This research aims to transfer biogas digester construction technology and application of biogas in household to teachers and students of Suksasongkhro Tak school. They were instructed and trained about biogas digester construction and application of biogas produced from animal manure on household cooking in order to reduce LPG use. A total number of 330 teachers and students participated in the training. Results from 5-point scale questionnaire for project evaluation showed that the highest rank was location duration and food ( = 4.37 SD = 0.67). The second was knowledge utilization ( = 4.33 SD = 0.66). The third was trainers ( = 4.26 SD = 0.65) and the lowest was knowledge and understanding ( = 4.13 SD = 0.72). Regarding level of average post-training satisfaction the highest was 4.44 for knowledge and understanding while the lowest was 4.16 for question and answer. For success of the project it was found that every biogas digester done by participants could produce biogas used in place of LPG and could reduce monthly expense by about 1400 – 1500 baht. The total construction cost of biogas production system was 58000 baht with a payback period of 4 years. For students there were 3 science projects about biogas; including 1) comparison of biogas produced from food remains and animal manure; 2) comparison of biogas produced from pigs and cows manure; and 3) comparison of biogas produced from dry and fresh pigs manure.

This research had an objective to research and development the garments and accessory products from Karen Woven Fabric. There were 3 product types as dress:D shirt:S and accessory:A what they were 15 styles/type. This research was survey research that used the Index of item-Objective congruence questionnaires (IOC) as the major tool. Addition the computer graphic aided was used to design the products under the design principle. The results showed the good level consumer responsibility. The consumer favored of the products followed: for dress was D8 > D7 > D3 > D5 > D1 > D4 > D2 > D10 > D11 > D6 > D14 > D10 > D13 > D12 > D15 for shirt was S8 > S7 > S3 > S5 > S1 > S11 > S10 > S9 > S1 > S4 > S6 > S14 > S13 > S15 > S12 and accessory was A5 > A2 > A4 > A1 > A3 > A11 > A6 > A7 > A10 > A14 > A15 > A8> A9 > A13 > A12. Moreover the whole satisfactions level of the consumer for all products in term of the useful modern style Karen conservation style and color theme were good. All of results were transfer to the target group at Bann YangNamkladtai school Phetchaburi province. The transfer group was satisfied and gain the worth knowledge. This cognition was a way for building the career and produces the commercial products in the future.

This research aimed to transfer technology of biogas construction for applying the biogas in household. The villagers were instructed and trained about digester construction for applying the biogas produced from cow and pig manure. The produced biogas was used as alternative fuel for cooking in household to replace LPG. The research operation was separated to 3 phases. the first was preparation and introduction. The second was instruction and practical training. The last was monitoring and project evaluation. The number of participants was 30. The number of biogas digester pilot household was 10. From the project evaluation by using the five-rating scale questionnaire it was found that the evaluation about cognition showed the maximun level (x=4.42 S.D. = 0.84). The second was about location duration and food (X = 4.36 S.D. = 0.75). The lowest was about knowledge application (X= 4.28 S.D. = 0.77). For the project evaluation of success it was found that every biogas digester can be used and the produced biogas can be used to replace LPG about 1.8-2 hrs/a day/a housenold. They can save the expenditure about 180-200 Baht/a month/a household. The biogas digester construction cost was about 3000 Baht/a household. So the payback period was 1.38 years.

This research has been object to development weaving machine Equipment for weft. Design weave and Instruct technology give community. By make up weaving machine be able to ten The construct equipment for weft to tightness be equal to weft. Design weave and weave to consist Plan choose thread Heddle to tie and Move treadle. Instruct technology give community District Bangsai Amphur Provice Ayutthaya Which get instruct technology Make up weaving machine and design weave. Research result to invention make up Hyacinth weaving machine. Functional be durable Convenient to use in community. The construct equipment t thread Which consist litter move thread Bench to roll and bench t copy Functional be successful. Because of compare weft not pass process for weft at construct will cause thread tightness unequal have impact When divide weft for insert warp Divide weft unequal and Cause weft have tightness Impact when divide weft for insert warp divide weft unequal and break every. Section weft at pass process move weft thread be on as tightness unequal and will cause warp be convenient and not break. Have an effect on weave be convenient and marquisette high-quality. Design that in quantity at equal when design get efficacious change treadle be able to begin new design new design by not design. Instruct technology give community and community get technology and be able to design weave get efficacious. Evaluation from construct invention Design weave and instruct technology cause to know. Possibility that take research give community general and production to commercial continually.