\u200dFrom Birth to Age Five<\/strong><\/h3>\n![\"\"](\"https:\/\/uploads-ssl.webflow.com\/5e8183b729502fe2fcbe10fe\/63e5d754f053eef55cc27f0d_How%20Brain%20Plasticity%20Changes%20At%20Different%20Ages.jpg\")
<\/p>\n
\u200dThe child\u2019s brain development at this stage is the fastest, exhibiting significant neuroplasticity. It has been proven that the changes and growth in the brain happen most in the earliest years of human life. The quality of experiences that nurture the first few years of a child\u2019s life has a significant role in how their brain develops.<\/p>\n
Evidence suggests that early childhood care and education<\/a>, when done successfully, lays the groundwork for cognitive development and executive function throughout the child\u2019s life. The first five years of life are the best opportunity for the brain to make significant progress. Positive experiences in the child\u2019s early life help children to be healthy, capable and successful as adults. High-level abilities like motivation, self-regulation, critical thinking and communication are formed in these early years.<\/p>\nUnfortunately, the opposite is true as well. Trauma, poverty and an unstable childhood can negatively impact a child\u2019s early brain development and eventually affect their adulthood. \u200d<\/p>\n
Six to Eleven Years Old<\/strong><\/h3>\n![\"\"](\"https:\/\/uploads-ssl.webflow.com\/5e8183b729502fe2fcbe10fe\/63e5d7d774b9c2d35c3fa510_Six%20to%20Eleven%20Years%20Old.jpg\")
<\/p>\n
As children age, their brain continues to develop. More complex behavioural and cognitive development takes place in middle childhood: between 6 to 11 years of age. In the early part of this stage, the brain goes through a spurt of growth, so by the time children are between 8 or 9 years old, they are expected to have a nearly fully grown, adult-sized brain.<\/p>\n
Brain development in the latter part of middle childhood is characterised by the growth of specific structures in the brain\u2019s frontal lobe. The frontal lobe sits under the skull at the front of the brain and is responsible for executive functions, such as planning, organising, reasoning, moral judgement and decisions. This is where making good choices becomes intrinsic, rather than influenced by extrinsic motivation.<\/p>\n
Adulthood\u200d<\/strong><\/h3>\nRe-modelling of the brain is a continuous phenomenon and experienced by everyone, even as they become adults. There are a few scientifically-researched principles for how we remodel our brains in adulthood. These include:<\/p>\n
\n- Use It Or Lose It:<\/strong> \u201cPruning\u201d is an essential activity in the human brain. It is a way for the brain to become more efficient.Unused connections in the thinking and processing part of the brain are removed; hence, the term \u201cuse it or lose it\u201d. Neuroplasticity is the brain\u2019s ability to reorganise itself by forming new neural connections.<\/li>\n
- Use It Or Improve It: <\/strong>The keyword here is \u201ccontinuous training\u201d. Persistent, continuous brain training and behavioural experiences can enhance what is being learned and aid in forming new connections in the brain; thus, learning and relearning occur. This is also true in cases of trauma; the brain can be retrained and rehabilitated for individuals to regain knowledge and skills and improve their functional capacity.<\/li>\n
- Learning While You Sleep: <\/strong>It is often discussed how important it is to get a good night\u2019s sleep. This is particularly important for brain development and for improving brain plasticity through the creation of new neural pathways. The current evidence suggests that the brain reinforces the neural pathways created while awake during sleep, making a more robust network of neurons. \u200d<\/li>\n<\/ul>\n
\u200dThe Link Between Brain Plasticity Principle and Education<\/strong><\/h2>\n\u200dWhile our brains can change well into adulthood, it is believed that younger minds, which exhibit more significant brain plasticity, are easier to train. That\u2019s why from a school\u2019s point of view, it is important to consider each individual child\u2019s learning style and age and consider previous experiences they have had in their lives. To help their brain develop, there are some key factors to consider:<\/p>\n
\n- Time:<\/strong> It is never too early to start. Early intervention is the key to success. Intensify the training for the desired behaviour, rehabilitate as early as possible in unlearning and relearning skills. It is not an easy task, but it is achievable with practice, persistence and patience.<\/li>\n
