[Arlene O Shea]

Great ideas, AI is definitely making it easier to teach the PLC, so many fantastic ideas created at the click of a button. It’s great to be able to include a vocabulary element too.

[Arlene O Shea]

A new element of Maths in the new curriculum.

Lesson Plan: Transformations in Mathematics
Class: 6th Class (Age 12)
Subject: Mathematics
Duration: 60 minutes
Topic: Transformations (Translation, Reflection, Rotation)

Strand:
Shape and Space

Strand Unit:
Transformations

Objectives:
By the end of this lesson, students will be able to:

Understand and identify the three basic transformations: translation, reflection, and rotation.
Apply these transformations to 2D shapes on squared paper or a coordinate grid.
Describe transformations using appropriate language.
Develop spatial awareness through hands-on activities.

Methodology:
Introduction (10 mins)

Begin with a quick warm-up: ask students to point to objects in the classroom that have been “moved,” “flipped,” or “turned.”
Introduce the three types of transformations using simple everyday examples:

Translation – sliding a book across a table
Reflection – looking into a mirror
Rotation – turning a clock’s hand
Explicit Teaching & Modelling (15 mins)

Use the interactive whiteboard or a visualiser to show examples of each transformation on grid paper.
Model one example each of:

Translating a triangle from one point to another
Reflecting a shape across a vertical line
Rotating a shape 90 degrees clockwise around a point
Use color coding and arrows to enhance visual understanding.
Guided Practice (15 mins)

Students complete a transformation worksheet in pairs, with teacher support.
Use mini-whiteboards or tablets (if available) for quick feedback and checking understanding.
Encourage use of correct mathematical language: translate, reflect, rotate, axis, coordinates.
Independent Practice (15 mins)

Students complete differentiated tasks:

Task A (Support): Match images of shapes before and after transformation
Task B (Core): Perform transformations on shapes using squared paper
Task C (Extension): Combine two transformations (e.g., rotate then reflect)
Plenary/Review (5 mins)

Recap key vocabulary with a short class quiz or “transformation charades” (students act out each type of transformation).
Ask students to explain, in their own words, how to translate, reflect, and rotate a shape.

Differentiation:
Support:

Provide step-by-step visual guides and manipulatives (e.g., tracing paper for reflection and rotation).
Allow use of peer buddy support during tasks.
Tasks focus on recognition before execution.
Extension:

Challenge tasks involve using coordinate grids with 4 quadrants.
Encourage students to create their own transformation puzzles for classmates.
Multiple Learning Styles:

Visual: Use diagrams and color-coded shapes.
Kinesthetic: Use physical movement to demonstrate transformations.
Auditory: Emphasize verbal explanations and peer discussions.

Assessment:
Formative:

Teacher observation and questioning during group work and whole-class discussions.
Mini-whiteboard responses for quick checks.
Peer discussion and explanations.
Summative:

Completed worksheet showing clear understanding of each transformation.
End-of-lesson quiz (optional) to assess vocabulary and basic transformation application.
Self-Assessment:

Students complete a reflection sheet:

“Today I learned…”
“Something I found easy/difficult was…”
Emoji rating of confidence level.

[Arlene O Shea]

Probably a very silly question but do you have to reference AI material?

[Arlene O Shea]

We are a google school. I would like to introduce the children to Gemini but the access from my school account seems to be blocked so I would need to consult our IT co-ordinator and the AUP to see whether this is possible to change the settings to include its use.

I would like the children to learn to use it for their own research purposes in SESE. As part of the 6th Class history curriculum we learn about The Industrial Revolution and people/objects that help bring about the change. Each child/pair could be assigned a topic to research and feedback to the class.

Alternatively the groups could research the same topic across a few different AI generators and compare their answers.

