ECE2002 Assignment 3 by https://padlet.com/yunyuan/4tto12th40ph42u5 en-us 2023-05-21 04:42:12 UTC 2023-05-27 00:36:31 UTC hello@padlet.com yunyuan https://padlet.com/yunyuan/4tto12th40ph42u5/wish/2598629800
  • What problem-solving strategies do children employ when faced with challenges during free play?
  • How do children incorporate their prior knowledge and experiences into their play?
  • How do children demonstrate creativity and imagination in self-directed play?

    • I chose to observe how children demonstrate creativity and imagination in self-directed play.

    Based on my entire placement observations, I noticed that children demonstrate creativity and imagination in self-directed play through various behaviors and actions. Here are some ways: 
    -Dramatic Play: Children engage in imaginative role-playing, assuming different characters and acting out scenarios.

    -Symbolic Representation: Children often use objects or materials to represent something else, displaying symbolic thinking.

    -Storytelling and Narrative Creation: Children weave stories and narratives during their play, expressing their creativity through the development of plots, characters, and events. 

    -Artistic Expression: Children engage in various forms of artistic expression during play, such as drawing, painting, sculpting, or building. 
    ]]>     2023-05-21 04:48:34 UTC https://padlet.com/yunyuan/4tto12th40ph42u5/wish/2598629800     Provocation 1 yunyuan https://padlet.com/yunyuan/4tto12th40ph42u5/wish/2598713515 Implementation

    Today before the children came into the room, I put the block baskets along with some wooden and soft animals as well as some silk.

    A group of children came over and started by selecting a variety of building blocks of different shapes and sizes. The child (A) in the photo looked around and said “I want to build a zoo". A spent some time looking for blocks, and A chose rectangular blocks to build walls and doors. A demonstrated deliberate decision-making, selecting blocks that could accommodate the size of the wooden animals comfortably.

    As A proceeded, A meticulously arranged the blocks to create separate rooms and designated spaces within each animal house. A used shorter blocks as walls, leaving openings for doorways and windows. Once the basic structure was in place, A carefully positioned the wooden animals within their houses and ensured there was enough space for them to stand upright while counting how many animals were in each room. A placed the animals in the same direction and said: "They are having meetings".

    Reflection:

    The inclusion of wooden toys added a new dimension to the block-building activity, allowing for more diverse and imaginative play opportunities. According to the research (Brau, 2018), children are not passive recipients of information but actively construct their own understanding of the world based on their interactions with it.

    Throughout the activity, the children demonstrated a greater level of engagement and creativity. They combined the building blocks with the wooden toys, incorporating them into their structures and narratives. The wooden toys provided additional elements for creating interactive scenarios and stimulated Child A's mathematical thinking.
    This is consistent with early childhood mathematics education research (Koskinen & Pitkäniemi, 2022), which emphasizes the importance of encouraging math learning in natural and meaningful contexts.

    Practical Thinking:

    While combining blocks with other materials can enhance children's play experiences, there are some limitations to consider:

    -Compatibility: Not all materials may seamlessly integrate with building blocks. The size, shape, and weight of the added materials should be compatible with the blocks to ensure they can be securely attached or incorporated into the structures. Incompatibility may limit the children's ability to freely explore different combinations and hinder their creativity.

    -Overstimulation: Incorporating too many materials into block play can lead to sensory overload or distract children from the core focus of the activity. It is important to strike a balance between providing opportunities for exploration and maintaining the simplicity and open-mindedness of block play.]]>     2023-05-21 09:28:28 UTC https://padlet.com/yunyuan/4tto12th40ph42u5/wish/2598713515     Provocation 3 yunyuan https://padlet.com/yunyuan/4tto12th40ph42u5/wish/2598722795 Place loose parts along with building blocks outside the room and observe what happens.

    Implantation:

    I placed some building blocks near some loose parts, such as pots, spoons, and cans, before the children arrived at the garden.

