It is important for babies to stay in the womb as close to 40 weeks as possible so that they can obtain all the nutrients from their mother and develop fully before making their entrance into this world. Research has been done to discover the differences between full term babies and pre-term babies. Operant procedures has been shown to be able to assess medical disorders including prematurity. B.F. Skinner’s operant conditionings goal is to modify behavior using positive and negative reinforcement. Operant conditioning teaches the consequences to actions (McLeod, 2007). In this paper I will discuss how operant learning can be used to assess the learning ability of infants born prematurely. In 2004, Jill C. Heathcock and her colleagues set …show more content…
During the first few minutes the mobile is put into a position where it cannot be moved. After that for the independent variable infants the mobile is allowed to be moved by their kicking. The comparison infants had the mobile moved for them during this period of time. During the last few minutes the mobile was not able to move for all groups. The testing went on for about 6 weeks so that they had enough time to collect relevant data (Heathcock, 2004). The results that were gathered showed that the preterm infants seemed to kick more than the full term infants did in both the independent group and the comparison group. Even though the preterm infants kicked more, they did not meet the criteria of learning within the six weeks. The criteria for learning was to have a normal kicking rate during at least the second or third section of the time that was greater that the kicking rate in the first few minutes. They also had to have a normalized kicking rate during the last few minutes greater than the comparison group (Heathcock, …show more content…
The criteria for memory was to have a normal kicking rate during the first few minutes of the session on day 2 (which is short-term memory). On day 3 (considered long-term memory) have a higher kicking rate during the first few minutes than on day 1. They also had to have a normal kicking rate the first few minutes on day 2 and day 3 that was greater than the comparison group (Heathcock, 2004). The full term infants showed that they learned on day 1, but the comparison group of infants did not. When it came to memory the full term infants in the independent group showed more short-term and long-term memory capabilities than the comparison group
I decided to go back to work part time; I felt this option was the best for Olivia, because I can get out and make a bit of money and Olivia can learn to interact with other children. I made this decision from my real life experience; I worked part time when my sons were growing up and it was beneficial for our family. 6.Choose any age of development for your baby and any developmental domain and link your child' s development to any stage of any theory we have covered in class or in your textbook. 5 marks Olivia at the age of 12 months old was developing cognitive skills of spatial problem solving by being able to find an item hidden under two different items; she can even find an item that I switched from hand to hand! Ivan Pavlov theory of classical conditioning best describes what Olivia is able to do.
Chapter 12, Development and Aging, shows the development of learning and memory abilities across the lifespan, starting with infants. A human can start to learn in a mother’s stomach before birth. The human uterus is surprisingly a noisy place taking in all the sounds that they hear such as maternal talk, outside noises and heartbeats from the mother. Something that I did not know is, around 25 weeks of gestational age, a fetus’s brain and sense organs are sufficiently developed for the fetus to start perceiving and learning about the sounds they hear. I think that is interesting that a baby can pick up sounds from the outside.
They would also develop primitive reflexes and have control of their head. When an infant hits 4-6 months they would physically be able to sit unsupported, roll over and develop their fine motor skills such as moving things from one hand to another. Also at this age, they should weigh between 14.8-17.5lb and be 26.1-27.2 inches tall. Physically, infants start to stand alone at the age of 9 months and eventually develop the fine motor skill of having ‘pincer’ movements between their thumbs and fingers. This would allow infants to explore and discover for themselves by being in contact with the things around them.
The first part of the study involved observing child K’s motor and fine motor skills in her home. First, I would observe her motor skills. To get her more excited, I decided to play with her and her sister. At 4 years of age, child K should be enjoying the movements of hopping, jumping, and running while be more adventurous than they were at 3 years of age (Santrock, pg. 158, 2012). Obviously, at age 4, she has already learned how to walk and run on her own.