Inventor:
The Spinning Jenny was invented by James Hargreaves, an English weaver and carpenter, in 1764.
Purpose:
It was designed to increase the amount of yarn that could be spun at once, making the process faster and more efficient.
Mechanism:
The machine allowed a single worker to spin multiple spindles of thread simultaneously — initially 8, and later versions had up to 120.
Impact on Textile Industry:
The Spinning Jenny revolutionized the cotton and textile industry, drastically increasing productivity and lowering the cost of yarn.
Name Origin:
“Jenny” was likely a slang term for “engine,” although some stories say it was named after Hargreaves’s daughter (this is likely apocryphal).
Controversy and Resistance:
Early use of the Spinning Jenny led to resentment among workers, who feared job loss, resulting in some machines being destroyed by angry mobs (Luddite-type protests).
Patent and Spread:
Hargreaves patented the Spinning Jenny in 1770, but by then many machines were already in use, making enforcement difficult.
Manual Power:
The Spinning Jenny was manually operated, unlike later inventions like the water frame, which used water power and was more suitable for factory settings.
Role in Industrial Revolution:
It was a pivotal invention that contributed to the shift from home-based hand production (cottage industry) to factory-based mass production.
Legacy:
The Spinning Jenny laid the groundwork for future textile machinery and is considered a symbol of technological advancement during the Industrial Revolution.

 

[Arlene O Shea]

I agree completely, history lessons in the senior classes in particular can be enhanced to be much more engaging using AI. It would be great to be in a position to allow the children to do their own AI research projects for history topics about famous people in the past.

 

[Arlene O Shea]

There were so many amazing resources mentioned on this module that it’s difficult to choose.

As a 6th class teacher I see the difficulty some children have with oral presentation and public speaking, even in a small group with their close peers many children are reluctant to participate. I will definitely be using Speaker Coach to  tackle this issue. It offers children the opportunity to practice public speaking in a low pressure environment, giving them constructive feedback on what they need to improve on. Probably something I could use as an adult also.

I also really liked Gamma for creating powerpoints. Within seconds they can create something that could take me hours to prepare. It will be particularly useful for helping with SESE. While paid websites like twinkl have these already available it is great to be able to create something so specific like a Powerpoint about your locality which is what I had asked it to do and within seconds it was complete.

[Arlene O Shea]

Just created a Gamma powerpoint in seconds on our local area for local history in September, literally in 10 seconds it has the whole town covered. It would take me hours to come up with something similar myself. Fairly amazed by it.

[Arlene O Shea]

Only from doing the course do I realise how many AI tools that we are already using in our school without realising that they are AI tools. We use google classroom for surveys with staff, pupils and parents. It has been particularly useful this year in gathering and interpreting data for the Bí Cinealta flag and with a survey about Maths for our DEIS/SSE plans. We are also fortunate in our school to have excellent IT facilities allowing us to get involved in lots of exciting projects including Dreamspace and Minecraft Education.

Going forward I plan to use the Immersive Reader, I must admit I have never heard of it before but I can easily envisage its many benefits in our school where we have all levels of literacy. I especially like its ability to test fluency with more competent readers.

The greatest challenge I see is GDPR and protecting the children’s privacy.

[Arlene O Shea]

Both as a teacher and a parent I am saddened to see how they are using bands to track concentration in children in schools. Its a little bit frightening the extents that people are willing to go to in China to get ahead. I really hope we do not resort to this here.

[Arlene O Shea]

In a classroom where there is so much differentiation required it is brilliant that multiple variations of the same worksheet can easily be created to meet the needs of any pupil in line with what is being taught so that each child feels included.

[Arlene O Shea]

AI offers numerous benefits in primary school education. To me the number 1 benefit being its ability to save time with lesson preparation. At the drop of a hat, a detailed lesson can be prepared with links, images, and engaging videos to accompany them although I have not as yet been so adventurous with my use of it in school.

This past school year I have learned to use CHATGPT to help to enhance literacy and writing skills, an area that can be difficult to teach particularly to incorporate all of the elements of the PLC. I used it to generate sample writing genre examples, such as narratives, persuasive texts, and information reports, showing the elements of the selected genre. Each sample could then be modified again using CHATGPT to differentiate to meet the differing needs within the class. I found it to be far more  efficient and saved time compared to searching through other websites.

I had not heard of the other AI tools but will definitely try them out in future and will be able to compare and us what I feel best represents what I am trying to do.

[Author]

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