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I really like how you connect Yeats’ beautiful imagery with a real STEM issue. The use of Stellarium is particularly effective, allowing children to clearly see the impact of light pollution. I also love the “cloths of heaven” creative activity, as it encourages imagination while connecting literature, science, art and the local environment.
The night sky has inspired people for thousands of years, and there are many wonderful ways to connect it with music, poetry and art. President Michael D. Higgins’ poem “Stardust” is a particularly interesting Irish example. It reminds us that the atoms in our bodies were created through the life and death of stars, connecting every person on Earth with the wider universe.
There are also many songs about the night sky. “A Sky Full of Stars” by Coldplay, “Space Oddity” by David Bowie, “Moondance” by Van Morrison, “Paint the Sky with Stars” by Enya and “The Big Sky” by Kate Bush could all inspire discussion and creativity.
Poetry gives us another way to look upwards. “The Starlight Night” by Gerard Manley Hopkins, “Silver” by Walter de la Mare, and “Twinkle, Twinkle, Little Star” use words to create pictures of stars, darkness and moonlight.
Art makes the night sky especially powerful. Vincent van Gogh’s The Starry Night, with its swirling stars and bright moon, is probably the most famous example. Other artists have also used the moon, stars and darkness to create beautiful and imaginative scenes.
For a sixth-class STEM project, we could combine these ideas by observing the night sky, learning about stars and planets, and then creating our own songs, poems and artwork inspired by what we see.
This is a very practical and engaging approach for 5th Class. I particularly like the idea of connecting biodiversity with the children’s own local environment and giving them responsibility for positive change. Presenting their findings to other classes could also help create a whole-school culture of protecting wildlife and reducing unnecessary light pollution.
Nocturnal species should be an important part of our school biodiversity plan, particularly in East Cork’s harbour towns, where artificial light can affect wildlife. Animals such as bats, moths, hedgehogs and owls depend on darkness to feed, travel and shelter. Our school could create a “Dark Skies for Wildlife” area by reducing unnecessary outdoor lighting, using motion sensors and ensuring lights point downwards rather than into trees or hedgerows. We could also plant native, night-friendly flowers and protect hedgerows and habitats where nocturnal animals live.
Sixth class could carry out a night-time biodiversity survey, recording moths, bats and other wildlife without disturbing them. Pupils could map areas of light and darkness around the school and investigate how harbour-town lighting might affect wildlife. We could then make recommendations to the school and local community.
This project links with several curriculum areas. In Science, pupils can study habitats, food chains, adaptation and light pollution. Geography can involve mapping light sources and local habitats. Maths can be used to record, compare and graph survey results. In English, pupils could write reports, persuasive letters or presentations about protecting dark skies. Art could be used to create posters encouraging responsible lighting.
By protecting darkness, our school can support biodiversity while helping pupils become responsible environmental citizens.I really like your practical and inclusive approach to exploring light pollution. The light survey, graphs and Dark Friendly Street activity would make the learning meaningful and engaging for the children. I also agree that collaboration between teachers is important, particularly when supporting children with additional needs. Your project effectively connects Science with the local community.
Light pollution is an issue that I would like my 6th class learners to explore because of its impact on the Cork Harbour area. With the many towns, roads, houses, businesses and industrial areas around the harbour, there are significant amounts of artificial light at night. This can make it more difficult to see stars and can affect nocturnal wildlife such as bats, birds and insects. It can also have an impact on people by disrupting natural sleep patterns and changing our connection with the night-time environment.
I would engage the learners through a practical investigation. First, I would ask them to discuss what they notice about the night sky in their local area and whether they can see many stars. We could then compare light levels in different locations around Cork Harbour using simple observations or light-meter apps. Learners could record their findings on maps and identify areas where artificial lighting is most noticeable.
Finally, the class could investigate ways to reduce unnecessary lighting, such as using motion sensors, turning off unused lights and using downward-facing bulbs. This would encourage learners to think about how small changes can help protect our local environment.
