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I am in the same boat as Michelle, I had never heard of John Tynall either but will certainly be researching him after this!
A project exploring the scientific and natural heritage of the Dungarvan and Waterford area would provide pupils with an opportunity to connect classroom learning with the world around them. I would plan a term-long investigation focusing on local biodiversity, coastal environments, rivers and the impact humans have on the landscape. Pupils could explore areas such as the Colligan River, Dungarvan Bay and nearby habitats through outdoor investigations, biodiversity surveys and mapping activities.
The project would integrate several curriculum areas, including Science through studying plants, animals and ecosystems, Geography through exploring land use and local features, Maths through collecting and analysing data, and English through presenting findings. Pupils could create displays, digital presentations or exhibitions to share their learning with the wider school community. By giving pupils ownership of the project and allowing them to investigate their own surroundings, they would develop curiosity, teamwork and a greater appreciation for their local environment.
I think using the Dungarvan Bridge over the River Colligan as inspiration would provide a meaningful starting point for a STEM design challenge with my class. I would begin by bringing pupils to observe the bridge and discuss its purpose, materials, structure and the engineering decisions involved in its design. Pupils could investigate questions such as why arches, supports and particular materials are used and how the bridge remains stable.
Back in the classroom, pupils would work in groups to design and build their own bridge using a range of materials. Mathematical thinking could be developed through measuring, comparing lengths, calculating dimensions, exploring symmetry and 2D/3D shapes, and testing how much weight each bridge can hold. Pupils could record results and use data to improve their designs. This project would encourage creativity, collaboration and problem-solving while showing pupils how STEM is connected to structures they encounter in their own community.
I fully agree with you both, we brought some of our classes on a nature walk and it was great to see the students engaging with the local biodiversity
A seasonal biodiversity project would provide pupils with an opportunity to develop a deeper understanding of the natural world while building strong links across the curriculum. Throughout the school year, I would encourage pupils to regularly explore the school grounds and local environment, recording changes in plants, animals, weather and habitats across the seasons. Resources such as identification guides, biodiversity apps, observation journals and recording sheets would support pupils in documenting their findings.
I would aim to bring learning outdoors at least once every few weeks, allowing pupils to observe seasonal changes first-hand and develop their scientific enquiry skills. The project could integrate with Science through investigating habitats and life cycles, Geography through mapping local biodiversity, Maths through recording and analysing data, and English through writing reports and reflections. By engaging in practical activities, pupils would develop curiosity, teamwork and an appreciation for protecting local biodiversity.
I think using online tools to explore the local environment provides a valuable opportunity to make learning more meaningful for pupils. In my classroom, I would use resources such as Google Maps, Geohive and local environmental databases to investigate the area around our school. Pupils could explore land use, identify different habitats, examine soil types and research local plants and animals. This information could then be used as part of a local studies project, linking Geography, Science, Maths and Digital Learning.
For example, pupils could create a map of the school surroundings, identifying green spaces, buildings, roads and areas of biodiversity. They could collect their own data outdoors and compare it with online information. This would encourage pupils to ask questions, analyse evidence and make connections between their local area and wider environmental issues. It would also develop important STEM skills such as investigation, collaboration and problem-solving.
The concepts and skills explored in this module have highlighted the importance of making STEM education practical, inquiry-based and connected to real-world contexts. In my own teaching practice, I can apply these ideas by encouraging pupils to investigate, question, design and problem-solve rather than simply learn scientific facts. This aligns with the STEM Education policy statement, which promotes creativity, collaboration and the development of critical thinking skills.
For example, I can incorporate more STEM challenges where pupils work together to design solutions to authentic problems, such as creating a structure that can support weight or designing a sustainable solution for their local environment. I will also focus on developing pupils’ digital skills by using technology as a tool for investigation and communication. By providing opportunities for exploration and experimentation, I hope to foster curiosity and confidence, allowing pupils to see STEM as something relevant, engaging and accessible in their everyday lives.
I agree with this, I found the focus on the small everyday actions can definitely help with sustainability.
Living and teaching in Waterford, I have become more aware of the many ways sustainability is practised within our local community. Being a coastal area, Waterford provides pupils with opportunities to explore how we can protect our marine environment, support biodiversity and make responsible choices. Local examples such as beach clean-ups, recycling initiatives, renewable energy projects and efforts to protect coastal habitats provide meaningful links between classroom learning and real-life experiences.
In the classroom, I would encourage pupils to investigate sustainability through project-based learning. Pupils could explore issues such as reducing waste in our school, protecting local wildlife, conserving water and learning about the impact of human activity on the environment. They could carry out surveys, design solutions and present their ideas to the wider school community.
Using our local environment as a learning resource helps pupils develop a sense of responsibility and connection to the place where they live. It also encourages them to become active citizens who understand that small actions can contribute to creating a more sustainable future.
I would agree with this. I found this module really practical in terms of educating different healthy eating ideas.
Learning about the nutrition of seafood has highlighted the important role that fish and other marine foods can play as part of a healthy and balanced diet. As a teacher in Waterford, a coastal county with strong connections to the sea, I feel this topic is particularly relevant for pupils who may already have links to local fishing and seafood industries.
This knowledge can be applied in the classroom through lessons on healthy eating, food production and sustainability. Pupils could investigate the nutritional benefits of seafood, such as its protein content, vitamins and omega-3 fatty acids, and compare seafood with other sources of nutrition. Practical activities, such as analysing food labels, creating healthy meal plans or researching locally produced seafood, would help make the learning more engaging and meaningful.
This topic also provides opportunities to develop awareness of sustainable choices and the importance of protecting our marine environment. By linking nutrition with local examples, pupils can develop a greater understanding of where their food comes from and how their choices can impact both their health and the environment.