This thesis fashion is intended to study the development of a apparel model that reflects the beauty of wisdom. Silk cloth by study of patterns and Yotkan woven silk weaving to develop a ladies style costume. By bringing the appearance of the material and that can be taken and the pattern and color of silk to blend with clothing techniques. On the costume make the wearer elegant and reduce the cost of Dasuea fabric from the silk cloth. The tools used in this study are two analytical types including material and weaving equipment with 2 aspects of analytical analysis. 1) Layout 2) pattern and type fabric analysis silk prairie with 2 side analysis criteria 1) pattern 2) color focuses on physical characteristics and overall analysis to create a apparel model. The outcome of the study showed that the appearance of the material and weaving equipment looks as a geometric shape. There is a clear layout and appearance of silk fabric Khit and Jok fabric providing a beautiful pattern and the information that has been applied to the apparel design by pay attention to the theme and choosing the right silk cloth to cut into the clothes to make the costumes look beautiful and attractive. It also reduces production costs.

Nowadays Thailand is realizing the economic value of earthworms. Earthworm farming is a driving force that can stimulate the Thai economy. The objective of this project is to measure the humidity and temperature properties of the worms the two boards are circuit boards in microcontroller. These are the WeMos D1 ESP8266 board and NodeMCU ESP-32S board. The WeMos D1 ESP8266 board to measure the amount of water and temperature of of the soil and can turn the water supply on or off automatically. The NodeMCU ESP-32S board has a database system to collect real-time humidity and temperature data. The data is processed and displayed via a web interface. The experiment showed that in regard to earthworm farming the soil moisture alert system in the earthworm closet has a temperature accuracy of 28.5°C. The top soil has a humidity accuracy of 65% the middle soil has a humidity accuracy of 67% and the lower soil has a humidity accuracy of 67%. This allows the ideal moisture and humidity levels for the propagation of earthworms to be maintained. The alert system displays the temperature and humidity in the earthworm closet and can turn the water supply off if the soil moisture level gets too high for the worms - this can all be monitored via the web application. .

The purposes of this special project were to produce the public relationship Ecotourism at Suphanburi Province and to evaluate the satisfaction by 200 people when they participated with travel manual by online questionnaire. The satisfaction to analyze by using frequency deviation average and percentage. The result occurred that the satisfaction of the reader was in high level. (𝑥̅ = 4.20 S.D.= 0.48) Keywords: Public Relations Guidebook Hoop Khao Wong Reservoir

The objectives this special project were to produce the Chao Phraya Cruise 3D Motion Graphic media and to study about the satisfaction of the audiences who watched Chao Phraya Cruise 3D Motion Graphic which the target was 100 of foreign tourists and Thai Tourists. Under this study the statistics used for analyzing the data were frequency percentage average and standard deviation. The study indicated that the samples were satisfied with the Chao Phraya Cruise 3D Motion Graphic about content was at a high level (= 4.41 S.D.= 0.66) and about quality was at the highest level (= 4.63 S.D.= 0.58)

The purpose of this research is to develop a hot air dryer using waste heat from a200 liter kiln for drying bananas and to investigate its drying performance. The main parts of the dryer consist of the drying chamber that has dimensions 0.71x0.83x.091 m3 the air circulation system and a heat exchanger which receives waste heat from the exhaust tube and kiln surface. The dryer was developed by designing a drying chamber on the top of a 200 liter kiln to reduce heat lost in the structure and an exhaust gas heat exchanger was developed using groups of copper tubes for increasing then heat transferred to the air. The drying performances were analyzed by measuring specific drying rates and specific energy consumption. Experiments were performed under different temperatures of 60 70 and 80℃ And at a constant velocity of 1.8 ms-1. Eucalyptus was selected as the heat source. Thirty kg of peeled bananas were prepared at an initial moisture content of 241.19±31.50% dry basis and were dried until to final moisture content of 48.47±10.46% dry basis. All experiments were carried out in duplicate. For temperatures of 60 70 and 80 ℃ the ave age specific drying rates were 0.085±0.0004 0.114±0.0009 and 0.1277±0.010 kg water h-1kesolid-1 and the average specific energy consumptions were 1.42±0.055 1.21±0.355 and 1.04±0.074 MJ/kg water respectively. Some dried bananas had burned at a temperature of 80℃ so at temperature of 70 ℃ was the optimal condition in this experiment. This produced good color a high specific drying rate and low specific energy consumption.