Sensory Integration Ability and Social Adjustment in Elementary School Students

: This study aimed to determine the relationship between the sensory integration ability with social adjustment in elementary school students. The hypothesis used in this study was there a relationship between sensory integration ability with social adjustment in elementary school students. The subject in this study were 23 student at class IV Ubadah in SDIT X Bandar Lampung. The data of this study is taken by sensory integration and social adjustment scale with data analysis using Pearson product moment correlation analysis. The result showed that there was a significant relationship between sensory integration with social adjustment in elementary school students in SDIT X Bandar Lampung at class IV Ubadah (r=0,676 with p>0,05). The relationship between the two variables is high, the higher the sensory integration ability, the higher social adjustment ability would be.


INTRODUCTION
Jen Ayres (Waiman, 2015) introduced sensory integration which is a process of human development by recognizing, changing and distinguishing sensations from the sensory system to then produce a response.One of the concepts of sensory integration theory is the drive for selfactualization which is then the most important part of individual development that stimulates children to explore without feeling tired and able to bring joy in facing challenges to achieve a goal.It is called internal motivation, but this is not found in children with sensory integration disorders (Benso, 20015).
According to the results of research by Van Den Oord et al (2002), states that the state of self, class, and school affects the social adjustment of children in their school.Children's adjustment at school includes how the child makes friends with peers, how the child obeys school rules, respects teachers, and others.This is related to whether the child will be accepted or rejected by their peers.The purpose of this study was to determine the effect of sensory integration on social adjustment in X Elementary School students in Bandar Lampung.In this study, the authors limit the variable of social adjustment of elementary school students (SD) which is defined as the ability of students to interact with other people and certain situations in the school environment.
According to Abraham (2002) in Addressing Learning Differences Sensory Integration Practical Strategies and Sensory Motor Activities for Used the Classroom describes that a child at the elementary school level cannot think comprehensively without going through certain stages of stimulation related to their age development.Activities that support gradual neural maturity are needed to prepare the child's brain structure.With the implementation of this stimulation, it is expected that children will be able to have perfect executive functions.The system is the first thing that must be given to provide influence for the development of the next stage in the form of sensory motor development, perceptual motor and the next stage in the form of cognitive or intellectual children.
In 1972, A. Jean Ayres introduced a model of human development known as sensory integration theory.According to Ayres' theory, SI occurs due to the influence of sensory inputs, including visual, auditory, tactile, vestibular and proprioceptive sensations.This process begins in the womb and enables the development of adaptive responses, which are the basis for developing more complex skills, such as language, emotional control, and arithmetic.Impairments in basic skills lead to difficulties in achieving higher skills.These impairments in sensory processing lead to a variety of functional and developmental problems, known as dysfunctions.

METHODS
This research uses quantitative methods.The variables in this study are social adjustment as the dependent variable and sensory integration as the independent variable.The subjects in this study were 4th grade elementary school students at SDIT X in Bandar Lampung city.The sensory systems that become variables in this study are; movement/tactile, visual and auditory systems measured by a checklist table with direct observation and interviews.While for social adjustment is described in the way the child reacts and benefits to the child's environment which is measured using five characteristics of social adjustment in school from Schneiders, namely; Respectful and willing to accept existing rules, showing the best sense and participation in school activities, establishing good relationships with friends at school, being respectful of teachers, school leaders, and other staff and the fifth characteristic is helping the school to carry out its goals according to its function.
The analysis used in this study is Pearson's product moment correlation analysis.Product moment correlation or KPM developed by Karl (Hasan, 1999) is a statistical test tool used to test the associative hypothesis (relationship test) of two variables when the data is interval or ratio scale.
The KPM value is symbolized by r (rho).The KPM value is also between -1 < r < 1.If the r value = 0, it means that there is no correlation between the independent and dependent variables.The value of r = -1 means that there is a negative relationship between the independent and dependent variables.In other words, the "+" and "-" signs indicate the direction of the relationship between the variables being operationalized.In other words, the "+" and "-" signs indicate the direction of the relationship between the variables being operationalized.The following is a table of correlation values and the meaning of these values;

RESULTS AND DISCUSSIONS
Calculation of the validity of the social adjustment scale items using the Pearson Product Moment correlation technique, namely by correlating the item score with the total aitem score then the author analyzes the data using the SPSS16.0program and if the items that have a discrimination power index equal to or greater than 0, 30 the number exceeds the number of items planned to be used as a scale, then it can choose the items that have the highest discrimination power index, otherwise if the items that pass are still insufficient for the desired number, we can consider lowering the criterion limit of 0.30 to 0.25.(Azwar, 2013).
This study uses two scales, namely the sensory integration scale and the social adjustment scale.The validity test of the items can be explained in the table below: Based on the item analysis table on the social adjustment scale, 4 items were found to be canceled and 26 items were declared valid.The distribution of the aitemtotal correlation coefficient (Corrected Item-Total Correlation), the social adjustment scale items move from (rbt) = 0.269 to (rbt) = 0.867 with a significance level of α> 0.05.The validity of the social adjustment scale items shows that of the 30 items tested, 5 items were found to be canceled and 25 were declared valid.
Reliability calculations on the social adjustment scale using SPSS 16.0 found that the alpha reliability coefficient (Cronbach's alpha) was 0.949.It can be said that the social adjustment scale can be said to be reliable and has a very good reliability value, the scale reliability coefficient of less than 0.6 is considered poor, the reliability coefficient of 0.7 is acceptable and above 0.8 is good (Priyatno, 2010).The research data can be described regarding the categorization of each research variable, the categorization used in this study is interval level categorization.Descriptive statistical data obtained empirical scores and hypothetical scores in detail.
Based on the results of the description analysis using the SPSS 23.0 application, it is known that the distribution of social adjustment scores is spread between 40 to 99.Based on the categorization of social adjustment scores above, it can be seen that the majority of the answers of all subjects from the social adjustment scale are in the high category, namely with a frequency of 11, a percentage of 48%, and a medium category with a frequency of 6, a percentage of 26% and low categorization which has a frequency of 6 with a percentage of 26%.Based on the categorization of sensory integration scores above, it can be seen that all subjects' answers from the scale are in the integrated category with a frequency of 11 and a percentage of 47.8%, the category is not integrated with a frequency of 8 and a percentage of 34.8%, and in the category of interference with a frequency of 4 and a percentage of 17.4%.The results of the data analysis above, show a correlation coefficient value of 0.676 with a significance value of 0.000 where p <0.05, it can be concluded that there is a significant relationship between sensory integration ability and social adjustment in SDIT X elementary school students.The correlation value of 0.676 shows that the two variables have a strong relationship.

CONCLUSION AND RECOMMENDATION
Based on the results of research on sensory integration ability with social adjustment in elementary school students at SDIT X Bandar Lampung that has been conducted, and based on the results of the analysis and discussion previously described, it can be concluded that there is a significant relationship between sensory integration ability with social adjustment in elementary school students at SDIT X Bandar Lampung.This conclusion is based on the hypothesis test conducted, obtained a correlation coefficient value of 0.676 with a significance value of 0.000 with a significance level of p = .0.05, it can be concluded that there is a significant relationship between sensory integration ability and social adjustment in elementary school students at SDIT X Bandar Lampung and the relationship between the two variables can be stated as high.The results of the study conveyed that the higher the sensory ability of elementary school children at SDIT X Bandar Lampung, the higher their social adjustment ability.
The minimum score (Xmin) is the result of multiplying the number of scale items by the lowest value of the weighting of the answer choices.b.The maximum score is the result of multiplying the number of scale items by the highest value of the weighting of the answer choices.