The purpose of this study was to produce a VCD on Design and Development of Textile Products from Surin Silk for the training program entitled “Design and Development of Textile Products from Surin Silk : From Folk Wisdom to Internationalization” The instruments of the study created by the researchers were : the VCD a learners’ test an experts’ evaluation form and a questionnaire on learners’ satisfaction. Fifteen people in Surin were randomly selected for the efficiency test of the VCD. The tests measuring E1 and E2 were taken after they had learned one lesson from the VCD. The result revealed that the VCD had the efficiency at 82.66 / 84.33 which was higher than the 80/80 criterion and was rated “much satisfied”.

Devlopment of Screen Printign Devices Prototypes for Textile lndustry was a research project which it was established to solve the practical learning of the faculty of industrial textile and fashhion desing students at Rajamangala University of Technology Phra Nakhon. This set had 3 important machines such as a self assembly aluminum block screen an automatic aluminum screen could saved the saved the screen fabric1.76 m2 reduced the chemical usageand waste minimization in the process.The practical time reduced from 16 minutes to 1 minute using the automatic aluminum screen coating. The efficiency time was 97.81. The 400 gram emulsion consumed obtained the thin film layer on the screen fabricand evenness.The sharpen pattern displayed when the exposed time was 3minutes.Moreoverthe drying and fixation machine was completely for natural fiber and synthetic fibers at 80-180 C. Therefore the Screen Printing Devices Prototypes was effectively used in textile industrialdispose of the practical learning problemraw material savingand waste minimization adjacent to clean technology process.The prototype set was produced by house equipmentsand extended for textile industrial.

Undergraduate educational management of Rajamangala University of Technology Phra Nakhon has mission point to science and technology vocational based on quality professional workers. Applied technologies on the engineering works have continuous and high progress. The researchers want to emphasis with human development for stepping up to professional works in The life long studying on working period of faculty of industry textile and fashion design Rajamangala University of Technology Phra Nakhorl. The research objectives are as follows: 1.To know they want to add more performance or to change from nature of the undergraduate field to others 2.To make the teaching discipllries for gain their standard lffiowledge higher 3.To study the life long studying on working period offacuity students and alumni. Domain of research and the participant groups 1.students who studying at Rajamangala University of Technology Phra Nakhon 2.Alumni want to change their graduated field to others or gain their performance. The research results found that the platforms are according to require on the life long studying in faculty of industry textile and fashion design have to stress on teaching for gain their performance with technology involvements such as production process coloring process textile printing graphic design and computer cutting forms according to short period not more than 6 months for studying. The discussions from participants point to continue to study for gain their performance first because economics rapidly changing and several firms want the best persons. They have a lot of best knowledge worker and high performance to work with them. The participants require 1-6 months for studying because the competitive workers in the specific working markets.

Printing Design Reflects of Identity Wisdom Pha Jok Tai-Yuan Weaving for Toward Value Added on Tourism Products that reflects the identity of the wisdom of the capital provinces and to design a product from the souvenir provinces to add value to the travel groups with a trademark of the broad trade a trademark of the brown trade an application of the transmitters of the transmitters Data analysis uses descriptive data analysis in combination with statistical data to analyze pattern data and use the data obtained to develop patterns that reflect the identity of Pha Jok Tai-Yuan Ratchaburi together with the survey of satisfaction of the sample consisting of entrepreneurs. design of fashion and fabric motifs. The number of five people includes consumers and tourists in the Kubua community at Wat Kholong Suwankhiri. Ratchaburi City (100 people) with printed patterns and souvenirs developed to increase the value of tourist goods The study found that the Pha Jok Tai-Yuan pattern in Ratchaburi province has unique patterns that can be divided into two groups: the main pattern and the assembly pattern. The two groups are applied to the design of the modern but unique pattern of the Pha Jok Tai-Yuan pattern in Ratchaburi province. The souvenir product from the sample satisfaction survey found that the samples were satisfied with the development of prints and product patterns. The development of patterns can reflect the identity of the pattern is average overall satisfaction 𝑿̅ = 4.28 . To promote the tourism of the community and the development of local products to inherit the wisdom of local products to be produced as souvenir products to help the community earn more revenue from selling products.

Tiaxial hand waving is craftsmanship for a long history and widespread utilization. This research aims to devise a new triaxial weaving technique with a modular hexagonal triaxial weaving frame. The main structure of the modular hexagonal triaxial weaving frame is as follows: The frame is an equilateral hexagon with a side length of 50 centimeters the inner frame is a hexagonal steel rigid frame the outer frame is wood can be disassembled to the steel frame. There are two types of outer frames the first for weaving with yarn. The wood is grooved into a V-shape with 15 grooves per 10 centimeters. The second type is for weaving with stripes. The wood is flattened 7 grooves per 10 centimeters. Triaxial weaving tests with a modular hexagonal triaxial weaving frame showed that 1) triaxial fabric with basic pattern are characterized by three directions (triaxial) of yarn intersecting at 60 degree angles amounting to 15×15×15 strands per 10 entimeters This creates an open structure. 2) triaxial fabric with dice pattern modified from plain weave with two warp set (the Y and Z warp sets) and one weft set(the X weft set) amounting to 16×17×27 strands per length of 10 centimeters. 3) modified from twill weave with three sets of yarn amounting to 16×16×27 strands per length of 10 centimeters. It can be seen that modular hexagonal triaxial weaving frame as a laboursaving device enables weaver to employ complex weaving pattern in their triaxial fabric and showcase many creative possibilities that move away from the conventional fabric.