The Design of Animation to Promote the Psychosocial Learning of Students at Rajamangala University of Technology Phra Nakhon.1.1) The respondents were male with 20 persons or 50% female with 20 persons or 50%. 1.2) The respondents were 19 in the last 19 years or 40%. 1.3) The respondents liked the two-dimensional model the most were 32 people 80 percent. 1.4) The respondents liked the cartoon. From Japan 32 people accounted for 40%. 1.5) The respondents had the most adolescent adolescent liking 33 people or 82.5%. Design The researcher designed the data analysis. And from the experts. Summarized as follows 1) The animation uses the stop motion format. 2) Length of animation 15 seconds for students or viewers not tired of watching for a long time. 3) The way of animation Use adolescent guidelines to match the age of the sample. 4) Striped pattern is a pattern with a realistic pattern. An assessment of the quality of animation that promotes learning. Students are assessed by design experts. And childrens psychiatrists can be summarized as follows. The respondents were 45 people think the material is 100 percent. Design The study was designed to analyze the data. And an inquiry from the experts Summarized as follows: 1) the story The results of the analysis were as follows: x was 4.36 SD value was 0.05. Satisfaction level was very high. 2) character side The results of the analysis were as follows: x was 4.36. The value of S.D. was 0.05. The level of satisfaction was at the highest level. 3) The design of the scene. The results of the analysis of the average design effect as follows: x is 4.28 S.D. value is 0.36 level of satisfaction is very high. 4) The character. The mean score of the characters was as follows: x was 4.36. The S.D. value was 0.19. The level of satisfaction was very high. The results of the assessment of the five aspects of the Faculty of Architecture and Design Faculty of Engineering rajamangala university of technology phra nakhon University. 1) perception The mean of perceived cognitive performance was as follows: x was 4.23 S.D. value was 0.07. 2) Response The mean of response was as follows: x was 4.33 SD was 0.07. 3) values The results of the analysis were as follows: x was 4.33 SD was 0.05. Satisfaction level was very high. 4) The results of the analysis of the mean of organizing the values were as follows: x was 4.27. The value of S.D. was 0.03. The level of satisfaction was very high. 5) The apparent aspect of x-values was 4.35. The S.D. value was 0.05. The level of satisfaction was very high.

This research is Design and Development of Online Network. Providing the Academic Community with the Faculty of Architecture and Design. Rajamangala University of Technology Phra Nakhon. The purpose is 1) To develop online network. Community-based academic service to the Faculty of Architecture and Design 2 ) To design the image of the website. Networking Community-based academic service to the Faculty of Architecture and Design 3 ) To test and evaluate online network performance. Community-based academic service to the Faculty of Architecture and Design Rajamangala University of Technology Phra Nakhon The data was randomly sampling from 240 users and was analyzed by frequency average standardization and ranking.The research finds that the overall satisfaction toward the website development of the manager faculty were moderately at excellent level 4.58 and the standard deviation ofIt also found that the first satisfaction level toward website was in the content and graphic and overall satisfaction of specialist were moderately at good level 4.37 and the standard deviation of 0.69

