Forum Replies Created
-
Posts
-
Integrating coding and computer science into the curriculum is essential for preparing students for a digital future. As technology advances, a fundamental grasp of coding provides critical problem-solving skills, logical reasoning, and creativity. We do not know what work opportunities will arise in the future as so many jobs have not been created yet. AI is going to be a huge area no doubt and early exposure to programming encourages a mindset of experimentation and resilience, equipping students to tackle complex challenges with structured thinking.
From my own experience, I see that children can be engaged and motivated by a fun, active learning experience centred around technology. Early coding education, in my own opinion enhances cognitive flexibility, benefiting students across the curriculum in many areas. Minecraft Education makes coding accessible and engaging, allowing students to create projects that reflect their interests. We as teachers are still covring the curriculum but allowing students to build skills through the use of coding and technology.
Challenges such as limited resources, inadequate teacher training and lack of confidence, and curriculum time constraints can arise. To overcome these, schools should invest in continuing professional development for teachers, apply for grants or fundraise to invest in technology, and integrate coding into existing subject areas to make a good use of time in the classroom. There should also be a focus on facilitation as teachers as this would combat lack of confidence. By addressing these challenges, we can ensure that all students develop the essential skills needed for the digital age.
Minecraft Education Project: “Reconstructing Ancient Egypt”
Curriculum Areas Explored: This project explores the area of SESE by focusing on the civilization of Ancient Egypt, its architecture, culture, and the role of the Nile River.
Learning Outcomes: Students will:
Understand Ancient Egyptian history, including pharaohs and daily life.
Learn the geographical significance of the Nile River.
Explore Egyptian art and symbolism, such as hieroglyphics.
Gain insights into social structures and religious practices.
Develop research, creativity, and collaboration skills.Student Roles:
Researcher: Researches Egyptian history for inspiration and ideas.
Designer: Designs structures like pyramids and temples with historical accuracy. Draws the designs on squared paper and ensures workability.
Builder: Constructs these structures in Minecraft.
Time – keeper: keeps the team on track for time and paces the tasks.
Presenter: Showcases the project and explains the reconstructed civilization to the class.Supporting Work:
Pre-Lesson Discussions: Introduce key aspects of Ancient Egypt.
Research: Investigate topics like pyramid construction or the Nile’s role.
Planning Sessions: Collaboratively design the Egyptian settlement.
Art: Incorporate Egyptian art into the Minecraft build.
Build Challenge: Reconstruct key elements of Ancient Egypt, including the Great Pyramid of Giza, the Sphinx, temples, a marketplace, and the Nile River. Ensure historical accuracy and present your civilization, explaining how it reflects Ancient Egyptian culture and daily life.Digital technology, significantly enhances student learning by creating engaging and interactive experiences. It enables students to collaborate, share their work, and receive real-time feedback, making learning more dynamic and accessible. Digital tools can cater to various learning styles, ensuring that students are more engaged and motivated. It can differentiate easily and students can even set their own targets. Gamification can also further participation and enjoyment.
Incorporating digital tools into the classroom can also promote a culture of innovation, where students and teachers experiment with new approaches and technologies. This aligns well with the Digital Strategy for Schools to 2027. While reflecting on practices through School Self-Evaluation (SSE) is important, the primary focus should be on using these tools to improve learning outcomes and prepare students for a digital future. By aligning instructional practices and professional development with the Digital Strategy, schools can ensure that digital technologies are effectively used to enhance education and foster a future-ready learning environment.
I love how you’ve embedded Space Week into the curriculum with diverse, engaging activities. This approach will spark the children’s interest and involve all learners. The “building and launching rockets” idea is especially fantastic, adding a creative and interactive element to the week. Great job integrating the theme across subjects!
In this lesson for infants, we would begin by reading ‘Aliens Love Underpants,’ a story that always captivates young learners. After the story, we would discuss rockets, encouraging the children to share their ideas about how they work. To enhance their understanding, I would show a video of Neil Armstrong’s moon landing, sparking further discussion about space exploration.
Next, I would have the children pair up to design their own rockets using junk art materials from Aistear. Each pair would brainstorm and sketch their rocket designs before constructing them.
At the end of the lesson, we would hold a show and tell session where pairs present their rockets and explain their design choices, fostering communication and critical thinking.
To celebrate Space Week, we would start each morning with a fun fact about space and engage in fun activities such as above throughout the week. This would keep the children excited and engaged, making the week an immersive learning experience.
To teach about weather while incorporating STEM, I would begin by discussing with the children the various types of weather we experience during different seasons. I would ask them questions to encourage their participation and draw out their observations.
Next, I would arrange four different coloured hula hoops on the floor, each representing a different season. I would gather various clothing items, and as a class, we would sort these clothes into the appropriate hula hoop corresponding to each season.
Following this, I would divide the children into small groups for an activity. Each group would receive a set of pictures depicting different seasons and various clothing items. They would work together to sort the clothing items to match the correct season.
