Wednesday, July 29, 2015

Sadeen's Food Chain Learning Story


Learners: Christian, Sadeen, Samantha, Richard, Divya, Shreya    
Learning Coach: T.Dillner           Date: 22.7.15
Learning Area: iExperience - Science (Food Chain)
Learning Observed
At the moment, the learners in LH1 are looking at Animals and their various features. Today’s session was looking at the Food Chains that are formed by NZ plants and animals - both native and pests. The learners had to examine a set of animal pictures and come up with a system of organising them according to who would eat what. They had to transfer the name of the animal to a strip of paper and connect them to the animal/tree that would eat them, eventually forming a chain.
Christian, Sadeen, Samantha, Richard, Divya and Shreya worked collaboratively to strategise a way of organisation. They assigned each animal a strip and laid the photo on the top. When they had established the bottom of the food chain (invertebrates), they matched up the rest. When a tree/animal had been incorporated, they removed the photo to eliminate it from those that remained.
Their final food chain was showing the relationship between invertebrates at the bottom of the food chain to feral cats at the top.
Evidence of learning
IMG_0563.JPG IMG_0562.JPG

Working together to create a method to classify the animals in the food chain.
Key Competencies/Vision Principles
Collaboration was the main focus of this task. The learners in this group worked well for a majority of the time they were given. They did work together to figure out how to group the animals, and mostly worked together to create the chain. There was some stress at the end to get it finished on time though. (Participating & Contributing and Managing Self).
To complete the links in the chain, the group had to work out the connections between the animals by thinking about their needs, physical size/shape, and diets (Thinking).Their chain showed some of these connections as it was not completely straight, it had extra links added in on the sides.
Next Learning Steps
  • Continue to independently focus on collaborative behaviour:
    • How do we speak to one another?
    • How do we make sure everyone has a turn?
    • How can we involve people who could contribute more?
  • Find reading material/research that could inform them of different food chains e.g. marine food chains.


Wednesday, July 1, 2015

Sadeen's Mathematics Narritive Assessment


Learner:  Sadeen  (m)                                                 Date: June 2015
Learning Area: Maths Facts                                     Learning Coach: John Dyer                 
Learning Observed
Sadeen has been working on upskilling herself in mathematical knowledge. This has involved playing a range of games with others in her maths group. In this photo, Sadeen is using a range of addition, subtraction, multiplication and division strategies to reach a range of target numbers. She enjoys playing against her friends and enjoys it even more when she beats them!
Sadeen has a good grasp of doubling and halving which she used to good effect in this game. She is more confident adding numbers together and is growing in confidence when using a variety of the other three operations.
Evidence of learning
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“I Win!” Sadeen develops her ‘Capability’ of times tables in a knowledge game.
Key Competencies/Vision Principles being demonstrated

Thinking - Making sense of information, experiences and ideas.
Using language, symbols, and texts - Making sense of words, numbers and images.
Managing self - knowing when to lead, when to follow and when to act independently.
Relating to others - Interacting effectively in a range of contexts.
Participating and contributing - Being actively involved in school and the community

Curious
Collaborative
Connected
Capable
Next Learning Steps
Continue to develop basic facts knowledge. This will include instant recall of addition and subtraction facts to 20 and instant recall of multiplication facts for the 2, 5, 10 x tables. This will progress to the 3, 6, 9 x tables, the 4 and 8 x and finally 7 x tables.