- Relevance:<\/strong> Creating a meaningful and engaging learning environment helps children develop their cognitive and physical skills and create new neural pathways. To optimise brain plasticity, the child\u2019s experiences within a learning environment should be directed towards the skills that wish to be acquired. It is also important that these experiences relate to real-world scenarios and can be practised over again.<\/li>\n<\/ul>\n
\u200dOWIS Applies the Principles of Brain Plasticity for Optimal Learning\u200d<\/strong><\/h2>\nOur OWIS<\/a> educators take all of these aspects of neuroplasticity into consideration when teaching students. They understand that some children will be ready to start learning new skills at a younger age than others, so it is important to assess each child\u2019s needs and make adaptations wherever necessary.<\/p>\n
<\/p>\nUnfortunately, the opposite is true as well. Trauma, poverty and an unstable childhood can negatively impact a child\u2019s early brain development and eventually affect their adulthood. \u200d<\/p>\n
Six to Eleven Years Old<\/strong><\/h3>\n<\/p>\n
As children age, their brain continues to develop. More complex behavioural and cognitive development takes place in middle childhood: between 6 to 11 years of age. In the early part of this stage, the brain goes through a spurt of growth, so by the time children are between 8 or 9 years old, they are expected to have a nearly fully grown, adult-sized brain.<\/p>\n
Brain development in the latter part of middle childhood is characterised by the growth of specific structures in the brain\u2019s frontal lobe. The frontal lobe sits under the skull at the front of the brain and is responsible for executive functions, such as planning, organising, reasoning, moral judgement and decisions. This is where making good choices becomes intrinsic, rather than influenced by extrinsic motivation.<\/p>\n
Adulthood\u200d<\/strong><\/h3>\nRe-modelling of the brain is a continuous phenomenon and experienced by everyone, even as they become adults. There are a few scientifically-researched principles for how we remodel our brains in adulthood. These include:<\/p>\n
\n- Use It Or Lose It:<\/strong> \u201cPruning\u201d is an essential activity in the human brain. It is a way for the brain to become more efficient.Unused connections in the thinking and processing part of the brain are removed; hence, the term \u201cuse it or lose it\u201d. Neuroplasticity is the brain\u2019s ability to reorganise itself by forming new neural connections.<\/li>\n
- Use It Or Improve It: <\/strong>The keyword here is \u201ccontinuous training\u201d. Persistent, continuous brain training and behavioural experiences can enhance what is being learned and aid in forming new connections in the brain; thus, learning and relearning occur. This is also true in cases of trauma; the brain can be retrained and rehabilitated for individuals to regain knowledge and skills and improve their functional capacity.<\/li>\n
- Learning While You Sleep: <\/strong>It is often discussed how important it is to get a good night\u2019s sleep. This is particularly important for brain development and for improving brain plasticity through the creation of new neural pathways. The current evidence suggests that the brain reinforces the neural pathways created while awake during sleep, making a more robust network of neurons. \u200d<\/li>\n<\/ul>\n
\u200dThe Link Between Brain Plasticity Principle and Education<\/strong><\/h2>\n\u200dWhile our brains can change well into adulthood, it is believed that younger minds, which exhibit more significant brain plasticity, are easier to train. That\u2019s why from a school\u2019s point of view, it is important to consider each individual child\u2019s learning style and age and consider previous experiences they have had in their lives. To help their brain develop, there are some key factors to consider:<\/p>\n
\n- Time:<\/strong> It is never too early to start. Early intervention is the key to success. Intensify the training for the desired behaviour, rehabilitate as early as possible in unlearning and relearning skills. It is not an easy task, but it is achievable with practice, persistence and patience.<\/li>\n
- Relevance:<\/strong> Creating a meaningful and engaging learning environment helps children develop their cognitive and physical skills and create new neural pathways. To optimise brain plasticity, the child\u2019s experiences within a learning environment should be directed towards the skills that wish to be acquired. It is also important that these experiences relate to real-world scenarios and can be practised over again.<\/li>\n<\/ul>\n
