Essay on Developments in Middle Childhood

The third stage is the Concrete Operational Stage, which occurs around age seven to age eleven. This stage marks the beginning of logical or operational thoughts for the child. Their thinking becomes less egocentric, and the child can now understand that although the appearance of something changes, the “thing” itself does not. For example, if a child decided to spread out a pile of blocks, they know there are still as many blocks as there were before, even though it looks different.

The teacher could place two cups that have the same amount of liquid in the cups but because one of the cups is taller than the other the child is going to think the taller glass has more liquid in it. The third stage is the concrete operational stage which occurs during ages seven to eleven. The term concrete operational means the child can reason only about tangible objects presents. So the child can conserve and think logically but only with practical aids. Thinking becomes less egocentric with increased awareness of external events. The fourth and final stage is the formal operational stage which occurs during ages eleven to fifteen. This stage focuses on hypothetical thinking and scientific reasoning. Piaget believed that only children can learn when they are ‘ready’ to learn. He also believed that development couldn 't be ‘sped up.’ Piaget believed that children learned through the resolution of disequilibrium (self discovery, active participation). He believed that teachers should ‘bend’ to children’s needs, provide an appropriate environment, promote self discovery, exploratory learning, self-motivated learning, and set challenges to existing schemes.

Piaget’s theory was introduced by Jean Piaget who established four periods of cognitive development. The four stages are; Sensorimotor, Preoperational, Concrete Operational, and Formal operational. The sensorimotor is the first stage and begins when the child is born and proceeds until the age of two years. The second stage is the preoperational stage and begins with the child is two years old and continues until the child reaches six years of age. The concrete stage is the third stage and begins when the child is six years old and proceeds until the age of 11 years old. The formal operational stage is the fourth stage and

The Piaget's stage theory of cognitive development is also known as the stage theory. It introduces that, in the expansion of our thinking, we act through an organized and certain sequence of steps. However, the theory focuses not only on compassionate how the children obtain knowledge, but likewise on the discernment of the substance of intelligence. According to the Piaget’s theory of cognitive development, there are two stages in the thinking pattern of a 3-year old preschooler and 9-year-old student. They are the preoperational stage for the 2 to 7 year old and the concrete operations stage for the 9 year old. The preoperational stage (three years old preschooler), this is where a new child can intellectually perform and signify to the objects and issues with the quarrel or the images, and they can act. The concrete operations (nine year old student), where a child is at the stage and deliver the ability to maintain, reserve their thinking, and analyze the objects in conditions of their many parts. However, they can also assume logically and understand comparison, but only about the concrete events.

The Healthy Child Programme (Rudolf, 2009) aims to provide guidance and practical direction in a strategy to reduce the risks of obesity for babies, toddlers and preschool children. For action are outlined that have the potential to encourage the development of lifelong healthy lifestyle and reduce the risk of obesity. The case for intervening in the very early years to prevent obesity is compelling. Its rationale is based on epidemiological studies that point to the high prevalence of obesity on starting school, the link between infant weight gain and later obesity, and tracking of obesity into adult life. Evidence from other sources highlights how lifestyle choice-both food preferences and physical activity - have their roots in the very

As children progress through the early stages of their lives they will continually reach milestones that are somewhat of a tracker as to where they stand in their development, but at the same time it’s important to remember that even though there are suggested milestones as to a maturing task for a specific age and month, each child may mature differently than the next. One part of this progress that children will continually develop through in the early stages of their lives is motor skill development, which is the use of their larger and smaller muscles to perform adult like tasks. More specifically this development can be categorized into fine and

Richard’s fine motor skills are being developed in anecdote one as he uses pencils. The challenge of moving and gripping the pencil is seen as a difficult task for young children, however his ability to do this was exceptional, drawing shapes and patterns. Richard’s ability to draw is developing his fine motor skills, which fits in accordance to Gesell’s motor characteristics mentioned in his gradients of growth (Gesell & Ilg, 1949).

Gross motor skills are usually associated with physical and kinetic advantages, but the social gain may be just as important for a child’s communication skills. Children all over the world use play to associate with other children, which usually is one of their main sources of social development at a young age (Goldstein, 2012). Unfortunately, many kids come from low-income homes and do not have the opportunity to involve themselves in sport or physical activities, which could lead to declines in physical development, thus affecting their gross

The fourth stage of Piaget’s Cognitive Stages of Development is the Formal operational stage. This stage is normally reached at age 11. These children are usually able to logically use symbols related to abstract concepts, such as algebra and science. These children can think about multiple variables in systemic ways, form hypotheses, and consider possibilities. Although Piaget believed in lifelong intellectual development, he insisted that the formal operational stage is the final stage of cognitive development, and that continued intellectual development in adults depends on the accumulation of knowledge (Shroff, 2015).

were defined characteristics of each stage that would be visible when the child reached it.

This kind of skill enables children to take more responsibility for their personal care. Example of fine motor activities includes writing and drawing. The writing skill of children in middle childhood tends to be large, and clear enough to be read easily. Besides that, schoolchildren show improvements on drawing skill in organization, detail, and complexity representation (Papalia et al., 2009).

The aim of the study has been achieved by increasing fruit and vegetable consumption and improving FMS which has led to a decrease in the children’s body mass index (BMI), an increase in fruit and vegetable serves in children’s lunchboxes, and improved physical activity skills (Zask et al. 2012, p. 13). The study has tried to minimise discrepancies in the data collected by using the same researchers to collect the data/measurements and by ensuring the control and intervention group were similar in socioeconomic status (Zask et al. 2012, p. 11). I felt the study was unable to monitor the fruit and vegetables consumed and physical activity, out of preschool hours. This information was obtained via a parent survey, which may be inaccurate, therefore may have impacted on the data collected.

Fine motor skills refer to the ‘small muscles’ in the hands. Proper development of these muscles is crucial for children to succeed academically in writing and self help skills. According to the National Childcare Accreditation Council (NCAC), “Fine motor skills form an important foundation for the acquisition of many other skills, including literacy, numeracy, self-help and the ability to perform many everyday tasks” (2008). Children start to develop motor skills from birth, and the ways in which children’s muscles develop will later affect their motor function. Caretakers often look for the typical milestones that infants develop; however, infants acquire development at different rates benefiting child growth. From birth through the early grades (preschool to second grade) children are constantly using their fine motor skills to eat, dress themselves, and in social settings such as school. These skills link to infancy development and are factors in knowing how well children will succeed. The following sub-topics address fine motor development and the importance of occupational therapy interventions:

It is because of this high level of cognitive function that physical activity and nutrition are extremely important (McDevitt & Ormrod, 2010). They affect the child’s physical wellbeing in terms of energy levels, growth and the ability to concentrate (McDevitt & Ormrod, 2010).

A few examples of Fine Motor activities displayed during the early years include handwriting skills, drawing pictures, making objects out of clay, and even cutting with scissors. Each of these activities is characterized by including the small-muscle developments that involve finger-thumb coordination, hand-eye coordination, and the development of muscle strength in the hand and arm. All in all, motor skills are an important part of the learning process, and as these “fundamental motor skills are learned...[they] serve as the foundation for more specialized motor skills that will be