Design of Women’s Clothing from Woven Cloth for Khun Dong Shop Nam Ang Woven Fabric Tron District Uttaradit Province

Abstract

This research on design of women’s clothing from woven cloth for Khun Dong Shop Nam Ang Woven Fabric, Tron District, Uttaradit Province, with intention to be consistent with design of women’s clothing for showing patterns of Nam Ang woven fabric aims to design women’s clothing from woven cloth for Khun Dong Shop Nam Ang Woven Fabric, Tron District, Uttaradit Province, and to assess satisfaction of the shop towards women’s clothing for Khun Dong Shop Nam Ang Woven Fabric, Tron District, Uttaradit Province. The research started from using interview form as the research tool to obtain primary data and guidelines on feasibility of design and production process of women’s clothing from woven cloth for Khun Dong Shop Nam Ang Woven Fabric, Tron District, Uttaradit Province. Subsequently, questionnaires were used for obtaining opinions from 3 entrepreneurs on design of women’s clothing from woven cloth regarding drawing of design of women’s clothing from woven cloth and satisfaction of 86 entrepreneurs and consumers on design of women’s clothing from woven cloth for Khun Dong Shop Nam Ang Woven Fabric, Tron District, Uttaradit Province.

After obtaining conclusion on design of women’s clothing from the interview with those entrepreneurs, it was found that there were 9 major patterns of Nam Ang woven fabric and they were designed under the fashion concept of Elizabethan Style to obtain 3 designs before obtaining opinions from entrepreneurs on design principles of women’s clothing through questionnaires. The results revealed that the 3 rd design had the highest level of appropriateness. Subsequently, obtained design was produced as women’s clothing and it was tested by 86 customers of Khun Dong Shop Nam Ang Woven Fabric, Tron District, Uttaradit Province, to obtain their satisfaction. The results revealed that, in overall, their satisfaction towards size and proportion, and contrast and colors was in the highest level ( = 4.70) with Standard Deviation (S.D. = 0.14) on color in the highest level.