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Completely agree hands on activities are best! They don’t need to be complicated simple nature walks etc are super
Living by the sea has given me a greater appreciation of the importance of protecting our coastal environment. One of the most sustainable features of my local area is the oyster farm, which supports the local economy while promoting environmentally responsible food production. Oyster farming is considered sustainable because oysters naturally filter and improve water quality as they grow, helping to maintain healthy marine ecosystems. Community beach clean-ups and efforts to reduce plastic pollution also demonstrate how local people work together to protect the coastline and marine life.
I would encourage pupils to explore sustainability through hands-on learning linked to their local environment. We could organise a beach clean, investigate the wildlife found along the shoreline, or learn about the role of oyster farming in supporting biodiversity and water quality. Pupils could also create posters or presentations about protecting the sea from pollution. By connecting learning to their own community, children would develop a deeper understanding of sustainability and recognise that their everyday actions can help preserve the marine environment for future generations.
So true, I also grew up by the sea so fish was a daily part of my diet but I never considered the benefits. It’s great to highlight this to the children
Learning about the nutrition of seafood has highlighted the important role that seafood can play as part of a healthy and balanced diet. Seafood provides essential nutrients such as protein, omega-3 fatty acids, vitamins, and minerals that support growth, brain development, and overall health. This knowledge has shown me how valuable it is to help children understand where their food comes from and the importance of making healthy food choices.
In the classroom, I could use this topic to create engaging cross-curricular learning experiences. In Science, pupils could investigate the nutritional value of different types of seafood and compare them with other food groups. In SPHE, we could discuss balanced diets and the importance of nutrition for wellbeing. Geography and sustainability links could also be explored by looking at how seafood is sourced and the role of responsible fishing and aquaculture.
Practical activities such as creating healthy seafood recipes, analysing food labels, or designing posters about the benefits of seafood could encourage creativity and discussion. Digital tools could also be used for research and presentations.
The resources demonstrate how STEM learning can be made engaging, practical, and connected to real-world contexts. I can apply these concepts by using more inquiry-based activities where pupils are encouraged to ask questions, investigate problems, test ideas, and reflect on their learning.
These resources align well with the STEM Education Policy Statement by promoting creativity, collaboration, problem-solving, and the development of scientific and technological skills. I will use the activities to support cross-curricular learning, linking Science with areas such as Mathematics, Geography, Digital Learning, and Engineering challenges.
From a School Self-Evaluation perspective, STEM can be developed through a whole-school approach by identifying current strengths, areas for improvement, and opportunities for collaboration among teachers. Evidence such as pupil work, digital records, STEM projects, and student feedback can help evaluate progress. Sharing resources and planning together as a staff would support consistency and ensure STEM becomes an integral part of teaching and learning across the school.
Overall, the ARC resources have increased my confidence in delivering meaningful STEM experiences and highlighted the importance of fostering curiosity, creativity, and innovation in pupils.
Aquaculture farms in Ireland are mainly located along the Atlantic coastline, where the natural conditions provide suitable environments for farming species such as salmon, mussels, oysters, and other shellfish. Many of these farms are found in coastal counties including Donegal, Galway, Cork, Kerry, and Mayo. The location of these farms is closely linked to the availability of clean waters, sheltered bays, and suitable marine habitats.
Aquaculture can make an important socio-economic contribution to coastal communities by creating employment opportunities and supporting local businesses. These farms provide jobs in areas such as farming, processing, transport, research, and tourism. They also help maintain links between communities and the sea, supporting traditional coastal livelihoods while creating new opportunities for younger generations.
In the classroom, exploring aquaculture in Ireland would provide pupils with a real-world example of how science, geography, sustainability, and the economy are connected. It would encourage students to consider both the benefits and challenges of aquaculture, including environmental protection and the importance of gaining social licence from local communities.
Overall, learning about aquaculture helps pupils understand the value of Ireland’s marine resources and encourages them to think about sustainable ways of using and protecting our coastal environments.
I would use the resources provided to introduce pupils to the importance of aquaculture in producing sustainable seafood while also encouraging them to think critically about environmental responsibility and the balance between economic development and protecting natural habitats. Activities such as class discussions, videos, and simple investigations into local ecosystems would help pupils understand these concepts in a practical way.
I live on the coast in a fishing village and beside an oyster farm. I think the children should know what is in their locality
After completing this module, I would like to organise a Space Week in my classroom to promote curiosity and enthusiasm for STEM. I would begin by discussing what pupils already know about space and encouraging them to ask questions they would like to explore during the week.
Throughout the week, we would take part in a variety of hands-on activities across the curriculum. Pupils could investigate the planets and gravity in Science, create space-themed artwork in Art, and write imaginative stories or astronaut diaries in English. I would also include a STEM challenge where groups design and build a spacecraft using recyclable materials. This would encourage creativity, teamwork, and problem-solving.
To celebrate the children’s learning, I would take photographs of the activities, display their work in the classroom, and share digital records with families through our school platform. Reflecting on this module has given me practical ideas to make STEM engaging and accessible. A dedicated Space Week would provide meaningful learning experiences while helping pupils develop scientific skills, creativity, and confidence through active participation.
Hands-on Classroom Themed Activities
In my classroom, I would use these activities as part of a weekly STEM lesson where children can predict, observe, test, and discuss their findings. For example, I would set up a simple investigation such as exploring which materials float or sink, or designing and testing a paper bridge to see how much weight it can hold. These activities help children develop important scientific skills such as observing, questioning, predicting, measuring, recording results, and drawing conclusions.
I would encourage pupils to work in small groups, giving each child an opportunity to contribute ideas and take part in the investigation. Afterwards, we would discuss the results as a class, comparing findings and reflecting on what worked well and what could be improved. This promotes communication, teamwork, and critical thinking.
To document the learning, I would take photographs of the investigations, collect samples of pupils’ work, and record their explanations using a digital portfolio or classroom app. These records could be shared with families to celebrate learning and encourage discussion at home.
Using hands-on STEM activities regularly would help create a classroom culture where curiosity and problem-solving are valued. It would also provide valuable evidence of pupils’ developing scientific skills, which could inform future planning and support our school’s ongoing focus on STEM education.