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
1
Final Curriculum Examples
- Matariki
- Maramataka
- Te Taiao
- Ngā tohu o te taiao
- Local environmental contexts
- Kaitiakitanga
2
Positive Developments
- Local places and communities
- Hapū and iwi connections
- Contextualised learning
3
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?
Guide to the Final Science Years 0–10 Learning Area