This project presents the development of wearable device for logging cow behavior using IoT technology. This project aims to develop the device that can collect the cow’s behavior and to identify the current position of cow. The accelerometer and ultrasonic sensors are used to measure walking behavior and sitting behavior respectively. The current position of cow is measured by GPS module. The measured data will be shown and stored in IoT platform. According to the experiments the developed systems can measure the behavior properly with human acting as a cow. Moreover the developed system can show the current position of the cow and message when the cow is out of area. In the future it is planned to implement the developed system with the actual cow in real situation

This project aims to develop the guidebook of historic site in Dusit area via augmented reality and to support cultural tourism in providing historic site information. The guidebook is created with nine historic sites in Dusit area which are Benchamabophit Dusitwanaram Temple Devarajkunchon Temple Sukhantharam Temple Mai Thongsen Temple Ratchaphatikaram Temple Ratchaphatikaram Temple Bot Samsen Temple Ruan Mor Phon Museum Parutsakawan Palace and Suansunandha . It is developed by using the SketchUp Pro 2016 the Unity 2017 the Vegas Pro 14.0 and the Photoshop CS6. The results show that tourists can use the guidebook of historic site in Dusit area for basic information. Inside the guidebook there are history of historic sites and bus. Moreover the QR-code can be scanned with augmented technology for information of historic site as English video providing history of historic site and 3D model of historic site with 9Dusit application.

This project proposes a simulation model of intelligent parking system that has the ability to search for vacancies in the building or parking through mobile phones using voice command. The purpose of this project is to be convenient and quick in searching for parking spaces and to count the number of car entering park area each day. The developed system uses the NodeMCU ESP8266 microcontroller to detect the vacancy status and count the number of users of the parking lot using infrared and ultrasonic sensors. The collected data will be sent to Firebase database. For voice command system it is developed by using Dialogflow to create ChatBot and connect with the Google Assistant. Users can interact using voice to search the vacancy in parking area directly. From the experiment it is found that the developed parking lot system can display the vacancies correctly. When increasing the number of cars into the parking lot the system can display the status that has changed correctly. Moreover when inquiring for parking the system can find the nearest vacancy for user. In the future there are plans to develop additional equipment and implement the proposed system in real locations.

This thesis is intended to design and develop packaging for aromatherapy products.The problems found in the area and observation are that the original packaging is made of plastic. Which plastics are materials that are not friendly to nature and are expensive Packaging is not unique. Can not separate the smell of each product smell. Because using all the same graphic packaging all smells And the graphics do not attract enough attention from consumers There is no floor to display products that are suitable and proportional.Is a major cause that requires the design and development of the structure and graphics on the packaging and the disply. The results of the research concluded that The packaging structure design has the highest level of satisfaction among the 3 experts.With an average of 4.58. The graphics on the packaging have the highest level of satisfaction among the 3 experts. With an average of 4.74. And the display has a high level of satisfaction among experts. With the average value of 4 and the satisfaction in the consumer packaging is the highest level With an average of 4.05. And the satisfaction in the consumer packaging is at the highest level With an average of 4.05 and consumers are satisfied with the most fragrant pillow packaging With the highest level of satisfaction with an average of 4.17. Followed by a large pack of soap With the highest level of satisfaction with an average of 4.12 and the third being small soap packaging With the highest level of satisfaction with an average of 4.12. The display has the highest level of consumer satisfaction at an average of 4.06

The purpose of this thesis is to design and develop packaging for educational products and to develop packaging products from processed Queen tomatoes from the Don Tum Subdistrict Community Enterprise. Nakhon Pathom To create identity for the product and to achieve the efficiency of the packaging for processed Queen tomato products from the Queen of Don Tum Subdistrict Community Enterprise Objectives 1. To design and develop the packaging structure. 2. To design the graphic packaging to be consistent with the organizations identity as well as to communicate clearly to the consumer. 3. To design the product display with the product that has developed the packaging. There are different forms of structure and graphics that do not go in the same direction therefore designing the packaging to be interconnected through the form of graphics and structures. By selecting the processed agricultural products from Queen Tomato of Don Tum Subdistrict Community Enterprise Nakhon Pathom Come to design 5 types namely fresh Queen tomato Dried tomato Fresh Queen tomato juice Queen Tomato Powder And tomato sauce for meat This step of the art thesis The researcher has interviewed entrepreneurs. Collect data to bring to the design development. By interviewing from experts in 3 aspects and preparing a satisfactory evaluation form for project design In order to study each type of design to produce the packaging model and collect statistical data for data analysis with the average percentage From the analysis of the efficiency of the study and development package of processed agricultural products from tomato Queen Of Don Tum Subdistrict Community Enterprise Nakhon Pathom Province Type A the results of the evaluation of packaging structure for processed agricultural products from Queen tomato of Don Tum Subdistrict Community Enterprise Nakhon Pathom province has an average of 4.75 which is in very good condition. Type B the graphic performance evaluation on the packaging for processed agricultural products from Queen tomato of Don Tum Subdistrict Community Enterprise Nakhon Pathom province has a mean value of 4.66 which is in very good condition. Type C The evaluation of the performance of exhibiting products for processed agricultural products from Queen tomato of Don Tum Subdistrict Community Enterprise Nakhon Pathom province the product has an average of 4.50 which is very good.