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Completing entries in nature journals really help with pushing to go outside in the winter months when the weather isn’t that great but it’s important the children experience their environment in all kinds of weather not just when the sun is shining.
I completely agree that exploring school history, especially for an anniversary (my school just celebrated 25 years), provides such a unique and powerful learning experience. My own experience from working on different projects with my class echoes the sentiment that involving Dúchas.ie and archival materials is invaluable for historical research.
However, the absolute highlight, and something I think is often forgotten, is the emphasis on oral history. Interviewing grandparents and past pupils brings history to life in a way no textbook can. That interview with the 99-year-old past pupil must have been incredibly impactful. Those vivid personal accounts are what truly resonate with children and build a tangible connection to their past and community. Compiling it into a book is the perfect culminating activity.
Drawing on Module 5’s emphasis on integrating scientific heritage with art, music, drama, and creative writing, I would design a project for my pupils based on Dublin’s Phoenix Park.
First, we would research the natural heritage of Phoenix Park. This would involve exploring its diverse flora and fauna, including the wild deer, various bird species, and ancient trees. We’d use resources like the National Biodiversity Data Centre (from Module 3) to identify species found there. We’d also delve into the scientific heritage, investigating its role in scientific research (e.g. the Zoo, the Papal Cross’ construction, historical meteorological observations).
For the creative writing aspect, pupils could write poems, short stories, or descriptive essays inspired by their observations in the park. They might imagine the life of a deer through the seasons, or a historical scientist conducting observations in the park. We could also focus on drama, creating short plays or monologues from the perspective of an animal or a historical figure associated with the park, exploring their scientific discoveries or interactions with nature.
In art, students could create visual representations of the park’s biodiversity through drawing, painting, or even collages using natural materials collected (ethically) from the park. They could also design scientific illustrations of specific plants or animals, combining artistic skill with scientific accuracy. For music, we could explore creating soundscapes inspired by the park’s natural sounds (birds, rustling leaves) or compose short pieces reflecting the movements of the deer or the flow of the River Liffey.
I absolutely love your idea of using a local historic mill as a STEM springboard! From my own experience, linking learning to tangible local landmarks really captivates students. Encouraging them to gather oral histories from parents is a fantastic way to spark initial engagement and connect generations.
What truly stands out, and something I’d definitely adopt, is framing the STEM project around the County Council needing a new modern mill. That contextualizes the entire learning experience so brilliantly! It provides a real-world problem for them to solve, fostering genuine critical thinking and design skills. This multi-disciplinary approach, blending history, science, and engineering, is exactly what makes STEM projects so powerful and memorable.
Hi Shaun, I absolutely love your idea of using a local historic mill as a STEM springboard! From my own experience, linking learning to tangible local landmarks really captivates students. Encouraging them to gather oral histories from parents is a fantastic way to spark initial engagement and connect generations.
What truly stands out, and something I’d definitely adopt, is framing the STEM project around the County Council needing a new modern mill. That contextualises the entire learning experience so brilliantly! It provides a real-world problem for them to solve, fostering genuine critical thinking and design skills. This multi-disciplinary approach, blending history, science, and engineering, is exactly what makes STEM projects so powerful and memorable for the children.
Drawing inspiration from the historic suspension bridge at Birr Castle Demesne, I would plan a “Bridge Building Challenge” for a 4th class.
The challenge would begin with an “Engage” phase, where we’d discuss the Birr Castle suspension bridge, its features, and the purpose of bridges, using images and possibly videos. We’d then move to “Explore,” where students, in small groups, would experiment with different paper bridge designs to span a gap (e.g. between two books). They’d test which shapes and structures, like folds or triangles, offer the most strength, mimicking the “Exploring: Investigating the design of bridges” activity from the module.
For the “Plan” phase, each group would design their own bridge, considering its purpose (e.g. to hold toy cars, cross a small “river”). This is where mathematical thinking would be deeply integrated. Pupils would:
Measure: Accurately measure the “span” of their river, the height needed for clearance, and the dimensions of their materials (length and width in cm).
Shapes & Properties: Identify and draw 2D shapes (rectangles, triangles) in their designs, understanding how triangles create strong structures (trusses), similar to those seen in suspension bridges. They would also consider 3D shapes for supports.
Problem-Solving: Calculate how much material they might need or how to divide a piece of card equally for multiple components.
Scale: Discuss the concept of scale, even if not creating precise scale models, by comparing their small-scale designs to the massive Birr bridge.
The “Make” phase would involve constructing their bridges using recycled materials like cardboard, straws, and string. Finally, in the “Evaluate” phase, groups would test their bridges for strength (e.g. by adding weights like coins or small blocks) and reflect on their designs, discussing what worked well and what could be improved, linking back to their mathematical decisions. This hands-on, inquiry-based approach, supported by Curious Minds and ESERO resources, emphasizes practical application of mathematical skills in a real-world engineering context. I have done this activity with several classes at various class levels over the years. It is always an extremely engaging project that really sparks curiosity in the children.I completely agree that student ownership is key, especially with senior classes. I’ve seen myself how much more engaged children become when they’re actively researching and presenting their findings, just as you’ve described. Dividing into groups and focusing on different animal types is a fantastic idea; it encourages collaborative learning and deepens their understanding of local biodiversity. Creating the recording sheet as a class is another excellent way to foster that sense of ownership and ensure everyone is invested.