    Upon reaching the sandpit, a group of children finds their own spot to explore. Not long after a child noticed there were some blocks nearby and said: "Who wants to build a cake shop? Who wants to build a cake shop?" "Me Me", the other children replied.
     They began by selecting various building blocks of different shapes and sizes. They worked together to lay out the foundation of the cake shop, arranging rectangular blocks to create counters and display areas.

    They transformed the blocks into ovens, and use loose parts as blenders and machines. As the cake shop began to take shape, the children engaged in roles and dramatic play. Some assumed the roles of bakers and decorators, while others took on the roles of customers, browsing the displays and placing orders for their cakes.

    Reflections:

    As they acted out scenes from the cake shop, the children engaged in elaborate social interactions. They took turns playing various roles and communicating with one another to take orders and discuss cake flavors and pricing. Their language skills were evident as they used descriptive words, engaged in role-play dialogue, and demonstrated a grasp of customer service.

    The activity's collaborative nature encouraged positive social interactions, teamwork, and problem-solving. The children exchanged ideas, made suggestions, and encouraged one another's play choices. When deciding on cake designs or determining customer orders, they practiced their negotiating skills. By working and playing with others, children can share their ideas and perspectives, learn from each other, and build upon their collective knowledge (Piaget, 1977).

    The children used the block-built cake shop to explore real-life scenarios, engage in pretend play, and develop their understanding of social interactions and roles. As they manipulated the blocks and loose parts to create their cake shop environment, it also encouraged creativity, fine motor skills, and spatial reasoning.

    Practical thinking:

    Observing the children interacting in the sandpit reminds me of the power of unstructured play and the importance of providing children with places where they can freely explore, create, and connect with others.]]>     2023-05-21 09:53:29 UTC https://padlet.com/yunyuan/4tto12th40ph42u5/wish/2598722795     yunyuan https://padlet.com/yunyuan/4tto12th40ph42u5/wish/2598742319 Setting:

    The observations of block-building took place at a Child Care Center with children aged 3 to 5 years. The center's environment is designed to encourage exploration, creativity, and collaborative learning. The resources are natural and of high quality. The block area both outside and inside is well-stocked with a variety of building blocks of different shapes and sizes. The children have shown a growing interest in block-building, eagerly engaging in imaginative play and constructing structures of various complexities.

    Rationale

    The three block-building observations provided insights into the ways children aged 3 to 5 engage with block play and highlighted the children's developing skills e.g., collaboration and problem-solving (ob. 1), creativity and imagination (ob. 2), cognitive thinking (ob. 3). ]]>     2023-05-21 10:45:37 UTC https://padlet.com/yunyuan/4tto12th40ph42u5/wish/2598742319     yunyuan https://padlet.com/yunyuan/4tto12th40ph42u5/wish/2598742862 The three observations show that children demonstrate growing social competence and emotional intelligence at a young age. They were able to communicate their ideas, work through disagreements, and collaborate to achieve a common goal. 

    For example, during observation 1, I noticed two children working together to build a tall tower. One child suggested putting a small block on top of a larger one, but the other child disagreed, saying that it would make the tower unstable. The first child listened to the other's perspective and then suggested an alternative idea. They continued to communicate and negotiate until they found a solution that worked for them. In the context of block-building activities, Vygotsky's approach would suggest that children's learning is enhanced when they work collaboratively with others. By engaging in conversation and negotiation with their peers, children can share their ideas and learn from each other. They can also develop important social-emotional skills such as empathy, perspective-taking, and conflict resolution (Vygotsky, 1978). 

    Another thing I noticed was children's ability to experiment, explore, and be creative. The children used their senses, imagination, and physical abilities to explore and learn through building blocks in each observation. They experimented with balance, stability, symmetry, patterns, and designs, and revised their plans using trial-and-error methods. This theme is consistent with Piaget's constructivist theory of learning, which emphasizes the importance of active exploration and experimentation (Mascolo & Fischer, 2005). 

