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I really like the idea of creating their own dark sky space, and therefore applying their learning. This application of real life learning would really engage my pupils
I like how pupils will apply their knowledge, and do further research to create the posters in this lesson.
I love the comparison between urban and rural. This would really show the contrast to the pupils, who may not see this in their everyday lives.
3. Prepare a school project to collect Piseógs/Traditions/Stories of the Night
For this project, pupils will explore Irish folklore by collecting Piseógs, night-time traditions, and stories of the night from family and community members. They will be encouraged to ask older relatives or neighbours about superstitions or customs linked to night-time, such as leaving out food for fairies or not going out after dark. Pupils can also use duchas.ie, a fantastic online resource of Irish folklore, to find old stories from their local area. Each pupil will choose one story or tradition to write about and illustrate. As a class, we will create a “Book of the Night” to display the collected tales. This will be presented by pupils, and their family members will each get a chnace to view the project digitally on iapds at the exhibition. This project connects pupils with Irish heritage, promotes oral history, and encourages respectful conversations with elders. It also supports literacy, research, and digital skills in a meaningful, engaging way. Pupils may also share their stories in a storytelling circle to practice public speaking and celebrate our shared culture.
How you would engage your learners to explore biodiversity in your
local area and the possible impacts of light pollution on local biodiversity.To engage learners in exploring biodiversity in the local area and the impacts of light pollution, I would start with an interactive nature walk. Learners would observe and record different plants, animals, and insects, using field guides or apps to identify species. This hands-on experience helps them appreciate local biodiversity firsthand. Next, we would conduct a nighttime observation session to compare well-lit and dark areas, noting how artificial light affects nocturnal wildlife like moths, bats, or frogs. To deepen understanding, learners could measure light pollution using smartphone apps and analyze how it correlates with wildlife presence. It’s important to explain that many animals rely on natural light sources like stars and the moon for navigation and survival, so light pollution can seriously interfere with their natural behaviors. Finally, learners would create presentations or posters to communicate their findings and propose actions to reduce light pollution locally.
1. Detail how light pollution is impacting your local area and how you would engage your learners to explore this.
Dublin faces different types of light pollution: glare (harsh, blinding light), sky glow (brightening of the night sky), and clutter (excessive groups of lights like signs and streetlamps). On cloudy nights, clouds reflect artificial light back to the ground, making sky glow worse and hiding stars. To reduce this, many areas now use shielded lights—fixtures that direct light downwards to limit glare and sky glow. To engage learners, I would show images or videos comparing light-polluted skies in South Dublin with darker rural skies, highlighting effects of clouds and glare. Students would then investigate by observing the night sky on clear and cloudy nights, noting how many stars they see and identifying sources of glare or clutter. For the next step, pupils could design posters promoting shielded lighting or create a campaign encouraging less unnecessary lighting. Finally, in reflection, students discuss how light pollution impacts people and wildlife, and what they can do locally.
Create an observing plan for autumn that shows which planets are visible in the evening sky.
To engage my class, I would start by sparking their curiosity with the question: “Can you see any planets in the sky tonight?” Using a colorful video or interactive app, I’d show them that planets aren’t just distant dots but objects we can actually find with our own eyes. This introduces inquiry as they wonder which planets are visible and when. I’d then guide them to use a planet-tracking app, making learning hands-on and digital—letting them explore the sky virtually and create their own observing plans. By blending technology with real-world observation, students feel like young astronomers. Taking the learning outside, they get excited to watch the sky themselves and record their findings, building ownership of their learning. The mix of questioning, digital exploration, and outdoor activity keeps the lesson dynamic and makes astronomy tangible and fun for them.
3. Plan how your students could “observe and record the positions of the sun when rising and setting and at different times of the day”
To engage pupils, I would start by showing the animated video “Paxi – Day, Night and the Seasons,” which introduces key ideas in a fun and simple way. Then, I would encourage their natural curiosity by asking questions like, “Where do you think the Sun is right now?” and “Does it always rise in the same place?” This sparks an inquiry-based approach where children become little scientists, wondering and investigating for themselves. The hands-on part comes when we go outside to safely observe the Sun’s position at different times of the day. Children use a simple Sun Tracker sheet to draw and record their observations, actively participating in gathering real data. This combination of questioning, exploring, and recording helps them connect with the natural world in a meaningful way, making learning both exciting and memorable. The lesson encourages discovery and builds understanding through doing, which is perfect for young learners.