\u200dOWIS Applies the Principles of Brain Plasticity for Optimal Learning\u200d<\/strong><\/h2>\nOur OWIS<\/a> educators take all of these aspects of neuroplasticity into consideration when teaching students. They understand that some children will be ready to start learning new skills at a younger age than others, so it is important to assess each child\u2019s needs and make adaptations wherever necessary.<\/p>\n
<\/p>\nRe-modelling of the brain is a continuous phenomenon and experienced by everyone, even as they become adults. There are a few scientifically-researched principles for how we remodel our brains in adulthood. These include:<\/p>\n
- \n
- Use It Or Lose It:<\/strong> \u201cPruning\u201d is an essential activity in the human brain. It is a way for the brain to become more efficient.Unused connections in the thinking and processing part of the brain are removed; hence, the term \u201cuse it or lose it\u201d. Neuroplasticity is the brain\u2019s ability to reorganise itself by forming new neural connections.<\/li>\n
- Use It Or Improve It: <\/strong>The keyword here is \u201ccontinuous training\u201d. Persistent, continuous brain training and behavioural experiences can enhance what is being learned and aid in forming new connections in the brain; thus, learning and relearning occur. This is also true in cases of trauma; the brain can be retrained and rehabilitated for individuals to regain knowledge and skills and improve their functional capacity.<\/li>\n
- Learning While You Sleep: <\/strong>It is often discussed how important it is to get a good night\u2019s sleep. This is particularly important for brain development and for improving brain plasticity through the creation of new neural pathways. The current evidence suggests that the brain reinforces the neural pathways created while awake during sleep, making a more robust network of neurons. \u200d<\/li>\n<\/ul>\n
\u200dThe Link Between Brain Plasticity Principle and Education<\/strong><\/h2>\n
\u200dWhile our brains can change well into adulthood, it is believed that younger minds, which exhibit more significant brain plasticity, are easier to train. That\u2019s why from a school\u2019s point of view, it is important to consider each individual child\u2019s learning style and age and consider previous experiences they have had in their lives. To help their brain develop, there are some key factors to consider:<\/p>\n
- \n
- Time:<\/strong> It is never too early to start. Early intervention is the key to success. Intensify the training for the desired behaviour, rehabilitate as early as possible in unlearning and relearning skills. It is not an easy task, but it is achievable with practice, persistence and patience.<\/li>\n
- Relevance:<\/strong> Creating a meaningful and engaging learning environment helps children develop their cognitive and physical skills and create new neural pathways. To optimise brain plasticity, the child\u2019s experiences within a learning environment should be directed towards the skills that wish to be acquired. It is also important that these experiences relate to real-world scenarios and can be practised over again.<\/li>\n<\/ul>\n
\u200dOWIS Applies the Principles of Brain Plasticity for Optimal Learning\u200d<\/strong><\/h2>\n
Our OWIS<\/a> educators take all of these aspects of neuroplasticity into consideration when teaching students. They understand that some children will be ready to start learning new skills at a younger age than others, so it is important to assess each child\u2019s needs and make adaptations wherever necessary.<\/p>\n
- Relevance:<\/strong> Creating a meaningful and engaging learning environment helps children develop their cognitive and physical skills and create new neural pathways. To optimise brain plasticity, the child\u2019s experiences within a learning environment should be directed towards the skills that wish to be acquired. It is also important that these experiences relate to real-world scenarios and can be practised over again.<\/li>\n<\/ul>\n
- Use It Or Improve It: <\/strong>The keyword here is \u201ccontinuous training\u201d. Persistent, continuous brain training and behavioural experiences can enhance what is being learned and aid in forming new connections in the brain; thus, learning and relearning occur. This is also true in cases of trauma; the brain can be retrained and rehabilitated for individuals to regain knowledge and skills and improve their functional capacity.<\/li>\n
![\"Inquiry-based](\"https:\/\/owis.org\/sg\/wp-content\/uploads\/2021\/06\/60b71802ef1a22502ca66b56_Early-Childhood-18.jpg\")