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Chosen topic: Outline how you would use some of the course resources to conduct a seasonal biodiversity project to run throughout the school year.
I’d love to run a year-round biodiversity project with my 4th class, linking the seasons to our local environment. In the autumn, we’d start with leaf and tree identification using the Tree Council of Ireland resources and the ‘leaf identification challenge’ — children could collect, sketch and classify leaves, and use the Seek app to help identify species. I’d also like to try a phenology diary using the ‘spring diary challenge’ to record things like berries, birds, and first frosts.
In winter, we’d focus on birds — taking part in the garden bird survey from BirdWatch Ireland, and designing bird feeders as part of a STEM challenge. Then in spring, we’d shift to pollinators and planting — recording pollinator sightings using the FIT count and setting up a wildflower bed as part of the All Ireland Pollinator Plan.
We’d aim to get outside at least once every two weeks, using short walks, tablets, and seasonal hunts to connect with our environment in a hands-on way.Hi Emma,
You’ve pulled together a really nice mix of tools to explore the local environment. I hadn’t used GeoHive much before this module, but now I see how valuable it is, especially for things like soil and land use. I think children would be fascinated to compare what’s growing locally with the soil data!I’m in Dublin, and I agree with you that this kind of study connects beautifully across so many subjects — we’ve done simple bar charts from weather data before, but now I’d love to go a step further and map biodiversity like they suggested in the module. I also thought the layered mapping activity with acetate sheets was such a clever way to model GIS in a hands-on way — maybe something to try later in the year..
Chosen Topic: Explore some of the online tools to gather information about land use, soil types, plants and animals, weather etc. in the area around your home or school and outline how you would integrate this information into local studies linking various curriculum areas.
After exploring the tools in this module, I’m looking forward to trying out a cross-curricular local study with my 4th class in Dublin. Using GeoHive, we can explore maps showing land use and even zoom in on different soil types — which is perfect for linking with science topics like plants and habitats. The National Biodiversity Data Centre will be great for spotting species we might see around the school yard (especially if we’re doing a bug hunt or bird tally!).
We’ll link with maths by tracking rainfall from Met Éireann or comparing soil types with bar charts. I really like how it naturally integrates with geography, science, SPHE, and English. The EO Browser looks a bit advanced, but I think it’s something I could dip into as a teacher to source satellite visuals — even just showing the local area from space is a great way to spark curiosity.Hi Patricia,
I think your class will really enjoy that journey from ‘wondering’ to ‘exploring’. I especially liked your choice to start with an open-ended question about the stars. That kind of curiosity-led opening really gets the children talking and sharing their experiences, which is such a lovely way to kick off a STEM topic.I’m also planning to work with mirrors and magnifying glasses in a similar way with my 4th class next year. I hadn’t thought of creating a maze for the mirror reflection — I think that’s such a fun idea that could be adapted for different needs and abilities. And using the periscope design ties it all together beautifully.
Topic Chosen: Describe how you could apply some of the concepts and skills you have learned in this module to your own teaching practice in line with the STEM Education policy statement.
This module really opened my eyes to how STEM education can be far more integrated and inquiry-led than I had realised. The Curious Minds/ESERO Framework for Inquiry — with its structure of Engage, Investigate, Reflect, and Take the Next Step — makes so much sense for the children I work with, especially those who learn best through doing. I can already see how it would help me plan lessons that are structured but still child-led.
The story of Birr Castle and the Great Telescope gave me such a meaningful way to root STEM in Irish history — and I love how the I-LOFAR telescope connects past and present science. I’m excited to bring this into our oral language work too.
I’ll also be more conscious now of the cross-curricular potential of STEM — especially where maths, art and digital tools overlap. This aligns really well with our school’s SSE focus on increasing engagement and real-world learning.I love the eco-map and nature walk idea, especially the way you’ve linked it to community involvement through interviews. That would work so well in encouraging kids to see themselves as part of something bigger.
The “green ambassador” system sounds like a lovely way to give children a sense of responsibility too — I might try something like that with my 4th class next year (maybe even rotate it so everyone gets a turn).
In my area sustainability is definitely becoming more visible, but it’s still a work in progress. We have some great local projects like community gardens, litter clean-ups, and bike lanes, but it’s also clear that not everyone has the same access to green spaces or resources. For many families in my school, day-to-day life is focused on just getting by — so sustainable living has to be made simple and realistic.
With my 4th class next year, I’d love to explore sustainability by starting local. A nature walk around the school would give us a chance to spot things like litter, green areas, or even community projects in action. Then we could map our observations together and talk about what’s working — and what could be improved.
We might also do small upcycling projects, or try growing something easy like herbs. I think making sustainability feel hands-on and achievable is key — especially when many of our kids are already facing big challenges. If they can feel like their actions, no matter how small, actually make a difference, that’s a big win.Hi Michaela,
I really enjoyed your post—especially your mention of cross-curricular links. I completely agree that bringing seafood nutrition into geography, science, and even art makes it so much more engaging for kids. In my own setting, I work with pupils with a wide range of needs, so I loved your idea of food tasting or poster-making. Those kinds of hands-on tasks help build understanding in a really inclusive way. I hadn’t thought of linking seafood to “brain food” before either, but it’s such a smart angle, especially with growing awareness of children’s mental and physical wellbeing.