Next year I hope to conduct a seasonal biodiversity project throughout the school year using several resources from Module 3. The National Biodiversity Data Centre would be central for recording observations and engaging in citizen science. I would also utilise the All Ireland Pollinator Plan for pollinator-focused activities. For identification, I would rely on the “Wildflower Walk” and “Minibeast Safari” guides, along with online resources like http://www.wildflowersofireland.net, irishbutterflies.ie, and apps such as “Seek” or “Picture This” for plant identification. Recording sheets would be simple, child-friendly templates for drawing and noting observations (e.g. date, location, species, weather, number seen).
Learning would be brought outdoors at least once a fortnight, ideally more frequently if weather permits, to observe changes in flora and fauna. For example, in spring, we’d focus on emerging wildflowers and insects; in summer, on pollinators and full plant growth; in autumn, on seed dispersal and animal preparations for winter; and in winter, on evergreen plants and overwintering animals.
This project would integrate various subject areas:
Science (SESE): Observing, identifying, classifying, and understanding local habitats and ecosystems. Pupils would learn about life cycles, adaptations, and interdependence.
Mathematics: Data collection (counting species, measuring plant growth), graphing observations over time, and analysing patterns.
English/Gaeilge (Primary Language Curriculum): Keeping biodiversity journals, writing descriptive passages about observations, creating presentations, and discussing findings.
Art: Sketching plants and animals, creating seasonal collages from natural materials, or designing posters to promote biodiversity.
SPHE: Fostering a sense of responsibility for the environment and promoting teamwork during outdoor explorations.
My main concern would be ensuring the safety and engagement of all pupils during outdoor sessions, especially in an urban environment, and managing the logistics of outdoor learning in varying weather conditions. It’s not always possible to have the assistance of an SNA.I wholeheartedly agree with your approach! I’ve seen first hand how powerful these tools are in engaging students with their local environment. Using Geohive to analyse land use and soil types, comparing it to what’s grown locally, truly brings geography and science to life. Met Éireann and Google Earth provide invaluable real-world data for discussions on weather patterns and local ecosystems. The cross-curricular potential you highlight is spot on; from data analysis in Maths to descriptive writing in English, these resources foster a deeper, more meaningful connection to the local area.
I will begin by introducing the concept of maps through an engaging discussion using a large classroom map of Ireland. I will explain key features such as symbols, scale, compass directions, and the purpose of maps in everyday life. To make it meaningful, we will focus on mapping the local area around the school, here in Dublin city centre.
I will incorporate Google Maps by projecting our school’s location onto the board, zooming in and out to explore landmarks, streets, parks, and public buildings. Pupils will identify familiar places they know (GPO, Phoenix Park etc.) and trace routes from home to school. Using the Street View function, we will virtually “walk” through the local area to develop spatial awareness and context. I will then introduce Geohive, to show historical and contemporary views of the area, helping pupils understand how places change over time.
Following this exploration, pupils will draw their own simple maps of the local area, including key features, a compass rose, and a legend. They will be encouraged to use colour and symbols creatively. Tablets will allow small groups to access Google Maps independently to cross-check street names and landmarks. To conclude, we will display the maps and discuss what we learned about our local environment.
I love the way this lesson integrates geography, digital literacy, and art, while promoting curiosity about the local area. It encourages pupils to connect digital tools with real-world learning in a meaningful way.
I completely agree with the value you place on using real-world problems to make STEM learning meaningful. Your example of addressing local issues like waste reduction and recycling is a fantastic way to connect classroom learning with students’ everyday lives. Like you, I found Liston’s emphasis on socially conscious STEM education inspiring. It reframes STEM not just as content, but as a vehicle for change. When students see that their ideas can have a real impact on their school or community, they become more motivated, confident, and invested in their learning. Integrating STEM with social justice and environmental themes also nurtures critical thinking and empathy, skills that go far beyond the curriculum. This approach supports deep, integrated learning and helps students see themselves as capable problem-solvers.
I will conduct an Inquiry-Based Lesson inspired by I-LOFAR to make the abstract concepts of waves, sound, and light accessible for my 5th class pupils. I will structure an inquiry-based lesson using the Curious Minds / ESERO Framework: Engage – Investigate – Reflect – Take Next Steps.
Engage: I would begin with a short video or image of the I-LOFAR Radio Telescope at Birr Castle, introducing the idea that some telescopes don’t “see” with eyes, but instead “listen” to space using radio waves. We’d pose the question: “Can we hear space?” and “What do waves look and sound like?”
Investigate:
Sound Waves: Pupils explore how sound travels through solids, liquids, and gases using simple investigations (e.g. string telephones, tuning forks in water).
Light Waves: Using prisms and torches, pupils observe light splitting into colours and experiment with reflection and refraction using mirrors and water.
