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Conor
I completely agree. Songs, poems, and artworks have a powerful ability to deepen our connection with the night sky and spark a sense of wonder. President Michael D. Higgins poem “Stardust” beautifully captures the idea that we are all part of the universe, made from the same cosmic elements, which fosters a sense of unity and reflection.
Describe how you could implement a version of “Design Your own Dark Sky place” in your school/classroom?
Introducing a Design Your Own Dark Sky Place activity in my classroom would be a fun way to raise awareness about light pollution and conservation. To start, I would organise the children into small groups and provide them with resources such as maps, art supplies, and research materials. Each group would select a location like a park, the school grounds and reimagine it as a space designed to minimise light pollution.
The children would brainstorm features that support a dark sky environment, such as installing shielded lighting, planting trees to block excess light, and creating designated stargazing areas. They would then illustrate or build models of their envisioned dark sky place, explaining the reasoning behind their design elements.Finally, groups would present their projects to the class, highlighting how their designs help protect nocturnal wildlife, improve stargazing experiences, and support environmental awareness. This activity fosters creativity, collaboration while helping students explore real world solutions for creating dark sky friendly spaces in their community.
This is an excellent idea. I like how it connects the children to their community and involves real world engagement with the Dargle River. Wicklow county council will have lots of resources I’m sure, the library will be a good place to start.
How you would engage your learners to explore biodiversity in your local area and the possible impacts of light pollution on local biodiversity.
This topic is great for all classes at primary level and can easily be done as part of SESE and SPHE to build environmental awareness.
I’d use a KWL chart to see what the children already know about nocturnal animals, especially those in our local area. From there, we could explore key creatures like bats, owls, and hedgehogs, and discuss how they depend on dark skies to survive.
To make it more hands on, each group could take on a different nocturnal animal or insect, doing a project and then sharing what they’ve learned with the rest of the class. This would spark some great conversations about what these animals need to thrive. We could explore how they rely on dark skies for finding food, staying safe from predators and maintaining a healthy ecosystem.
The children could even sort which of these is most important for their animal. We could also take action as a school. The children could create posters and an information video for our school website, challenging them to teach their own families how to reduce light pollution.
I really like the idea of using the David Attenborough video as an example of how light pollution is having an effect on our wildlife.
Also this is a great area for green schools to be involved in, I hadn’t thought about this as an area for green schools before doing this course.
Detail how light pollution is impacting your local area and how you would engage your learners to explore this.
Lately, I’ve seen a big change in how bright the sky is at night in my local area. It’s rarely fully dark anymore, with streetlights, house lights, and shop signs lighting up the sky. Some nights, it’s hard to spot any stars at all, which is disappointing because I remember seeing so many more when I was younger.
Rather than organising an evening outing for the class, which wouldn’t be practical, I’d turn it into a short homework activity. I’d ask the children to look at the night sky from their garden or window and count the stars they can see. I’d also give them a photo of a clear, dark sky for comparison. The following day, we’d share our observations and make a list together of what they noticed.We’d then have a chat about why light pollution matters, such as how it can affect animals and people’s sleep. As a follow-up, they could create posters or write down simple ideas for how families can reduce unnecessary light. Even small steps at home can help make a difference. For example making sure outside lights (if needed) are on a sensor and not switched on all the time.
Skyview and Stellarium would be exciting tools for students to explore space. By the sounds of it these apps would make learning about the night sky interactive and fun. Using them as a homework activity during the darker months is a great way to keep children engaged outside the classroom and they would really enjoy this experience.
Autumn Planet Watching Plan for 2nd Class
This autumn, we will become planet detectives and observe some amazing sights in the evening sky. As the evenings get darker earlier, it’s the perfect time to look up and explore space from our own back gardens after school has finished.
Each week, we’ll pick one evening to stargaze safely with an adult. In September, we’ll spot Saturn, which looks like a bright star in the south after sunset. It doesn’t twinkle like stars do! In early October, we’ll keep an eye out for Jupiter, which rises in the east and shines very brightly. Jupiter is the biggest planet in our Solar System.
By late October and into November, Mars may be visible low in the east just before bedtime, looking slightly red. We will use simple sky maps to help find them.
We will draw what we see in our planet journals, and talk in class about changes each week, such as how bright the planets are or where they appear in the sky.
The children will dress warmly, bring a torch with red paper over the light, and always observe with an adult. Let’s go planet hunting will be our homework theme.
Assignment What STEM looks like in my classroom
In my second class STEM learning could come to life through hands on projects that spark imagination while encouraging children to solve real world problems. Rather than teaching science or maths in isolation, I could design experiences that connect the four areas in a meaningful way. For example, children might be asked to design and build a shelter for a toy animal using classroom materials. This invites exploration of materials (science), measuring and shape (mathematics), using simple tools or digital timers (technology), and applying planning, testing and redesign (engineering).
The focus would not be on getting the “right” answer but on exploring different solutions, learning from mistakes, and discussing ideas with classmates. Children would be encouraged to ask questions, test their ideas, and explain their thinking. The engineering design process would form the structure for these tasks, guiding students through imagining, creating, testing and improving. This way of learning would support deeper understanding, creativity and teamwork.By integrating STEM in this playful but purposeful way, children build confidence in their abilities to think critically and solve problems. It also helps them to see learning as connected to the world around them, not just confined to the classroom.
The ESERO 30 day and night in the world activity would engage primary school children by making astronomical concepts tangible and relatable. This hands on activity allows students to explore how the earth’s rotation causes day and night, using a simple globe and torch setup to simulate the sun shining on the Earth. By physically manipulating the globe and observing how light moves across its surface, children can clearly see how different parts of the world experience daylight and darkness at different times. This visual and interactive approach supports a deeper understanding of our world.
The activity also encourages curiosity and questioning, as the children begin to make connections between their own daily experiences and the wider world. It integrates well with geography, science, and even maths, supporting cross curricular learning. Children are naturally curious, and this activity taps into that by allowing them to experiment, observe, and discuss their findings. Teachers can further extend engagement talking about the changes of light in the classroom/at home etc.I feel this would work well for fourth class as it promotes active learning and observation skills in a meaningful way. This activity encourages students to connect directly with the natural world and develop an understanding of the Sun’s movement. It fits well with the science curriculum and integrates digital technology through the use of compass tools. The routine element supports consistency and deeper engagement, while varying observation times allows for comparison and pattern recognition. Including shadow tracking adds a visual and hands on dimension to the learning, reinforcing key concepts. It also helps the children’s understanding of the Sun’s path across the sky.