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Lovely idea and the idea of that music linked with the lesson is a great active idea. I think the children would love it.
I would choose the project of collecting piseógs, traditions and stories about the night. I think this would be a lovely activity for a 4th class as it gives the children an opportunity to learn about local history while also making links with science. I would begin by asking the children what stories or sayings they have heard from parents or grandparents about the Moon, stars or the night sky. As homework, they could interview a family member and record a story, piseóg or memory connected to the night. We could also use the Dúchas Schools’ Collection to compare the stories they collect with traditional folklore from other parts of Ireland. Back in the classroom, we would share our findings and discuss which ideas are based on tradition and which can be explained through science. This would lead to conversations about the Moon, constellations and why the night sky looks different throughout the year. The children could then create an illustrated class book or display combining their family stories with the scientific facts they have learned. I think this project would really engage my 4th class because it values their own family experiences and encourages them to talk to older relatives. It also shows them that science and Irish culture can be explored together, helping them appreciate both our traditions and our understanding of the natural world.
I think the layout of this lesson is excellent and there is a lovely flow to it, it sounds like it could be very hands on and active which is something pupils love
Teaching in a 4th class in Dublin city, I think this topic would help the children make connections between science and their local environment. Many of the children are familiar with parks such as St. Anne’s Park, Phoenix Park or smaller green spaces near the school, but they may not realize that animals living there are affected by artificial light at night. I would begin by asking the class what animals they think are active at night. We would discuss bats, hedgehogs, moths and owls, and why darkness is important for them. The children could then complete a simple biodiversity survey in the school grounds, recording any insects, birds or plants they find. We would also identify the different light sources around the school, such as security lights, streetlights and lights from nearby buildings, and discuss how these might affect wildlife. As a follow-up, the children could work in groups to suggest ways our school could become more wildlife friendly while still keeping everyone safe. For example, they might recommend switching off unnecessary outdoor lights when the school is closed, using downward-facing lights where possible, or planting more native flowers to attract insects. Each group could present their ideas to the class and decide which suggestions could be included in the school’s biodiversity plan. I like this activity because it encourages children to investigate a real issue in their own community. It also helps them understand that small changes can have a positive impact on local wildlife and shows them that they can play a role in protecting biodiversity.
I love the idea of asking the pupils the question first, some kids would not even think about lights but this sounds like an excellent lesson to cater especially in Dublin to actively engage
I chose to look at how light pollution affects my local area. Although we can still see some stars where I live, there are many streetlights, houses, and businesses that make the night sky much brighter than it would naturally be. I think many children are unaware that this makes it harder to see stars and constellations, and that it can also affect wildlife and waste energy. With my 4th class, I would begin by asking the children what they notice about the sky at night and whether they have ever seen lots of stars when they are away from towns or cities. We could compare photographs of a dark sky with one affected by light pollution and discuss the differences. I would then ask the children to observe the night sky from home with the help of a parent or guardian and record how many stars they could see and what types of lights were nearby. Back in school, we would compare our observations and discuss why some areas are darker than others. The children could work in groups to come up with simple ideas for reducing unnecessary light, such as turning off lights that are not needed or using outdoor lighting more carefully. I think this is a good activity because it links science with environmental awareness and encourages children to observe the world around them. It also gives them an opportunity to involve their families in their learning and see how science connects to everyday life.
I like the idea here that the intro is asking the children the questions straight away which in turn puts the onus on the children to explore, create and investigate.
For this task, I chose an activity from the Framework for Inquiry. I think this approach would work really well with my 4th class as they enjoy asking questions and working together to solve problems. Instead of giving them all the answers, I would encourage them to investigate and come up with their own ideas. I would start the lesson by showing the class an image of the Moon and asking them what they notice and what they wonder about it. The children would share their ideas, and together we would choose a question to investigate, such as “Why does the Moon seem to change shape?” Working in small groups, they could use books, tablets, and simple models to explore their ideas before sharing their findings with the rest of the class. I like that this type of lesson allows every child to take part, whether they are recording ideas, researching information, or presenting their group’s findings. It also develops important skills such as listening, discussing, and explaining their thinking. It is important to let children explore ideas for themselves instead of always looking for the “right” answer straight away. I think this type of lesson would keep my 4th class interested because it starts with their own questions. It would also give me a chance to see how they are thinking and what misconceptions they might have, which would help me plan the next steps in their learning.
