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Really love the idea of nixing the modern music with the paintings of Vincint van Gogh to reinforce and engage with a theme in our teaching.
think this would be a really engaging project for primary school children because it combines science, geography, art, music and literacy. I would begin by asking the class what makes a good place to see the stars and why dark skies are important. We would then explore our school grounds and identify areas that are bright, dark or suitable for wildlife.
Working in small groups, the children would take on different roles such as conservation rangers, local residents, stargazers or planners. Each group would discuss what their stakeholder would want in a Dark Sky Place before sharing their ideas with the class.
To make the project more cross-curricular, we would learn songs such as Twinkle, Twinkle, Little Star, Mr. Sun and Starman by David Bowie. We would also read poems inspired by the night sky, including President Michael D. Higgins’ Stardust, and look at Vincent van Gogh’s Starry Night to inspire our own artwork. These activities would encourage children to think about how the night sky has influenced music, poetry and art throughout history.
Finally, the children would design their own Dark Sky Place by creating maps, posters and visitor leaflets showing stargazing areas, wildlife habitats and ways to reduce unnecessary lighting. Presenting their ideas to the class would help them understand that protecting dark skies benefits both people and nature.I really like your practical ideas, especially the lighting survey and using warmer LED bulbs. Creating flowerbeds and log piles gives children a hands-on way to support wildlife while learning how small changes can make a big difference for nocturnal species.
I think the best way to teach children about biodiversity is to get them outside and let them explore their own local area. We could go on a nature walk around the school grounds or a nearby park and see what plants, insects and birds we can find. The children could work in pairs to record their observations using simple checklists or drawings and then share what they discovered back in the classroom.
After this, I would introduce the idea of light pollution by asking the children if they have ever noticed how bright the sky is at night or if they have seen bats, moths or owls near their homes. We could discuss how these animals depend on darkness to find food and move around safely. I think activities like investigating night vision or learning how bats use echolocation would make the topic much more interesting and help children understand why dark skies are important.
To finish, I would ask the children to come up with simple ideas to help local wildlife, such as switching off unnecessary outdoor lights, planting wildflowers for pollinators or creating wildlife-friendly areas around the school. I think giving children practical ways to help makes the learning more meaningful and encourages them to care for their local environmentI like how you’ve connected light pollution to real environmental issues. The hands-on investigations and use of Stellarium will engage children, encourage critical thinking, and help them understand how small changes can protect our night skies
I would use the Globe at Night citizen science programme to help children investigate light pollution in a real and meaningful way. I would begin by asking the class what they notice about the night sky in their local area and whether they can see many stars. This would encourage discussion about light pollution and how artificial light can affect our view of the night sky, wildlife and energy use.
The children would learn how to use the Globe at Night website or app to estimate the brightness of the night sky by comparing what they can see with star charts. As a homework activity, they would make observations with a family member, record the date, time, weather conditions and the number of stars they could see, before submitting their findings to the citizen science project.
Back in the classroom, we would compare our results and discuss why some areas were brighter than others. The children would create graphs of the data and identify possible sources of light pollution in our community. As a follow-up, they would design posters promoting dark sky-friendly lighting and suggest simple ways to reduce unnecessary lighting at home and in school.I really like how you’ve included a home observation activity to involve families in the learning. Creating a class sky guide is a great way to build collaboration, curiosity and confidence while encouraging children to become young astronomers.
For this activity, I would use Stellarium to introduce children to the night sky in an interactive and engaging way. I would begin by asking the class what they already know about stars and planets and whether they have ever recognised any constellations. This would encourage discussion and allow children to share their own experiences.
Using Stellarium on the interactive whiteboard, I would show the night sky as it appears over our local area. Together, we would identify familiar constellations such as The Plough and explain how they can help us find the North Star. The children would also compare the appearance of stars and planets and discuss how planets appear to move differently across the sky.
To reinforce the learning, the children would work in pairs to create their own simple star maps or constellation pictures. They could also use black card, pins and a torch to make a constellation projector box, linking Science with Art and Design. Finally, the class would use Stellarium again to check if their observations matched the digital sky map. This activity develops observation, questioning, ICT and communication skills while promoting curiosity and inquiry-based STEM learning through a fun, hands-on experience.I really like how you’ve linked the investigation with Maths. Keeping a diary and creating a sundial gives children meaningful, hands-on experiences that encourage observation, prediction and discussion while developing their understanding of the Sun’s movement.
For this activity, I would choose ESERO 30: Day and Night in the World. I would begin by asking the children what they notice about the sky at different times of the day and why they think some countries experience daytime while others experience night. This would encourage predictions and spark curiosity. Using a globe and a lamp to represent the Sun, the children would work in small groups to investigate how the Earth’s rotation causes day and night. They would make predictions, test their ideas using the model and record their observations through labelled diagrams and simple written explanations.
To extend the activity, the class would identify countries experiencing daylight or darkness at the same time and compare these with Ireland. This links naturally with Geography and Mathematics through mapping, sequencing and recording data. Children could also keep a simple observation diary of sunrise, sunset or shadows over a week. This inquiry-based lesson develops scientific understanding while encouraging communication, teamwork and critical thinkingI would choose the Activity Set: Rockets, particularly the Balloon Rockets activity, for my first and second class. I think this activity is ideal for young children because it is exciting, hands-on and encourages learning through play and investigation. I would begin the lesson by showing the children a short video of a rocket launch and asking them questions such as, “How do you think a rocket moves?” and “What might make our balloon rocket travel faster?” This would encourage curiosity and allow the children to make predictions before carrying out their investigation.