Learning more about the nutritional value of seafood really made me stop and think about how little we actually talk about this in the primary classroom. We often mention “healthy eating” in general terms, but rarely dive into what makes something nutritionally powerful. The fact that fish—especially salmon and shellfish—are so rich in Omega-3s, iron, and vitamin D gives them a whole new meaning as “brain food.”
In a school like mine in Dublin, where many children come from economically disadvantaged backgrounds, access to balanced diets can be a challenge. So it’s even more important that we teach food awareness in an accessible, non-judgemental way. I really like the “Eye Spy in the Supermarket” activity—it’s simple, visual and opens up discussions around sustainability, labels, and making good food choices.
I’d love to connect this with SPHE, Science, and even English writing (persuasive posters or food diaries). Bringing in real packaging or setting up role-play shop games could help support children with additional learning needs while building life skills and nutritional knowledge.Hi Barbara,
I agree those end-of-lesson quizzes are so helpful for checking understanding and guiding next steps. I also like your point about how the topics get children talking. For my groups, especially those with additional needs, that kind of structured talk and enquiry is such a valuable learning opportunity. The ARC lessons really do create space for curiosity. I also loved the floating fish farm lesson—it brings in so much STEM content but in a way that’s fun, practical, and inclusive. It’s exciting to think of the cross-curricular links we could build from there!
The ARC online lessons are a brilliant way to bring real-world STEM education into classrooms—even in schools like ours, based in Dublin, where some children may have limited access to outdoor learning or the coast. The lessons lend themselves beautifully to developing STEM key skills like collaboration, problem solving, and enquiry-based learning.
One lesson I found particularly exciting is the floating fish farm design challenge. It hits so many curriculum areas—engineering, maths, environmental science—and it could be easily adapted for my support groups. It allows for creativity, communication, and hands-on problem solving, which benefits children with social, communication, or additional learning needs.
As a support teacher, I see real potential in using the ARC lessons to link STEM with SSE targets. The quizzes and reflection tools would provide strong evidence of learning. I’d love to see a whole-school focus on marine STEM, and potentially involve classes in a Blue Schools project. These resources could really raise awareness and create meaningful, inclusive links between science, sustainability, and everyday life.I really enjoyed reading your post — you’ve summed up the human side of aquaculture so well. I agree, it’s not just about farming fish and shellfish, it’s about preserving communities and creating new opportunities where other industries have declined. I was especially struck by the idea of aquaculture keeping schools and local businesses open, because in my own school in Dublin, I see the importance of community ties every day.
It also made me think about how we can show children the bigger picture — how something like an oyster farm in a coastal town affects jobs, the environment, and even what ends up on their dinner plates. Sustainability is definitely key, but it’s encouraging to see how positive the impact can be when it’s managed well.
Before doing this module, I hadn’t fully appreciated just how much the location of aquaculture farms is influenced by Ireland’s geography and climate. The idea that our sheltered bays, inlets and Ireland’s only fjord, Killary Fjord along the Atlantic coast make perfect spots for farming fish and shellfish makes total sense when you think about the protection they offer from harsh ocean conditions and strong tides. I also found it really interesting to learn how factors like the Gulf Stream and Ireland’s mild, temperate climate help support this industry.
What stood out most for me though, was the social and economic impact aquaculture has on coastal communities. It’s not just about producing seafood — it’s about creating jobs and keeping smaller towns alive. These farms support a whole network of local businesses, from transport to equipment suppliers, and even help keep schools and services open. When managed sustainably, it’s a brilliant example of how working with the environment can strengthen local communities.Hi Mark,
I really enjoyed reading your post—especially your point about helping children understand how seafood reaches our plates. That kind of awareness is often missing, especially for students who don’t live near the sea or have limited access to new experiences. I teach in an inner-city Dublin school where many pupils face economic disadvantage, and I can see how the ARC resources would really engage them and open their minds to new possibilities. Like you, I think the lifecycle visuals and community-focused videos are excellent tools—not just for science, but for building curiosity and real-world understanding. Thanks for sharing!This module really opened my eyes to the value of teaching aquaculture in a meaningful way—even in an urban setting like ours in Dublin. While the coast is only a train ride away, many of our children don’t get the chance to explore it. Some come from areas of deep poverty, with limited access to outdoor play or new learning experiences. That’s why resources like ARC are so useful—they make the sea real, relatable, and accessible in the classroom.
I work with children with a wide range of additional needs, and I love that the visuals, videos, and hands-on elements could be adapted to different levels. The content on salmon, mussels, and oysters is clear and engaging, and the concept of Social License can really support social and emotional learning—understanding community roles, fairness, and sustainability.
This kind of learning could broaden children’s perspectives, spark career curiosity, and connect to SPHE, Science, and SSE priorities in really practical, inclusive ways. It feels both important and achievable.