This research aims to 1. Study the Tourists’ Satisfaction toward Amenities on Burmese temple’s in Lampang and 2. Study the opinion of community toward Amenities on Burmese temple’s in Lampang. The research population is 280 people by interviews and surveys. Research conducted between January 2017 to June 2017. From the history of Lampang. There is a temple built by the Burmese or a fine art form on architecture fabrication together with the Buddha’s appearance is a Burmese and in the past even a monk is a Burmese who has traveled to Thailand. As a result Lampang is another province. The temple is built in the beautiful Burmese architecture. Let’s learn to learn many. But it is not widely known The research found that The most popular tourist destinations are Wat Pa Fang Wat Si Chum Wat Si Rongmuang Wat Mon Poo Yak Wat Mon Cham Sin Wat Tha Ma O Wat Chai Mongkol is a measure of importance. Has a long history Value for conservation. The art of faith religion history. It has not been well managed and has not the potential to provide for Cultural Tourism. However after the Tourism Authority of Thailand launch campaign of 12 cities you Can’t Say No. Lampang is one of the provinces in the project. The researcher is expected that Lampang and the Tourism Authority of Thailand are cooperating to discuss and generate models of cultural activities for the development of touring sites in Lampang.

The purpose of this project were to study floor lamp from indigo dyed fabric process of condominium. The researcher were interested in floor lamp from indigo dyed fabric product that could be used practically and beautiful. It were inspired by the mangrove tree root that grew out of the trunk to adhere. It made the mangrove tree root shape look like legs outstretched to suit for making it. The result of the floor lamp from indigo dyed fabric design were the shape obtained from the root of the mangrove to make the floor lamp from indigo dyed fabric design for use. It found that the floor lamp indigo dyed fabric could be used in residential condominium as well. There was a light that was not too dull or translucent when the light turned off. It would be beautiful when turned on to make the color and pattern more sharply.

The purposes of this research were: 1) to developed innovative style Gentleman Bag from Karen Cloth Lamphun and 2) to transfer the technology from innovative style of Gentleman Bag from Karen Cloth to develop the community product standards. A sample was selected from tourists in Lamphun drawn from Purposive sampling including 100 people and 20 Karen weavers from Phrabat Huai Tom Community Na Sai Subdistrict Lamphun Province. The instruments used in this study were satisfaction questionnaires of Gentleman Bag from Karen Cloth Lamphun and 5 styles of products from Gentleman Bag from Karen Cloth Lamphun. The statistics used in data analysis were percentage mean and standard deviation. The results of this research showed that most of the tourists are male aged between 36 - 45 years civil servant and state enterprise employee. The satisfaction with the Gentleman Bag from Karen Cloth was in the highest level the highest average was the exquisiteness of the product followed by the durability of the product the size of the product is suitable for use decorative materials and product performance. The transfer of technology from the innovation of the gentleman bag from Karen Cloth Lamphun province was to develop the standard of community products found that weavers in Phrabat Huai Tom Community Group Na Sai Subdistrict Li District Lamphun Province have knowledge and understanding of prototype of gentlemans bag products from all 5 styles of Karen weaving. So the pattern can be cut and sewed correctly according to the prototype. And has guidelines to set standards for products for use as a basis for certification and quality assurance for consumers.

This paper presents the method to reduced electromagnetic interference from electronic drive for LED lamp to achieve the TIS standard No.1955-2551. According to standard it must have been tested for magnetic field compatibility that are included Magnetic Field Emission: ME Conducted Emission: CE and Coupling Decoupling Network: CDN. The 3 LED lamp which defined as Type A B and C were tested. Each lamps has 16 watt electric power and was different electromagnetic interference of electronic drive. After that the reduce electromagnetic interference circuit has been designed for low frequency. This circuit test was based on Conducted Emission test only. The integrated design was preferable to reduces electromagnetic interference for LED lamp drive device type A to the TIS. standard No. 1955-2551. That design circuit was been trialled in LED lamp drive device type B and C in order monitor efficiency of reduce electromagnetic Interference. The results showed that design circuit can reduce electromagnetic interference from LED lamp drive device type A and B to the standard. For LED lamp drive device types C the design circuit can reduce electromagnetic interference but it still has not achieve the standard.

The objective of this research is to reduce waste in the production ceramics of Dadear Ceramics Factory in Lampang Province. The 7 quality control tools (7 QC Tools) were implemented including Check sheet Graph Pareto diagram and Fishbone diagram were used in analyze problem and solve the problems. It was found that most of the wastes come from burning ceramics process. The kilns and wheelbarrow has been used for a long time furthermore the equipment and parts were damaged from lack of maintenance. The non-standard of product arrangement method into the furnace were the cause of waste. Thus the researcher were improve wheelbarrow into the kilns and design a fixture to help worker to product arrangement. The results of the research which geathering data from quality inspection department. Then comparing data before the improvement (between September to December 2013) and after the improvement (between November 2014 to February 2015) the wastes are reduced from 8.97% to 0.29%. The result of improving is very efficiency because it can reduce the wastes to 8.68%.