    Children's last learning experience is mathematical thinking and reasoning. The children used math concepts such as counting, sorting, measuring, and spatial reasoning to make sense of their constructions in each observation. They used math to solve problems, communicate ideas, and connect various structures. This is consistent with early childhood mathematics education research (Koskinen & Pitkäniemi, 2022), which emphasizes the importance of encouraging math learning in natural and meaningful contexts, particularly for preschool children. 

    Children's learning experiences are also consistent with the learning outcomes of the VEYLDF. By facilitating open-ended and creative play with materials such as building blocks, educators can support children's overall development and help them achieve positive learning outcomes (Department of Education and Training, 2016). ]]>     2023-05-21 10:47:12 UTC https://padlet.com/yunyuan/4tto12th40ph42u5/wish/2598742862     yunyuan https://padlet.com/yunyuan/4tto12th40ph42u5/wish/2598743373 1. Arrange blocks along with other materials to see what happens.

    2. Move the blocks to different areas of the room and observe how the children's play differs.

    3. Place loose parts along with building blocks outside the room and observe what happens.]]>     2023-05-21 10:48:34 UTC https://padlet.com/yunyuan/4tto12th40ph42u5/wish/2598743373     yunyuan https://padlet.com/yunyuan/4tto12th40ph42u5/wish/2598749098 2023-05-21 11:03:21 UTC https://padlet.com/yunyuan/4tto12th40ph42u5/wish/2598749098 yunyuan https://padlet.com/yunyuan/4tto12th40ph42u5/wish/2598749255 2023-05-21 11:03:41 UTC https://padlet.com/yunyuan/4tto12th40ph42u5/wish/2598749255 yunyuan https://padlet.com/yunyuan/4tto12th40ph42u5/wish/2598749541 2023-05-21 11:04:23 UTC https://padlet.com/yunyuan/4tto12th40ph42u5/wish/2598749541 yunyuan https://padlet.com/yunyuan/4tto12th40ph42u5/wish/2598749758 2023-05-21 11:04:58 UTC https://padlet.com/yunyuan/4tto12th40ph42u5/wish/2598749758 yunyuan https://padlet.com/yunyuan/4tto12th40ph42u5/wish/2598750077 2023-05-21 11:05:46 UTC https://padlet.com/yunyuan/4tto12th40ph42u5/wish/2598750077 yunyuan https://padlet.com/yunyuan/4tto12th40ph42u5/wish/2598758332 Brau, B. (2018). The Students’ Guide to Learning Design and Research. In edtechbooks.org. EdTech Books.

    Department of Education and Training. (2016). VICTORIAN EARLY YEARS LEARNING AND DEVELOPMENT FRAMEWORK.

    Koskinen, R., & Pitkäniemi, H. (2022). Meaningful Learning in Mathematics: A Research Synthesis of Teaching Approaches. International Electronic Journal of Mathematics Education, 17(2), em0679.

    Mascolo, M. F., & Fischer, K. W. (2005). Constructivist theories. Cambridge Encyclopedia of Child Development (pp. 49-63). Cambridge, England: Cambridge University Press.

    Piaget, J. (1977). The development of thought: Equilibration of cognitive structures. New York: Viking Press.

    Vygotsky, L. S. (1978). Mind in society: The development of higher psychological processes. Cambridge, MA: Harvard University Press.]]>     2023-05-21 11:25:55 UTC https://padlet.com/yunyuan/4tto12th40ph42u5/wish/2598758332     yunyuan https://padlet.com/yunyuan/4tto12th40ph42u5/wish/2598759778 ECE2002 Assessment 3 

    YUN YUAN  4666473

    Lecturer: Ren 

    Word Count: 1230]]>     2023-05-21 11:28:56 UTC https://padlet.com/yunyuan/4tto12th40ph42u5/wish/2598759778