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Apollo NZ Global
ASTRAVYR Systems
ASTRAVYR Celestial Meridian approved emblem and wordmarkSPACE ACADEMYSPACE · ASTRONOMY · DISCOVERY

THE UNIVERSE IS YOUR CLASSROOM

ASTRAVYR SPACE ACADEMY / EDUCATOR CENTRE

Inspire the next
generation of explorers.

Free, classroom-friendly astronomy activities and responsible night-sky learning. No teacher account, student registration or product purchase required.

01 / FREE EDUCATOR RESOURCES

Teach with confidence.
Adapt to your classroom.

Choose an age level to prepare an adaptable guide. Sessions cover New Zealand's recognised dark-sky places, responsible lighting and scientific observation. Confirm local curriculum alignment and safety requirements before classroom delivery.

All materials are editable learning resources rather than formally accredited curriculum packs.

02 / THREE READY-TO-ADAPT LESSONS

From curiosity to enquiry.

LESSON 01 · 45–55 minutes

What is a Dark Sky Place?

Compare independently recognised places without ranking their brightness.

Learning journey
  1. Engage: learners explain what they think a dark-sky designation means.
  2. Explore: use the Atlas to compare one Reserve, one Sanctuary, one Park and one Community.
  3. Investigate: record each site's year, setting, stated purpose and official source.
  4. Explain: describe how responsibilities differ between a protected area and a town.
  5. Reflect: make one evidence-based claim and identify one unanswered question.
Assessment focus

Correct category comparison, named sourced example and clear statement of uncertainty.

LESSON 02 · 45–60 minutes

A Responsible Lighting Investigation

Evaluate outdoor-lighting needs using DarkSky and IES five principles.

Learning journey
  1. Engage: compare useful light with unnecessary upward spill.
  2. Explain: introduce useful, targeted, low-level, controlled and warm-coloured.
  3. Investigate: perform a supervised, permitted daytime survey of visible light fixtures. Do not enter roadways or restricted sites.
  4. Analyse: identify an improvement for each principle without claiming photometric compliance.
  5. Communicate: prepare an illustrated recommendation for staff or family discussion.
Assessment focus

Purpose-led reasoning, safe observation, five-principle application and proportional recommendations.

LESSON 03 · 45–60 minutes

What Can We Really Observe?

Plan an astronomical observation and distinguish observed evidence from assumptions.

Learning journey
  1. Engage: discuss why clouds, lunar phase, skyglow and horizon affect a viewing session.
  2. Plan: choose a safe, accessible viewing location and appropriate supervision.
  3. Observe or research: use a teacher-approved night activity, observation made from a safe location, or verified published source rather than invented data.
  4. Evaluate: describe visibility limits, conditions and reliability of evidence.
  5. Conclude: suggest how to improve the method and identify what remains unknown.
Assessment focus

Specific scientific question, transparent method, safe design, legitimate evidence and limitations.

03 / ASSESSMENT AND INCLUSION

Better questions.
Thoughtful answers.

Scientific question

Developing: A question is stated but needs a clearer test

Proficient: Focused question tied to appropriate observation or evidence

Extending: Focused question with justified scope, assumptions and alternative explanations

Evidence and source quality

Developing: Some relevant evidence, inconsistently distinguished

Proficient: Relevant credible sources and observations clearly distinguished

Extending: Cross-checks sources, uncertainty, and potential observational limitations

Environmental stewardship

Developing: Identifies one lighting concern

Proficient: Applies multiple of the five responsible-lighting principles

Extending: Balances practical needs with the full set of principles and site context

Safety and respectful learning

Developing: Recognises basic risks and need for source attribution

Proficient: Includes safe access, supervision, respectful regional knowledge practices

Extending: Anticipates access/weather risks, consent and culturally appropriate sources

Outdoor night observation should always be optional and supervised. Learners without safe after-dark access can complete equivalent research using verified sources. Respect local land access, weather, wildlife and iwi/hapū-specific knowledge. Do not view the Sun through binoculars or telescopes without suitable specialist solar equipment and qualified supervision.

CONTINUE LEARNING

Explore the living classroom.

Use the academy's interactive tools alongside the downloadable resources.

Seven-Day Sky Challenge Southern Sky Explorer Citizen Science Pathways Space Explorer Missions
Project