Radio Waves: To simulate invisible waves, pupils use a simple AM radio and a phone to demonstrate interference, helping them conceptualise how I-LOFAR ‘listens’ to space.
Reflect: Pupils journal or present what they learned about each wave type, drawing wave patterns and linking each to how I-LOFAR gathers space data.Next Steps: Pupils can create models of their own radio telescopes using art materials and write about “What I would explore if I had a telescope like I-LOFAR.”
This cross-curricular lesson supports STEM integration, literacy (oral presentations and reports), and art. It engages curiosity, promotes scientific vocabulary (e.g. frequency, wavelength, reflection, refraction), and develops critical thinking.
Wow, what an incredible collection you’ve shared! The variety of songs, poems, and art that connect us with the night sky is truly inspiring.
Songs:
You’ve included a fantastic mix, from the “A Sky Full of Stars” by Coldplay to “The Big Sky” by Kate Bush. Each song offers a unique perspective on the night sky, whether it’s finding hope, beauty, or resilience in its vastness.
Poems:
The selection of poems is wonderful, capturing the magic and wonder of the night sky. From the festive imagery in “Twas the Night Before Christmas” to the serene reflections in “The Starlit Night” by Gerard Manley Hopkins, these poems evoke a sense of awe and contemplation.
Art:
The artwork listed is absolutely iconic, each piece portraying the night sky in its unique style. Van Gogh’s “Starry Night” and “Café Terrace at Night” are mesmerising, capturing the swirling stars and also the tranquillity of night. Kandinsky, Monet, and the others you mentioned also bring a rich visual exploration of the night.
Consider how many Songs / Poems /Art can you think of to connect us with the Night Sky?
The night sky has always fascinated humas, inspiring countless artists, poets, and musicians to capture its beauty, mystery, and grandeur. Here, I have selected a few songs, poems and pieces of art that beautifully connect us with the night sky.
Songs
“Space Oddity” by David Bowie
David Bowie’s iconic song captures the surreal and lonely vastness of space, resonating with our imaginations of the night sky.
https://www.youtube.com/watch?v=iYYRH4apXDo
“Rocket Man” by Elton John
Elton John’s classic reflects the melancholic beauty of space exploration and the night sky’s allure.
https://www.youtube.com/watch?v=DtVBCG6ThDk
“Starman” by David Bowie
Another masterpiece by Bowie, it tells the story of a star being who brings hope to humanity, symbolizing the night sky’s promise.
https://www.youtube.com/watch?v=tRcPA7Fzebw
“Twinkle, Twinkle, Little Star”
A timeless lullaby that every child knows, it marvels at the simple yet profound beauty of stars.
“Northern Sky” by Nick Drake
Nick Drake’s soulful song brings a poetic and introspective view of the night sky.
https://www.youtube.com/watch?v=S3jCFeCtSjk
“Starlight” by Muse
This song emphasises the emotional connection and awe we feel when gazing at the night sky.
https://www.youtube.com/watch?v=Pgum6OT_VH8
Poems
“The Star” by Jane Taylor
A classic children’s poem that marvels at the beauty of stars.
“When I Heard the Learn’d Astronomer” by Walt Whitman
Whitman contrasts scientific knowledge with the sheer, unquantifiable beauty of the night sky.
https://www.poetryfoundation.org/poems/45479/when-i-heard-the-learnd-astronomer
“Stars” by Robert Frost
Frost’s poem captures the silent, majestic presence of stars in the night sky.
https://poets.org/poem/stars-1
“Bright Star” by John Keats
Keats’ sonnet expresses a longing to be steadfast and eternal like a star.
https://www.poetryfoundation.org/poems/44468/bright-star-would-i-were-stedfast-as-thou-art
Pieces of Art
“Starry Night” by Vincent van Gogh
Perhaps the most famous depiction of the night sky, capturing its swirling, turbulent beauty.
“The Starry Night Over the Rhône” by Vincent van Gogh
Another masterful depiction by Van Gogh, this painting beautifully illustrates the stars reflecting over water.
“The Great Wave off Kanagawa” by Hokusai
While primarily focusing on the sea, the piece includes a dramatic night sky that adds to its powerful composition.
“Starry Night and the Astronauts” by Alma Thomas
This modern abstract piece uses bright colours to depict the night sky’s grandeur.
Each of these works, in their unique way, connects us with the night sky, evoking feelings of wonder, reflection, and connection with the universe. Through music, poetry, and visual art, we find a shared human experience of gazing at the stars, dreaming of what lies beyond our planet and finding our place within the vastness.
I really like the idea of organizing a BioBlitz event! It’s an exciting and hands-on way to engage learners in exploring the rich biodiversity of their local area while also understanding the critical impacts of light pollution. Such an event not only brings students, teachers, and local experts together but also fosters a sense of community and shared responsibility towards environmental conservation. By involving students in activities like species identification, data recording, and nighttime surveys, they can gain valuable insights into how artificial light affects various species. This multifaceted approach can spark curiosity, enhance learning, and inspire proactive steps to protect and preserve local ecosystems.