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This module made me think about how useful biodiversity projects can be in the classroom. Children are always interested in nature, and citizen science gives them a way to explore it properly. I would start small, maybe in the school yard, asking them to look for plants, birds or insects and record what they see. Using picture keys or simple apps would help them figure things out. After that, they could share their results through a project like iNaturalist or Wild Connections, which would show them their work matters. It is a cheap and easy activity that gets them outside, asking questions and working together. It also links into other subjects like geography, maths, language and art. I think this kind of work shows children that they can make a difference to their environment and that science is not only something found in a book but something they can take part in.
I think your plan works well because it keeps the lesson clear and focused while still engaging the children. Starting with different types of maps is a strong way to get them noticing similarities and differences. Teaching map vocabulary early gives them the tools they need to use later in the activity. The idea of drawing maps and writing directions to a familiar place is practical and achievable for younger classes. I also like the group element where they swap and test each other’s work. Using Google Maps or Geohive at the end ties it all together with a real-world link.
The mapping activity in this module seems like a very effective way to get children engaged with their surroundings in a hands-on and meaningful way. Asking them to plot features such as trees, pavements, playing fields and buildings onto paper makes the process of mapping far more real than simply copying from a textbook. It also connects well to school self evaluation because it gives children a sense of ownership over their environment. Introducing tools like Geohive or the ESA EO Browser could add a layer of technology that is practical and easy to manage in the classroom. What stands out to me is how this type of activity moves beyond geography. It pushes children to ask questions about why certain areas look the way they do, what species are living nearby or why water collects in a particular place. It is lowcost, easy to organise and makes learning active. STEM teaching should create curiosity, and this activity does exactly that
I agree about keeping STEM practical and connected. Children take more from doing than listening. The bridge project works well because it is simple, low cost, and makes them think about balance and measurement while also working in teams. Letting them ask questions is important too. It can feel untidy but it shows they are thinking for themselves instead of waiting to be told the answer. That is where the real learning happens. With iPads, I find the best use is when they create something rather than just using an app. Taking photos of their work or recording a short reflection helps them remember what they did. STEM is not a set of separate lessons. It is a way of showing children that skills like problem solving and creative thinking are useful in real life.
This module made sense to me because it’s practical. The Curious Minds framework is easy to follow and actually gives structure without making things overcomplicated. I like that it’s built around asking questions instead of just telling kids the facts.
If I was using this in class, I’d probably go with something simple like light and lenses. Start them off with a rainbow spinner to get them thinking about how light mixes, then move into making a basic telescope with cardboard tubes and lenses. It’s cheap, hands-on, and every child can have a go. The link to Birr Castle makes it more real too. they’re not just building a toy, they’re copying what people here in Ireland were doing hundreds of years ago.
I always try to spark curiosity in their minds. The framework just gives me a clear way to keep the lesson moving and the kids engaged.
