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I love your approach — it’s so thoughtful and inclusive. The hands-on and sensory-rich elements you’ve described are perfect for supporting different learning styles, and I think using recycled materials for models really adds a sustainability angle too. The idea of including signage and reminders about reducing light use is such a great way to make the learning feel relevant and action-based. I especially liked the use of torches and glow-in-the-dark materials — what a fun and memorable way to simulate the night sky in the classroom! It’s brilliant how you’ve linked this to SESE, Art, and SPHE, making it a well-rounded project that fosters creativity, critical thinking, and environmental awareness. It’s clear that this would leave a lasting impact on the children, not just in terms of learning but in how they view their own role in protecting nature — even something as often overlooked as darkness.
To implement a “Design Your Own Dark Sky Place” activity in my classroom, I would begin by introducing the concept of light pollution and the benefits of dark skies for people, wildlife, and astronomy. We would look at examples from Irish Dark Sky Parks, such as Mayo or Kerry, and identify key features like reduced artificial light, native wildlife, and access for stargazing. Children would then work in groups to design their own dark sky-friendly place. They would draw maps, label key areas (e.g. observation zones, wildlife corridors), and include features like shielded lighting, bat boxes, or information signs. This project would link science and geography with art, literacy, and environmental care. It also promotes collaboration and critical thinking. We would display the projects during Space Week and invite another class to view them, turning the learning into something visible and community-focused.
This sounds like a fantastic, hands-on way to explore local biodiversity. It’s great that your school already makes use of its rural setting — those wooded walks and stream visits provide such a rich learning context. I really like how you’re linking habitat exploration with observation skills like soil type, plant types, and light sources. The idea of comparing plant growth under natural vs artificial light is a brilliant way to make the impact of light pollution more tangible for children. It also ties science skills like fair testing and recording change into a real-world context. You could even extend it by using digital tools to photograph and chart growth over time. Investigating how different habitats meet the needs of their species will not only build scientific knowledge but also a deeper respect for nature. It’s lovely to see such curiosity being fostered through meaningful outdoor experiences.
To support nocturnal species in our school’s biodiversity plan, I would begin by raising awareness among students about how animals like bats, moths, and hedgehogs rely on natural darkness. Many of these species are active at night and are affected by light pollution, which can interfere with feeding, navigation, and reproduction. We would start with an audit of the school’s outdoor lighting, discussing ways to reduce its impact (e.g. shielding lights, using timers, or motion sensors). In class, we’d explore how nocturnal animals function, using role-play, videos, and sensory-based activities like echolocation games. We’d also build bat boxes or hedgehog shelters and plant night-scented flowers to attract moths. These actions would link to our school’s biodiversity goals while giving children a real sense of ownership and agency. It’s a powerful way to build environmental empathy and highlight the often invisible impact of human behaviour on wildlife.
I really like how you’ve connected the issue of light pollution to both its environmental impact and the human experience of losing the night sky. Your approach for infants is lovely — focusing on sensory-rich experiences makes the concept accessible without overwhelming them with too much detail. The use of shadow play and reflective objects is a great way to spark curiosity and get them noticing light and dark in a playful, hands-on way. I also think the idea of combining stories, songs, and gentle outdoor experiences at dusk is a wonderful balance of literacy, science, and wellbeing. You’re right that these early, positive encounters with the natural world can help children build empathy for wildlife and an appreciation for the night sky, even before they can fully understand the science behind it.
In my local area, street lighting and security lights are the main contributors to light pollution. While they serve an important safety purpose, many fixtures are overly bright, unshielded, or on all night, leading to excessive glare and sky glow. This means that, even on clear nights, only the brightest stars are visible, and the Milky Way is hidden from view. I would engage my class by starting with a “night sky before and after” activity using images of dark sky reserves in Ireland, such as Mayo or Kerry, compared with our town. We would take part in the “Globe at Night” project to measure local light levels and map our results. The children could also design “dark sky friendly” lighting models in groups, considering direction, brightness, and colour. This approach combines observation, data collection, and problem solving while encouraging pupils to think critically about balancing safety, wildlife needs, and stargazing opportunities.
I really like how you’ve blended technology with real-world observation here. Starting with the live planetarium app is a clever way to bridge the gap between what the children can see during school hours and what they’ll see later in the evening. The Autumn Sky Passport is such an engaging idea — it turns the activity into a personal project the pupils can take ownership of, and I think the combination of fact cards, drawing space, and home challenges will really appeal to different learning styles. The Stargazing Challenge is a lovely way to involve parents and make the learning cross over into home life. Sharing and comparing sketches the next day will not only consolidate their learning but also encourage discussion, observation skills, and peer feedback in a natural way. I can imagine the excitement when someone spots “their” planet!
Plan to Observe the Moon – Morning Phase
I would engage my class in observing the Moon during its waning gibbous phase, which is ideal for morning viewing when school starts. Using a Moon phase calendar, we would identify the dates in 2024–2025 when this phase occurs during school hours. In the lead-up, students would learn about how the Moon’s position relative to the Earth and Sun creates its phases, using a lamp and ball model for hands-on understanding. On observation days, we would take the class outside to sketch and describe the Moon’s appearance, noting brightness, shape, and position in the sky. Back inside, pupils would log their findings in a “Moon Journal,” comparing observations over several mornings. We would also use Stellarium to see how the Moon’s position changes daily. This activity promotes questioning, prediction, and recording skills while challenging the misconception that the Moon is only visible at night.That sounds like a really thoughtful and well-sequenced plan. I like how you’re linking the sundial to your previous work with the weather station — it gives the activity continuity and builds on the pupils’ existing understanding of sunlight, seasons, and orientation. Your attention to location is spot-on, especially considering both accuracy (true north alignment, unobstructed sunlight) and practical factors like safety and accessibility. Involving the older classes in setting up the sundial and adding clear markings or a plaque is a great idea — it gives them ownership of the project and ensures it can be a lasting feature in the school grounds. I can imagine it becoming a popular point of interest at break times and an easy go-to for linking maths, geography, and science lessons throughout the year.
Liston’s (2018) paper reinforced for me that authentic STEM goes beyond teaching subjects side-by-side — it’s about integrating science, technology, engineering, and maths through real-world, problem-solving contexts. In my classroom, STEM means students are active investigators, working collaboratively and using multiple disciplines to explore and create solutions. For this activity, pupils will work in teams to observe and record the Sun’s position over several weeks. We will design a simple recording station in the school yard using a fixed marker and compass points. Each group will record sunrise and sunset positions, shadow direction, and length at set times during the day, using tablets to take photos and measure angles. We will then compile our findings into a digital graph and presentation.
This integrates science (Earth-Sun movement), maths (measuring angles/times), technology (digital recording), and engineering (designing the observation setup), fulfilling the criteria for authentic STEM outlined by Liston.