Economic development from foundations It is one that is considered and used in economic development throughout. Promoting community products is one way to help people in the country especially rural people live a better life. Today more emphasis is placed on the standard of community products. Including promotion. Therefore the packaging for community products should be easy to create which the villagers may create themselves. They are made from cheap raw materials or easily found in the community such as agricultural residues. There is a lot left over. It is also used to lessen the papaya. The research in the past research of the researcher to obtain information. About the papaya fiber. Can form sheet. The line in the basket. And in the fiber inside the papaya soaking time. When we peel the outer shell and the flesh in the decayed. The fiber is connected to the net It can be made into paper. If we develop paper production process using papaya fiber. Control the size and quantity of fibers. Has a good collider helps in adhesion. We can produce cardboard from papaya plant fibers. And the fiber in the mesh. Can also be used as a liner (Liner) with the nature of the current. Also can be sealed on corrugated paper. To get a beautiful textured paper (Texture) unique. Suitable for packaging boxes to promote the sale of community products. As well as other products as well. Research indicates that Physical properties of paper from papaya plant fibers. The paper is different. From the test it was found that the paprika plant fiber paprika on the plate and seal the skin. Physical properties are not suitable for processing into packaging. Because of the high thickness and fold lines do not match. Because the fiber is hard surface seal. When folding so frame And broken easily. Packaging of papaya plant fiber packaging. The paper is different. From the tests all three types can be packaged well because of the high strength of the fiber. There are also beautiful patterns. Can increase the value of the product as well. But the package of papaya fiber that is sealed with papaya fiber. The fiber is crisp in the body when folding. Fiber is broken. The satisfaction in paper packaging from papaya plant fibers. Based on three case studies the user satisfaction was assessed. Cardboard from papaya plant fibers up unprotected skin. Satisfaction was at the highest level. Cardboard from papaya plant fibers up the sheet and seal the skin. The satisfaction of the sample was at the highest level. And the corrugated paper seals the skin with a sheet of papaya. The satisfaction of the sample was at the highest level.

This research is the study and design of the physical environment in response to applications for the elderly: a case study to improve the physical environment of the Center for Social Welfare Development elderly. Pathum Thani This study is to improve the physical environment of the Social Welfare Development Center for the elderly. Pathum Thani The benefits in terms of public education and find a style that suits the physical environment for the elderly which has a lot of current. The standard test for standards in the design of the physical environment in response to applications for the elderly. The study and design of the physical environment of the Social Welfare Development Center for the elderly. Pathumthani interview from design professionals. Concluded in the production and design of the model the researchers examined the experts as appropriate. The researcher has taken the form of physical environment of the area for correction. Then the residents living in the questionnaire about the usage patterns of 200 people which is as follows. The front living An average of 4.85 more convenience average of 4.55 more security average is 4.75 the design average is 4.95 the highest overall satisfaction is at the highest level. Then test the furniture Found that the test kit furniture The tests of static force acting on the seat. And static force acting on the backrest. In the qualifying test. Testing criteria of the static pressure exerted on the cantilever side and the wing stays static head. In the qualifying test. The tests of static force acts pressing down armrest. In the qualifying test. The tests of force exerted on the toggle switch and the force acting on the seat backrest. In the qualifying test. The force exerted on the test criteria. In passing the test Testing criteria regarding the impact on the seat cushion and the armrest. In the qualifying test. Testing criteria for lifting the one side and then released into freedom. In the qualifying test.

The Study Natural Materials to Product Design for Tree Planting. Studying natural materials To design a product for a tree Study on utilization of natural materials. Study and development of natural materials and ratios of various materials suitable for planting products. And compare the properties of natural materials. Made to plant products. To achieve the objectives of the research. Researchers conducted various researches. And present the results of data analysis. The best ratio is natural material: cement: 1: 1.5: 2 water: 695 kg / m 3 Water absorption test of various materials mixed with all three types of materials. Water absorption of soil and glue mixture is best absorbed. The absorption was 88%. Experiment on the swelling of natural materials mixed with all three types of materials. The test results showed that the swelling rate of cement mixed materials. The smallest swelling was 0.332 millimeters (0.08 millimeters). The questionnaire was used to collect data from 150 questionnaires. Statistical analysis is used to determine frequency. Of the 150 respondents about 94.7% of the rubber tree structure was found. 65.3% of the products obtained from the rubber leaves were 49.3%. There were 5 - 10 types of rubber leaves. The 80 respondents commented that most of the products of the rubber leaves were flowers (53.3%). The answer was 132 respondents representing 88%. On the durability of natural products 49.3% said that the products of natural materials are durable medium. There were 10 - 50 species of natural materials 52.7% of them had opinions about 51% of natural plant products. 59% had good quality 53% were good in natural materials 53% satisfied with the color of natural plant products 60% satisfied with the products. At the same time 47% of the products were planted in natural materials 47% of which were of good quality. 98% of tree planting products. The research found that people are interested in products for planting trees from natural materials. It is a combination of natural materials to create a new material with unique patterns. It can also be developed into more products.