I love the idea of using a book as a resource, this will definitely benefit the students and incorporates Literacy also. The hands on idea is also excellent as it means the students will be more active.
STEM works best when children are actively involved in learning and making connections across different subjects. Rather than teaching science, maths, and technology separately, I think activities are more meaningful when children can explore ideas through hands-on experiences. The activity I would choose is observing and recording the position of the Sun throughout the day. I would start by having a class discussion about what the children already know about the Sun and where they think it is at different times of the day. We would then go outside at a few set times and observe from the same spot each time. The children would record where the Sun appears to be in the sky and look at how their shadows change during the day. Back in the classroom, we would compare our observations and talk about any patterns we noticed. The children could use tablets to take photos and keep a simple record of their findings. I think this activity would really engage students because it involves them in investigating something they can see for themselves. It encourages curiosity, discussion, and teamwork, while also helping them understand that STEM is about exploring and making sense of the world around them
I completely agree with your approach—it’s such a thoughtful and engaging way to introduce young children to the concept of climate change and deforestation. Framing the question around trees and asking “What happens if lots of trees are cut down?” is simple yet powerful, and perfect for sparking curiosity in younger pupils.
I also love how you’re incorporating local context by linking it to an area near your school. This makes the learning more meaningful and helps the children make real-world connections. Using pictures, videos, and a park visit is a great way to appeal to their senses and keep them actively involved. Young children learn best through doing and seeing, so this hands-on, observational approach is really effective.
To engage pupils in this project, I would begin by sparking their curiosity through a nature walk around the school grounds. Pupils would observe the local environment and take note of any litter, bugs, birds, or plants they spot. We’d have an open class discussion about what they noticed, leading naturally to the research question. Using age-appropriate language, I’d explain how waste and pollution can harm animals and plants—and how their actions can make a difference.
To build ownership, the class would act as “Climate Detectives,” working in small teams with magnifying glasses, litter-pickers, clipboards, and notebooks. They would record the types of rubbish they find and where it collects most. We’d create graphs from the data, then brainstorm solutions together—like making posters to educate others, setting up classroom recycling stations, or starting a “clean-up crew” rota. Throughout, I’d celebrate their efforts, link the learning to real-world change, and show that even small actions help protect our planet.
I completely agree with your experience using Satellite Tracker 3D—it’s fascinating to see how fast satellites move and learn about their different purposes. I was also surprised by the variety, from old Cosmos satellites to the new Starlink constellation aimed at global internet coverage. The fact that CubeSats like Flock 4g7 can travel so far so quickly really highlights how dynamic space technology is. I think your idea to combine satellite tracking with quick research is excellent and would definitely capture the curiosity of students. It makes the learning real and interactive, showing them how space technology directly connects to our everyday lives.
The ESA resource “Nose High Up in the Sky” offers excellent pupil activities that fuse maths and astronomy through hands-on observation. When I viewed the lessons—measuring sun angles, plotting them seasonally, and applying geometry to shadows—I found the tasks well-structured and engaging. The guided worksheets and diagrams support clear understanding, while the outdoor components encourage active learning. Pupils measure and record real data, create graphs, and discuss concepts like Earth’s tilt and changing daylight—connecting curriculum objectives in science and maths. The resource adapts easily to different age groups: simpler for younger children, with more complex data tasks for older ones. In my classroom, I’d start with a demonstration, then let pupils work in pairs outdoors, before returning to analyze results. This promotes collaboration, observational skills, and scientific reasoning. Overall, it’s a versatile, curriculum-aligned tool I’d confidently integrate into lessons.
I completely agree with your approach to using HOME and the supporting video clips to introduce environmental issues to young learners. The film’s powerful visuals and clear message are ideal for capturing children’s attention and sparking important conversations. I particularly like how you plan to start with age-appropriate discussions and encourage reflection on personal actions—this makes the learning both accessible and meaningful. Your inclusion of interactive projects and local investigations is an excellent way to deepen understanding and keep pupils engaged. Overall, your strategy effectively combines emotional impact with practical learning, which is essential for inspiring long-term awareness and change.
