciences.
- More explicit scientific practices.
Challenges
- Teacher confidence with specialist content.
- Curriculum volume.
- Resource requirements.
- Access to practical investigations.
- Professional learning demands.
- Assessment implications remain unclear.
Expert Perspective
Welcome Elements & Ongoing Tensions
Welcome Elements
- ✅ Stronger coherence across Years 0–10
- ✅ Clearer progression
- ✅ Explicit scientific practices
- ✅ Better curriculum structure
- ✅ Greater guidance for teachers
- ✅ Improved alignment with senior science pathways
Ongoing Tensions
- ⚠ Content load and teachability
- ⚠ Visibility of Nature of Science
- ⚠ Balance between knowledge and scientific literacy
- ⚠ Integration of mātauranga Māori
- ⚠ Resourcing and teacher expertise
- ⚠ Reduced visibility of climate change
- ⚠ Risk of coverage replacing deep learning
Questions for Open Discussion
- Is progression clearer and more coherent?
- Is the content achievable within available teaching time?
- How effectively is mātauranga Māori integrated?
- What professional learning will teachers need?
- What opportunities does the new curriculum create?
- What challenges concern you most?
What will successful science learning look like in Aotearoa New Zealand under this curriculum?
Context, Resources & Further Reading
Use the links below to access the full final learning area and additional reading to inform your engagement with the Science Years 0–10 curriculum.
Guide to the Final Science Years 0–10 Learning Area