Forum Replies Created
-
Posts
-
I really enjoyed reading your post. I like how the Rocket Mouse activity encourages children to make predictions, test their ideas, and improve their designs through investigation. It is a fun and engaging way to develop STEM skills while promoting teamwork, curiosity, and problem-solving.
I would create a Space Week plan for my 2nd Class to give the children an exciting opportunity to explore space through a range of hands-on, inquiry-based activities. Throughout the week, we would investigate different aspects of space while integrating Science, Mathematics, Art, English, and Digital Technologies.
We would begin by discussing what the children already know about space and recording their questions on a “Wonder Wall.” During the week, the class would explore the planets, the Moon, stars, and the Sun through practical investigations and group activities. The children could create models of the solar system, investigate how craters are formed using flour and cocoa powder, and learn about the phases of the Moon using a torch and a foam ball. We would also complete a shadow investigation outside to observe how shadows change throughout the day and discuss why this happens.To encourage creativity, the children would design their own planets or space-themed artwork and write imaginative stories about travelling into space. They could also use tablets to research interesting facts about the planets and create short digital presentations to share with the class.
I believe a Space Week would provide an engaging and memorable learning experience that promotes curiosity, teamwork, and problem-solving. By combining hands-on investigations with creative activities, children would develop important scientific skills such as observing, predicting, recording, and communicating their findings. It would also help children see that science is exciting, relevant, and connected to the world around them.
I really enjoyed reading your post. I like how you linked the activities together under the theme of homes and weather, making the learning meaningful and relevant for Senior Infants. The hands-on investigations and real-life connections would encourage curiosity while helping children develop their STEM skills through exploration and discussion.
I would choose the Hands-on Classroom Themed Activities because they provide meaningful opportunities for children to develop scientific skills through active learning. In my 2nd Class, I would use a simple engineering challenge where children work in small groups to design and build a bridge using everyday materials such as paper, straws, lollipop sticks, and tape. Before building, I would ask the inquiry question, “Which design will hold the most weight?” The children would discuss their ideas, make predictions, and sketch their bridge designs.
After constructing their bridges, each group would test them by gradually adding small weights or books until the bridge could no longer support the load. The children would record their results, compare the different designs, and discuss why some bridges were stronger than others. They would then have the opportunity to redesign and improve their bridges before testing them again.I believe this activity is an excellent example of inquiry-based STEM learning because it encourages children to ask questions, investigate, solve problems, and learn from trial and error. It also develops teamwork, communication, and critical thinking skills while integrating Science, Technology, Engineering, and Mathematics in a fun and engaging way. By reflecting on their designs and making improvements, children gain confidence in their ability to think creatively and solve real-world problems.
I really enjoyed reading your activity. I like how you use How to Catch a Star as a starting point and encourage children to create and name their own constellations. The discussion and sharing at the end give children a great opportunity to explain their thinking and appreciate that everyone can interpret the same stars differently.
I would choose the Activity Set: Space and Aliens for my 2nd Class because it is an engaging way to encourage creativity, curiosity, and scientific thinking. Children are naturally interested in the idea of life beyond Earth, making this topic an excellent starting point for inquiry-based learning.
I would begin the lesson by asking the children whether they think aliens exist and what evidence they have for their ideas. This would encourage discussion and allow the children to share their own opinions while understanding that scientists use evidence to answer questions. The class would then explore the conditions needed for life, such as air, water, food, and suitable temperatures, before comparing these with different planets in our solar system.As a follow-up activity, the children would work in small groups to design their own imaginary planet and create an alien that could survive there. They would explain how the features of their alien help it live in that environment, encouraging them to apply their scientific understanding in a creative way. Each group would present their planet and alien to the class, explaining their thinking and answering questions from their classmates.
I think this activity is an excellent example of inquiry-based learning because it encourages children to ask questions, make predictions, justify their ideas, and work collaboratively. It also integrates Science with Art, Oral Language, and SPHE while developing creativity, communication, and critical thinking skills. By allowing children to explore their own ideas while using scientific reasoning, the lesson becomes both enjoyable and meaningful.
I really like how you have linked the activity to observation and discussion, making it meaningful for Senior Infants. Tracing and comparing shadows throughout the day is a great way to encourage inquiry while helping children understand how the Sun affects shadows through hands-on learning.
I would use the Activity Set: The Moon with my 2nd Class because it offers an engaging and practical way for children to develop their understanding of space. I would begin the lesson by asking the children what they already know about the Moon and why they think it appears to change shape throughout the month. This would encourage them to share their ideas, ask questions, and make predictions before beginning the investigation.
The children would then complete a hands-on activity using a torch to represent the Sun and a foam ball to represent the Moon. By moving the ball and observing it from different positions, they would discover how the different phases of the Moon occur. After the investigation, the class would discuss their observations and compare them with their original predictions.To extend the learning, I would ask the children to observe and draw the Moon each evening for one week and share their findings in class. This inquiry-based activity promotes curiosity, critical thinking, observation, and communication skills while making a challenging scientific concept enjoyable, meaningful, and memorable through active participation.
One inquiry-based activity I would use in my classroom is a “Moon Crater Investigation.” I would begin by asking the inquiry question, “How are craters formed on the Moon?” The children would first discuss their ideas and make predictions before carrying out a hands-on investigation. In small groups, they would drop different-sized balls from different heights into trays of flour covered with a thin layer of cocoa powder to create craters. They would observe the size and shape of the craters, compare their results, and discuss how changing the size of the ball or the height affected the craters. After the investigation, the children would reflect on their findings and explain what they discovered about how craters are formed.
This inquiry-based activity encourages curiosity, critical thinking, and collaboration while developing important scientific skills such as predicting, observing, recording results, and evaluating evidence. It provides children with an engaging, hands-on learning experience that helps them develop a deeper understanding of space science through exploration and discovery.
Hi everyone! My name is Kieran, and I’m currently teaching 2nd Class. My favourite space fact is that a day on Venus is longer than a year on Venus because it rotates so slowly on its axis!