The Active Child Theme: Infant Cognitive Development Katherine Pita Florida International University DEP 2001 Cognitive development is the process that leads to the emergence of the ability to think and understand (Siegler, DeLoache, Eisenberg, & Saffran, 2014). This process involves the “development of thinking and reasoning” (Siegler et al., 2014, p.15) throughout childhood, including the growth of capabilities such as “perception, attention, language, problem solving, reasoning, memory, conceptual understanding, and intelligence” (Siegler et al., 2014, p. 131). Children contribute to their development through self-initiated activity even before they are born, by practicing breathing and digestive processes and exercising
In the first three months, babies will start to move both eyes together, focus on objects more than 25cm away, roll from their front to their back and start to move their arms, legs and control their head. Between three and nine months, babies will usually learn to sit up, they will hold their head up without support, they gradually develop the ability to crawl and pull themselves up on the furniture. They will enjoy a range of sensory activities, such as bathing. Their palmar and pincer grip movements will start to develop, amd teething ususally occurs at around this time. Between nine and eighteeen months, the anterior fontanelle continues to close.
In addition, at 3, 9, and 12 months of age, infant recognise the training object in a different context after all but the very longest test delays. Between 12 and 24 months of age, infants will also imitate an action that they saw in one context (e.g., the day-care center) when tested with the same object in a different context (e.g., laboratory) a few days later. Taken together, these findings reveal that infants can remember what they learn in one place if tested in another except after relatively long delays. Parents, educators, and public policy experts will be comforted to know that infants can transfer
This method of operant conditioning allows a person and or animal to realize when something is being done correctly and that it should be followed in the future. This method is rewarding and allows it to be beneficial for someone. According to a research conducted to treat problem behavior in Atlanta, researchers finalized that “training and treatment analysis showed that treatments based on positive reinforcement were effective at reducing problem behavior. (Call, 2014). This research proves how positive reinforcement can provide a good outcome for future behaviors.
Introduction – Background information This paper is about child observation. I observed a child, Daniel (coded name). He is four years and two months old. Daniel is 103 cm and 18 kg.
As observed with Taylor, he could easily tell that someone new had come in his house and he did not respond to me the way he responded to his mother. Cognitive development during childhood plays a vital role in their future abilities and
Piaget developed a stage theory of intellectual development that included four distinct stages: the sensorimotor stage, from birth to age 2; the preoperational stage, from age 2 to about age 7; the concrete operational stage, from age 7 to 11; and the formal operational stage, which begins in adolescence and spans into adulthood. He believed that there were four necessary ingredients for cognitive development which included: “maturation of the nervous system, experiences gained through interaction with physical world, social environment, and child’s active participation in adapting to environment & constructing knowledge from experience.” (Sullivan, 2014, Slide 3) The sensorimotor stage occurs between birth and age 2. Infants and toddlers acquire knowledge through sensory experiences and handling objects.
The first year of a child’s life is spent communicating entirely through nonverbal means. Infants use every part of their bodies to convey their wants and needs as their parents and early childhood educators respond to meet them. Examples of this are reflexes, such as opening their mouths when hungry. Also, crying and whole body movements to demonstrate feelings. Another way that is interesting in infant nonverbal communication is allowing infants to play with each other.
and it begins with the sensorimotor stage, a child from birth to the age of 2 years old learns and thinks by doing and figuring out how something works. The second stage is the preoperational stage and in this stage children from ages 2 through 7 years are developing their language and they do pretend play (Berk, 2005, p.20). Concrete operational is the third stage and children ages 7 to 11 years old lack abstract but have more logic than they did when they were younger. The last stage is formal
The arrival of a new baby, especially the first always marks a new beginning for a mother. It comes with a lot of challenges more so if the mother is less knowledgeable about baby care. Take such as cleaning the baby for the first time, or feeding, it is not easy. The baby is still fragile and slippery and needs a special care. But if the mother is not ready for all these, or maybe, does not have any knowledge on what to do, the baby’s life might be endangered since the baby needs a special care which only the mother can give.
A baby is governed only by its drives and only the id is present at this stage. An infant seeks immediate gratification which is achieved through its mouth – feeding, crying, and oral exploration of the world around it. Disturbance of the oral stage may result