Then, I would distribute whiteboards and markers to each child. They would individually design an item of clothing suitable for the current season, incorporating STEM concepts as they consider the functionality and material of the clothing.
To further enhance the activity, I would provide modelling dough so the children could create a 3D model of their clothing design. If time allows, we would finish with a talk and discussion show and tell session, where a few children could present their creations and explain why their designs are appropriate for the season.
I think this would be a lovely lesson , sounds fun and engaging. I think that there are such nice resources included in your lesson. Thanks for sharing!
This lesson would be aimed at the infant classes. I would begin by asking the children what they know about day and night? I will ask them to think about what we see in the sky in the night and describe it for the class . I would then call the children up for storytime in the reading corner to read ‘How to catch a star’, by Oliver Jeffers.
Next, I would show the children a video clip of the sky at night and engage the children in questioning.
Game. We would play “Starry Night Hunt,” where you hide small star-shaped stickers around the yard or room and have the kids search for them using mini flashlights.
Finally after completing the game, we would partake in a group activity. Each group would get a shoe box several holes punched on the lid. They would also get some black string and tinfoil for making their stars. Early finishers would be making their own constellations by connecting the dots/stars. I would also engage them the following day in making constellations in 2 ways activity as outlined in the slides.
I would ensure lots of talk and discussion and questioning is going on throughout the lesson to ensure active engagement.
Activity set- The Moon
We will explore the Moon by examining its appearance through pictures on the IWB and engaging in KWL about it.
We will begin by discussing what we know about the Moon, asking questions like, “What does the Moon look like?” and “Have you heard any fascinating stories about the Moon?” We’ll look at pictures of the Moon in various phases and talk about what we notice. Next, using a flashlight and a ball, we’ll simulate the Moon’s phases to understand why it looks different at different times. We’ll experiment with light and discuss how it changes the Moon’s appearance. We would also try to observe and record the moon and its phases through drawings and descriptions each morning in school and keep a log of it over time.
We’ll explore stories like the “Man on the Moon” and examine other cultural views of the Moon. I’ll show illustrations and books from various cultures and encourage children to share their ideas. For art we will create a textured art model of the moon.Finally, we’ll review what we learned, discuss any new questions, and think about how different cultures inspire us to think about the Moon in unique ways.
I think this is a lovely lesson- the children find shadows fascinating and the activity of chalk drawings around their shadows allows for a great deal of discovery learning and integration. I will definitely give this a go next year also!
Hello I’m Josie, I will be teaching 3rd class in the coming year.
An interesting space fact; There are more stars in the universe than grains of sand on all the Earth’s beaches. There are more stars in the universe than grains of sand on all the Earth’s beaches. It really reminds me of the expanse of the universe.
As an inquiry based lesson for my class next year I will intend to engage the children in next year is the following;
· Firstly, I’ll will explore space with the children by engaging them in an experiment, thereby discovering interesting facts about planets, stars, and the moon.
· We will start by looking at pictures of space and brainstorming questions the class have about it. I will ask, “What do you wonder about space?” and we’ll list our questions on the board, such as “What makes stars shine?” and “Why does the moon look different each night?”
· We will then explore our model of the solar system. We will investigate how the planets move around the Sun using small balls and a light. I’ll ask questions like, “How does the distance from the Sun affect each planet?” and “What happens if we change the order of the planets?”
· The children will then engage in the experiment to use a flashlight and a ball to simulate the moon’s phases. They will write down their questions before engaging in the activity. They may come up with the following; “What happens when we move the ball around the flashlight?” and “Why does the moon change shape?” They’ll experiment with different positions and observe the results.
· They will draw their favourite discovery from today’s exploration and write a few sentences about what they learned. They’ll share their drawings and findings with the class, discussing any new questions that arose.
Hi Deirdre,
I found your lessons to be very good and engaging. The youtube links would be a nice add on for the children. It’s great to get some ideas for next year!
I also loved the idea of using the bat and moth game- a fun way to get the children involved, active and engaged in the activity.
To engage my class in exploring biodiversity in our local area, I would start by taking them on nature walks in order to observe and record thedifferent plants and animals we encounter. I would encourage them to use their senses and curiosity to identify local species, noting how different environments support diverse life forms. We could create a nature journal where they record their observations , complete a biodiversity survey and share ourfindings with each other upon our return to the classroom. My local area has a lovely river walk that we could do that is safe and plentiful in this regard.
Next, I would recap upon the concept of light pollution and its effects on local biodiversity and brainstorm how light pollution can massively disrupt the natural behaviors of animals in regards to nesting, hunting, and migration. We could continue by comparing areas with different levels of light pollution, examining how nocturnal animals like bats and insects are affected. We could also use simple experiments, like observing how light affects the behavior of moths around outdoor lights. We could use cameras to record nocturnal activity in different areas of the school like the dark football pitch, street side yard etc.
The class could engage in project work to take positive action towards protecting our nocturnal species. For example they may create informational posters, organize community awareness campaigns, and install bat-friendly lighting, fostering both education and practical action to reduce light pollution.
