The purpose of this study is to develop video media and find the effectiveness of practical fruits vegetable carving and banana leaf teaching to be efficient according to the criteria 80/80 and to study the students satisfaction towards video media of practical fruits vegetable carving and banana leaf teaching. The sample group used were 35 2nd-year undergraduate students Department of Home Economics Business Administration Faculty of Home Economics Technology from the Rajamangala University of Technology. Then divided into groups to estimate assessment form was used for media quality as well as student performance assessment form and also satisfaction assessment form was used data were analyzed using descriptive statistics and Inferential statistics. The results showed that video media of practical teaching fruits vegetable carving and banana leaf from 4 videos including 1. Vegetable carving 2. Fruits scooping and peeling 3. Petal folding from banana leaf and 4.Making ware from banana leaves. The overall media quality in terms of content is very good with an average score of 4.80 and a standards deviation of 0.18 The overall video quality is in very good condition an average score of 4.62 and a standards deviation of 0.42 which is effective 81.57/89.55 every performance exceeds the threshold which performs above the set regulative specified criteria of 80/80 the students satisfaction towards video media of practical teaching fruits vegetable carving and banana leaf overall all subjects were in the highest criteria with an average of 4.72 and standards deviation 0.48

Vegetable Growing System has an absolute requirement of nutrients and minerals. The microbial application can facilitate in addressing limited access to chemical fertilizer concerns. Moreover the photosynthetic microorganism community can contribute together in nutrient availability for plant growth. This research aims to develop an automatic hydro-organic vegetable growing system. Moreover the analytical of photosynthetic microorganism growth rate in fermented juice was also observed within three months in terms of temperature pH electroconductivity total dissolved solids mixed liquor suspended solids and phosphorus. The efficiencies of an automatic hydro-organic vegetable growing system were also monitored along an experimental period (45 days of operation optimization). The vegetable growth rate was observed in terms of leaf length leaf width and root length. These experimental results showed that the phototrophic growth of photosynthetic microorganisms should the main bacterial activity at daytime operation and vegetables could grow by using fermented juice. The photosynthetic microorganism concentration and nutrients concentration in fermented juice was significant to promote the productivity of vegetable growing which the photosynthetic biomass is rich in proteins and vitamins. Besides this system can be easily applied and also very cost-effective for agricultural practice and frequent maintenance every experimental run was necessary.

Potential development of food products for the elderly from the residue after harvesting of the farmer group. Saraburi province towards sustainable commercialization Is intended to 1. Study of the residual waste after harvesting of Pak Wan Pa of the farmers group. Saraburi was developed into a pastry product. Thai snacks and snacks Thai food Processed meats And packaging for the elderly towards sustainable commercialization Of farmers group Saraburi 2. To study the quality of baked goods Thai snacks and snacks Thai food Processed meats And packaging for the elderly to be commercially sustainable by removing the residue after harvesting the sweet wild vegetables of the farmers group. Saraburi 3. To study consumer acceptance (Consumer test) towards baked goods. Thai snacks and snacks Thai food processed meats and packaging for the elderly to sustainable commercialization from farmers group of farmers left behind after harvesting. Saraburi Province and 4. To transfer technology to develop potential food products for the elderly from the leftovers after harvesting of the farmer group. Saraburi province towards sustainable commercialization In the study of consumer acceptance of fat-substituted buttercakes it was found that the appearance aspect was most satisfied. Accounted for 44 percent. Colors were the most satisfied. Accounted for 53 percent. Flavor (butter) was the most satisfied. Accounted for 58 percent. Flavor (butter) was the most satisfied. 46 percent of the taste was the most satisfied. Accounted for 58 percent. The texture (softness) was the most satisfied. They accounted for 53 percent and overall liking was the most satisfied. Representing 55 percent of Vietnamese pork products Can add boiled sweet parsnips at 4 percent with the most liking scores. Physical quality Has a texture has a good fit is not harsh Flexible Chemical quality was found to have protein content. Coarse fiber content than other products on the market. It can be stored in a vacuum PE plastic bag at 4-7 degrees Celsius for 15 days. Able to add fresh sweet pea at 2%. The panelists rated the taste the most. Physical quality Found to be the most crispy when using microwave technology And chemical quality was found to have more coarse fiber content. And has a lower amount of fat carbohydrate and energy than other products in the market It can be stored by packing in a zip lock foil bag. And seal the bag for a period of 25 days. Consumers accept the product. Which is good for the health of consumersdegrees Celsius. It was found that the shelf life was 6 days along with 49% of consumers who liked it very much bought 81% of the product and accepted 89% of the product. Type 4 Red Curry Pa Wan Pa Roasted Chicken Breast Method 1 Boiled Brine 1 The method was the most suitable method for preparing wild sweet berry leaves with a pH of 5.07oBrix value at 9.90oBrix salt value at 7.70. The panelists rated a moderate preference. And to study the changes between the storage of products of red curry leaves Pak Wan Pa grilled chicken breast Keep at temperature.

. This research aimed to study the acidification processes of carving vegetable using acid conditioning machine under emperature and pressure control which was developed in this study. Four acidification procedures were done at normal atmospheric pressure (method 1) under vacuum pressure for 10 (method 2) and 20 min (method 3) and vacuum pressure alternating with normal atmospheric pressure for each of 1 hour. There were two main parts of acid conditioning machine including the temperature controller inside the pickle tank and heat conductor tank and the pressure controller inside the pickle tank. The pickling temperature was stabled at 40oC under the pressure of 0.5 Bar. PLC (Programmable Logic Controller) program was used to write the ladder for controlling all processes and display through SCADA system. The results showed that the acidification method by soaking the carved-rose carrot under vacuum pressure alternating with normal atmospheric pressure showed the shortest time to equilibrium by 7 hours. Then the carved-rose carrot was packed in the glass jar followed by sterilized in boiling water for 15 minutes and stored at room temperature for 7 days. Total bacteria count Escherichia coli and Yeast-mold were not exceeded than the standard limit. Staphylococcus aureus was not detected throughout the storage periods

Objective of this research is to research intelligent hydroponic vegetable cultivation control system for farmers. This is a group of lettuce that needs acid-base (pH) and conductivity (EC) in the same system on the planting table with Dynamic Root Floating Technique System (DRFT). By using Internet of Things (IoTs) devices as sensors For controlling the on-off system of the water filling system the on-off of nutrient solution A and B as well as the water spray system to reduce the temperature at the vegetable growing table. The developed hydroponic vegetable control system can effectively replace the workers labor. Vegetables grown are of the same quality used by farmers. Therefore the developed salad cultivation system could be used as a substitute for farmers. It has an easy to use control system.