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1.
Malaysian Journal of Public Health Medicine ; : 22-25, 2016.
Article in English | WPRIM | ID: wpr-626972

ABSTRACT

In developing ergonomically sound furniture, there is a need in evaluating anthropometrics from various aspect such as gender differences. The objectives of this study was to evaluate anthropometrics differences between genders of children in Malaysia in order to determine the need in having specified chairs for each gender. Represented by four states in Malaysia, a total of 2400 children were involved in the study. A custom made measurer and an anthropometer were used to measure the subjects. Six body measurements, which are, sitting shoulder height, sitting subscapular height, shoulder breadth, buttock popliteal length, popliteal height and hip width were documented for evaluation. From this study, there were some significant differences on some body parts while other body parts were similar to male and female. Therefore, chairs are needed to be made according to the suitability of both gender.

2.
Malaysian Journal of Public Health Medicine ; : 80-85, 2016.
Article in English | WPRIM | ID: wpr-626739

ABSTRACT

This study on anthropometrics of Primary School children from grade 1 to 5 in Peninsular Malaysia involves 2310 students aged seven to eleven years old. The objectives were to analyze the differentiation of anthropometrics between children of grades 1 to 5 and grouping them to suitable levels in which they are appropriate to propose chair dimensions. A multi-stage sampling method was used, and rural and urban areas were also included in providing anthropometric database that represents the whole Peninsular Malaysia population. There were six dimensions measured in this study, which are sitting shoulder, sitting subscapular height, sitting elbow height, hip width, buttock-popliteal length and popliteal height. All the measurements were chosen to represent dimensions needed to construct ergonomic school chair. From the results, ANOVA showed p-values of <0.01 for all body dimensions when compared to grades 1 to 5. Column charts were also illustrated, where grade 1 and 2 had similar anthropometrics. Therefore, it can be concluded that Level 1 chairs should made to accommodate grades 1 and 2, and Level 2 chairs should cater children of grades 3, 4 and 5.

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