Working in small mixed-ability groups, the children would build simple balloon rockets using balloons, string, straws and tape. They would investigate how changing the size of the balloon affects how far or how fast the rocket travels. Before each test, the children would make predictions and then observe what happens. Together we would discuss whether our investigation was a fair test and compare our results. This would help pupils develop important science skills such as questioning, predicting, observing, investigating and communicating.
To support children with different abilities, I would provide visual instructions and pair pupils so they could work collaboratively. Children who need additional support could record their observations through drawings or photographs, while more confident pupils could measure the distance travelled by the balloon rocket using non-standard or standard units and explain why they think some rockets travelled further than others.
The activity offers many opportunities for cross-curricular learning. In Maths, children could measure and compare distances, estimate which rocket would travel the furthest and create simple graphs of their results. In English, they could write or dictate a sentence about their investigation and use new vocabulary such as rocket, air, force, push and prediction. In Visual Arts, pupils could design and decorate their own rockets before testing them.
I believe this inquiry-based activity would be highly engaging for first and second class because it allows children to learn through exploration, teamwork and problem-solving. It encourages every child to participate, regardless of ability, while building confidence and developing a positive attitude towards STEM learning. It also provides a meaningful introduction to forces and movement through a fun space-themed investigationThis lesson would be great as part of a thematic lesson scheme. I think that using a book as a stimulus for SESE lessons is very effective.
<p class=”pdq2pgselectionanchorcontainer”>I would choose the <strong data-start=”117″ data-end=”153″>”Investigating Children’s Coats” activity with my first and second class because it is practical, relevant to the children’s everyday lives and provides excellent opportunities for inquiry-based learning. The activity encourages pupils to investigate which materials are most suitable for different weather conditions and to think about why certain coats keep us warm and dry. It also links directly to the curriculum objective of exploring the suitability of clothing for different weather conditions and investigating materials.</p>
<p data-start=”691″ data-end=”1343″>I would begin the lesson by asking the children to bring in different types of coats or look at the coats they are wearing. Together we would discuss questions such as, <em data-start=”860″ data-end=”939″>Which coat would be best for a rainy day? Which would keep us warm in winter? The children would make predictions before carrying out simple investigations to test different materials for waterproofing or warmth. They would observe, compare and record their findings using pictures, simple tables or oral discussion, allowing them to develop important science skills such as questioning, predicting, observing, investigating and communicating.</p>
<p data-start=”1345″ data-end=”1833″>To ensure all children could participate successfully, I would differentiate the activity according to ability. Children who need additional support could work with a partner, use picture cards and record their findings through drawings or verbal explanations. More able pupils could explain their reasoning in greater detail, compare results between groups and design their own coat for a particular type of weather, just as suggested in the module.</p>
<p data-start=”1835″ data-end=”2198″>This activity also provides opportunities for cross-curricular learning. In Visual Arts, pupils could design and decorate a weather-proof coat. In English, they could describe their investigations orally and write simple sentences about their results. In Maths, they could sort coats by material or weather type and create simple charts to display their findings.</p>
<p data-start=”2200″ data-end=”2563″>I believe this activity would be highly engaging for first and second class because it is hands-on, familiar and encourages children to learn through exploration. It supports a mixed-ability classroom by allowing every child to participate at their own level while developing curiosity, confidence and essential scientific skills through meaningful investigation</p>I agree, and it gives so many opportunities for cross curriculum learning. it can also be differentiated to suit different class levels and abilities.
I would choose the Activity Set: Stars, particularly the “Draw Your Own Constellation” activity, with my first and second class. I think this activity is an excellent way to introduce young children to stars and constellations while encouraging creativity, observation and discussion. I would begin the lesson by showing pictures of well-known constellations such as The Plough and explaining that people have connected groups of stars to create pictures and stories for thousands of years. We would also read a simple myth or legend about a constellation to integrate literacy and history into the lesson.
The children would then observe different constellation patterns before creating their own constellation by joining stars with lines and inventing a story about what their constellation represents. They could name their constellation and share its story with the class. This inquiry-based approach encourages children to ask questions, make observations and use their imagination while developing scientific understanding that stars can appear in patterns but are actually very far apart in space.
The activity also provides many opportunities for cross-curricular learning. In English, pupils could write a few sentences or orally tell the story behind their constellation. In Visual Arts, they could create star pictures using black paper, chalk and glitter or make star lanterns. In Maths, they could count stars, identify 2D shapes within constellation patterns and use positional language such as above, below, beside and between. These activities support spatial awareness and early mathematical thinking while making learning enjoyable.
I believe this activity would engage all learners because it is practical, creative and inclusive. It encourages collaboration, discussion and curiosity while allowing children to express their own ideas. Most importantly, it helps pupils develop observation, communication and problem-solving skills through an inquiry-based approach, fostering a sense of wonder about the night sky and inspiring a lifelong interest in science