I really like this idea, especially the Planet Spotter sheet as it gives the children a simple and enjoyable way to engage with astronomy at home. Using Stellarium afterwards to check their observations would also make the learning meaningful and help connect their real-life experiences with what they learn in the classroom.
I would use Stellarium or WorldWide Telescope with my 6th class to explore constellations and star patterns. I think this would be a good way of teaching the topic as it would allow the children to explore the night sky in an interactive way rather than just reading about stars from a textbook. It would also be useful because we cannot always see stars clearly from where we live or rely on the weather being suitable for an outdoor activity.
I would begin by asking the children what they already know about stars and if they can name any constellations. I would then use Stellarium on the interactive whiteboard to show them different constellations such as Orion, Ursa Major and Cassiopeia. I would let the children explore the night sky in pairs and see if they can find some of the constellations themselves.
We could then change the date and time on Stellarium and discuss how the position of the stars and constellations appears to change. This could lead to a discussion about why some constellations can be seen at different times of the year.As a follow-up activity, I would ask each pair to choose a constellation and find out some information about it, including its name and the story or mythology behind it. They could then create their own constellation by joining stars together and make up a story to go with it. They could present their ideas to the rest of the class.
I think using Stellarium in this way would make the lesson more engaging and would encourage the children to ask questions, work together and develop their observation and digital skills.
Your lesson is very engaging and age-appropriate, particularly because it begins with children’s own experiences and observations. I like how you connect the changing position of the Sun with measurable changes in shadow length, making the learning practical and meaningful. Working in pairs also encourages collaboration and communication. The “Sun’s Day” chart provides a simple visual way for children to identify patterns, while the story is a lovely way to consolidate and reinforce their learning.
Liston (2018) argues that authentic STEM education should move beyond simply teaching Science, Technology, Engineering and Mathematics as separate subjects. Instead, children should engage in meaningful, real-world problems that develop creativity, problem-solving, critical thinking, collaboration and communication. This approach would be particularly valuable in my 6th class urban classroom.
I would introduce a “Design a Sundial for Our School” STEM challenge. First, students would investigate the position of the Sun by recording where the Sun rises and sets and measuring the direction and length of shadows at different times throughout the day. They would use tables, graphs, estimation and measurement to identify patterns and determine the most suitable location and orientation for a sundial. Students would then work collaboratively to design, construct and test a model sundial, evaluating and modifying their designs based on their observation. This single investigation creates rich curricular connections. Science develops understanding of light, shadows, Earth’s rotation and patterns in the natural world. Mathematics involves time, angles, measurement, data collection, coordinates, scale and graphical representation. Engineering and Technology are developed through designing, making, testing and improving a functional solution. SEE/Geography connects learning to the local environment, mapping, direction and place, while English supports discussion, explanation, recording findings and presenting conclusions.
This reflects the new Irish Primary Curriculum, which promotes scientific inquiry, design thinking, real-life problem-solving and integrated STEM learning.I really enjoyed reading your reflection. You have highlighted how sustainability becomes most meaningful when it is connected to everyday life and the local community. The examples from Carlow, such as the River Barrow, local farming practices, and community groups, make the concept very real and relatable. I especially like your focus on practical, pupil-led actions. Initiatives such as waste trackers and your school’s “blinds up, lights off” slogan are excellent ways of helping children see that small actions can make a difference. The idea of exploring the River Barrow is also a wonderful way to develop environmental awareness through firsthand experience.
Sustainability is already a strong feature of life in our school and the wider Cobh community. As a school that has achieved all ten Green Flags, environmental awareness is embedded in our daily practices, from waste reduction and biodiversity initiatives to energy conservation and active travel. This provides an excellent foundation for developing pupils’ understanding of sustainability in meaningful, real-world contexts.
