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Hi Joan, I really like the idea of this project. It meaningfully connects local history with science and engineering. Using James Hoban as inspiration will give pupils pride in their community while encouraging them to think like real architects. The hands-on building challenge is engaging and makes concepts like forces, materials, and structure accessible. I really like the emphasis on planning, testing, and reflection, which mirrors authentic design and deepens learning.
Describe how you would involve your pupils in an art, music drama or creative writing project based around your local natural or scientific heritage.
For a creative heritage project based on Liscarroll, I would focus on the village’s natural and scientific heritage, particularly Liscarroll Castle and the surrounding limestone landscape. Pupils could begin by exploring the history of the castle and the science of limestone, discovering how it formed over millions of years and why it was such an important building material. From this, pupils could branch into creative responses: in art, drawing or painting the castle and local wildlife such as bats or swallows; in drama, re-enacting the lives of medieval builders or scientists studying fossils in the limestone; in music, creating soundscapes inspired by the environment, blending bird calls, wind, and echoes from the stone walls; or in creative writing, composing diary entries or imaginative stories linking geology and local history. This project encourages pupils to connect science and heritage with imagination, fostering pride in their local area.
This sounds like a really hands-on lesson that links Dublin’s bridges with geography, engineering, and maths. The clear structure — from discussion to design, building, testing, and reflection — supports creativity, problem-solving, and teamwork. Using simple materials to explore load, balance, and strength makes engineering ideas accessible, while connecting designs back to the River Liffey gives real-world meaning. I think the pupils would really enjoy the lesson.
Research engineering in your local area and describe how you would use a local building, structure or other engineering feature as inspiration for a classroom or outdoor design and make project
In my local area, Liscarroll, the castle would provide excellent inspiration for a classroom or outdoor design project. This 13th-century Hiberno-Norman fortress, built from limestone with circular towers and defensive walls, showcases advanced medieval engineering.
My project, called the Castle of Learning, would be an outdoor classroom inspired by the castle’s architecture. Circular seating areas would mimic the castle’s towers, creating intimate spaces for discussion and group activities. Low walls would improve acoustics and airflow, reflecting the castle’s functional design. The walls could be decorated with murals depicting local history and engineering achievements, combining learning with creativity.
Locally sourced materials, including limestone, would emphasise sustainability and connect students to their heritage. Solar panels and green roofs could be incorporated to teach environmental awareness. By blending historical architecture with modern engineering principles, this design fosters creativity, education and an appreciation of Liscarroll’s rich history.
I like how you’ve combined your dissertation insights with this course to create a year-round outdoor learning space. Comparing wildlife in managed and wildflower beds is a brilliant hands-on idea. I can imagine this project developing the pupils scientific skills, fostering curiosity, teamwork and a connection to nature, while showing them the impact of human care versus natural growth.
Outline how you would use some of the course resources to conduct a seasonal biodiversity project to run throughout the school year. What resources and recording sheets would you need? How often would you bring learning outdoors? How would you integrate other subject areas?
For a year-long biodiversity project, I would focus on a leaf identification challenge using the Tree Council of Ireland resources. Pupils would explore the school grounds and nearby areas regularly, observing and collecting leaves to record species, shape, size, colour and location, with space for sketches or photos. Using the ESRO framework, pupils would experience by observing and collecting leaves, share their findings in group discussions, reflect on seasonal changes from autumn to summer and organise knowledge in a leaf ID book. In autumn, they would track fallen leaves and changing colours; in winter-examine bark and twigs; in spring-record new growth and in summer-graph common species and illustrate foliage. Cross-curricular links include maths for data and graphing, english for reflective writing and art for illustrations. This hands-on approach would promote observation, critical thinking and engagement while connecting pupils to local trees and seasonal biodiversity.
Hi Emma, your plan is really clear and engaging! I like how you’ve linked Geohive, Met Éireann, and Google Earth to learning about the local environment. Making connections across subjects like Geography, science, maths, english, and art makes the lessons more meaningful. Activities like measuring rainfall, comparing crops, and drawing maps will help students explore and understand their local area in a fun, hands-on way. This has definitely given me food for thought.
For younger classes, I would start by talking about maps of places we see every day, like our classroom or school. We would then explore basic map features—symbols, keys, and directions—I would ask pupils to create their own maps of our local village including key areas like the park/shop/school/GAA field etc. . To incorporate technology, we could use Google Maps to explore familiar places and Geohive to look at simple visual data, showing how maps can provide information beyond just locations. The lesson would finish with students sharing their maps and explaining why they made the choices they did. This would help them to build spatial awareness skills & encourage their creativity, and observation skills. By combining hands-on activities with interactive online tools, students will be given the opportunity to gain a solid foundation in map-making while seeing how digital maps can make learning engaging, interactive, and fun.
Hi Mary, I agree the that the ESRO framework really helps give structure while still letting pupils learn through discovery. I like how you mentioned both engagement and teacher confidence. It feels like a very practical way to make inquiry lessons run more smoothly. I also think it encourages pupils to take ownership of their learning, as they can share ideas, reflect on their experiences, and organise their knowledge. This approach makes the lessons more meaningful and enjoyable for everyone, while also supporting us as teachers in our planning . It’s a framework I can see being really effective in STEM topics and even other subjects.
After reflecting on Liston’s Unravelling STEM: Beyond the Acronym of Science, Technology, Engineering and Maths (2018), I can see how STEM education in my primary classroom comes to life through themed, cross-curricular learning. Recently, we explored the topic of Materials – Plastic, and I found this provided a rich opportunity to connect all four STEM areas. In science, the children carried out hands-on investigations by making plastic from milk and vinegar and experimenting with slime. In technology, they created Google presentations on the impact of plastic pollution in our oceans, developing both research and digital literacy skills. For engineering, pupils followed instructions to construct a snail that lights up, which allowed them to experience simple circuits in a creative way. In maths, they researched and analysed data on the top ten plastic pollutants in our oceans. This integrated approach encouraged curiosity, collaboration, and problem solving, making STEM meaningful and engaging.