Project design guys costume in case structure of Park Venture architecture The purpose was learned structure of Park Venture and design of guys costume. To adapt in commercial make it to be unique new and difference style for enhance personality and identity of customer. Project design for learning project structure of Park Venture architecture study in descriptive analyze. Using equipment and analyze condition in design after that divide criterion in 2 side. We found building structure has changed to new style from innovation of construction but better than old construction in many structure condition pattern of building. Building shape inspire from pay obeisance and slant pattern of building look like lotus until head of building to make pattern. Project design guys costume to get guys costume casual style sweater jacket and long pants. Bringing pattern of structure of Park Venture adapt to condition of costume use color after winter time to make it beautiful and difference and also able to wear in daily life. To answer need of customer and communicate clear personality

The objective of the research was to identify the optimized thread tensile values for the setup of Model D – We 1218-55 computerized 18-needles sewing machine in order to minimize a number of times the machine halts. The cause of the sewing machine halting which reduced the efficiencies of the machine was found to be torn threads. In order to maximize the efficiencies the experimental design technique was utilized to find the optimal values for five types of cloth: polo tc-cool cotton jacket and shirt. The method involved three nested designs which are the type of thread number of sewing layers and thread-hole size. The three thread tensile levels experimented were low (2 oz.) medium (5 oz.) and high (8 oz.) and the response was the number of times the machine halted in the span of 30 minutes. The ANOVA (Analysis of Variance) used for the experimental design showed that the three factors significantly affected the machine’s halt. The number of times the machine halted was used to create Surface Plot with polynomial trend-lines and the quadratic equation was applied to determine the optimal value for each type of thread number of sewing layers and thread-hole size. The values obtained were then set for another experiment the results of which were that the sewing machine halted less frequently and the efficiencies thus increased about by 77.01%.