Cobh itself offers many opportunities to explore sustainability. As a coastal town with a rich maritime heritage, there is growing awareness of the importance of protecting marine ecosystems and developing sustainable aquaculture. This creates valuable opportunities to connect classroom learning with local environmental issues. Pupils could investigate water quality, biodiversity in the harbour, and the role of sustainable aquaculture in supporting both the local economy and marine conservation.
Strengthening links between the school and the wider community would further enrich this learning. Collaborating with local environmental groups, harbour organisations, and aquaculture businesses could provide authentic learning experiences through guest speakers, fieldwork, and community projects. These partnerships would help pupils recognise that sustainability is a shared responsibility and that their actions can make a positive difference both locally and globally. By building on the excellent work already taking place in our school, we can continue to foster environmentally responsible, informed, and active citizens.
I really enjoyed reading your reflection. I like how you clearly explained the nutritional benefits of seafood and linked each nutrient to its role in supporting children’s health and development. Your idea of beginning by exploring pupils’ prior knowledge is a great way to make the lesson engaging and relevant. Inviting a fishmonger into the classroom or visiting a local supermarket fish counter would provide valuable real-world learning experiences and help children make connections between the food they eat and where it comes from. Designing a healthy seafood meal is also an excellent cross-curricular activity that encourages creativity while reinforcing healthy eating messages.
Learning about the nutrition of seafood has deepened my understanding of how healthy eating, sustainability, and local food production are closely connected. While I already knew that seafood is a good source of protein, I now better appreciate its wider nutritional benefits, including omega-3 fatty acids, vitamin D, vitamin B12, iodine, and selenium, all of which are important for brain development, growth, and overall health. This has encouraged me to think about how nutrition can be taught in a way that is relevant to children’s everyday lives and the communities in which they live.
Teaching in an East Cork context provides an excellent opportunity to make this learning authentic and meaningful. Many pupils are familiar with Cork Harbour, one of the largest natural harbours in the world, and some may have family members employed in fishing, aquaculture, seafood processing, or other marine industries. I would use this local connection to develop a case study exploring aquaculture in Cork Harbour, focusing on how species such as oysters and mussels are cultivated sustainably and contribute to both the local economy and Ireland’s food industry. This would allow pupils to examine the journey of seafood from sea to plate while discussing the importance of balancing food production with environmental protection.
This topic could be integrated across several curriculum areas. In Geography, under the Locality strand, pupils could investigate how Cork Harbour has shaped the development of nearby communities such as Cobh, Aghada, Whitegate, and Midleton. They could map local aquaculture sites, explore why these locations are suitable for shellfish farming, and consider how natural resources influence employment and community life. In Science, pupils could investigate marine habitats and food chains, while in SPHE they could evaluate the nutritional value of seafood as part of a balanced diet. Mathematics activities could include analysing food labels, comparing nutritional values, or interpreting graphs on seafood consumption.
To further enrich learning, I would invite a local aquaculture producer or fisheries representative to speak to the class or organise a field trip around Cork Harbour where pupils could observe the marine environment and learn about sustainable seafood production firsthand. These experiences would help pupils appreciate that healthy food choices are closely linked with their own locality and encourage them to value the natural resources and industries that contribute to their community.
Overall, this topic has shown me the importance of using local contexts to teach nutrition. By connecting seafood nutrition with Cork Harbour and the rich maritime heritage of East Cork, I can make learning more engaging, relevant, and memorable while helping pupils develop healthy habits, environmental awareness, and a stronger sense of place.
I really enjoyed reading your reflection and agree with your points about the ARC resources providing meaningful, real-life contexts for STEM learning. I especially liked how you linked the lessons to your own county and suggested encouraging pupils to explore local aquaculture and employment opportunities. This makes learning much more relevant and engaging. Your ideas for extending the lessons into English, Art and digital learning using Canva highlight the strong cross-curricular potential of the resources. I also think your suggestion of inviting a local aquafarmer or participating in a webinar would bring the learning to life for pupils. Like you, I believe sharing these resources with colleagues is a great way to support a whole-school approach to STEM and strengthen the SSE process.