This research aims to 1) To analyze the situation of logistics and supply chain of healthy ready to eat meals that sold via online. 2) To study a framework of logistics and supply chain development in value added healthy ready meals that sold via online. 3) To practically benefit in making money from online business in the future which Thailand is entering the digital society according to the policy of Thailand 4.0. The researcher has a desire that this study will contribute to supporting the use of digital technology in business for creating alternatives decisions and system management together with the development of the product category. Hence this enables building long-term competitive advantage for entrepreneurs and reduces the complexity from the use of digital technology which plays a role in in Thailands infrastructure and logistics and supply chain management. In this qualitative research the study sample includes seven full-time or parttime entrepreneurs selling healthy ready meals that sold via online in Bangkok and vicinities. Data collection is conducted through interviews. The study found that the locations of six online healthy ready meals sellers are in Bangkok and one in Sumutprakarn. Four sellers provide delivery service in Bangkok and vicinities and three only in Bangkok. Six sellers provide food ordering channel via Line Application five via Facebook three via phone call two via Instagram and one via a specific food ordering application. Three sellers have more than 21 menus while two other sellers have 8-14 and 15-21 menus. There is no seller whose menus are less than 7. Most of the payment methods which six sellers provide are through bank transfer two sellers by cash and two sellers by credit/debit cards respectively. This research can be concluded based on the objectives of this research as follows. 1) Situation of popular online health products. Health-conscious consumers are becoming more interested in food consumption. The suitable calorie intakes are calculated each day and non-toxic ingredients and safe cooking methods are used. It is found that food delivered directly to consumers must have the appropriate supply chain with logistics activity management in order to be consistent with product category and consumers who are of working age that have no time to cook or eat at a restaurant. Some people think it is impossible to cook as their work is too busy. Therefore they decide to order food online for convenience while they can still take care of health. 2) In studying the framework it is important to pay attention to raw materials coordinating with suppliers of raw material method and workspace of the cook delivery to customers customer relationship management and 3) Practical benefits in making money from online business in the future which Thailand is entering the digital society according to the policy of Thailand 4.0. Therefore consumer behavior has changed and it is possible to use technology that is the driving force of the food business the technological development along with logistics management and supply chain management in quality preservation cooking of ingredients transportation and after-sales service. The use of technology can shorten the supply chain because the manufacturer can directly deal with the customer. It can solve the problem or improve the ability of the business directly which will add value and enhance competitiveness. As a result the business will be growing and competitive in the long run. Suggestions for online food entrepreneurs are the risk of miscommunication and careless transportation that ignores customer details which can cause loss of customers despite not the food quality. Therefore entrepreneurs need to manage supply chain quality thoroughly. Moreover the online healthy food entrepreneurs should regularly monitor the quality of raw materials to build credibility so that customers will make the purchase decision once they know the product and then repeat purchase in the future.

This research is the study and development of the information system for managing resources and database by focusing on the workload academic teacher (WAT) systems for the teachers worked on the Faculty of Science and Technology Rajamangala University of Technology Phra Nakhon. The main objective was to develop the WAT systems based on the web-based application (web application) and to evaluate the effectiveness and to assess user satisfaction with WAT systems. The WAT systems were also performed based on the system development life cycle (SDLC) and requirements gathering analysis of existing systems with the paper-based managements to new systems for use in the electronic managements. The evaluation of efficiency of the WAT systems was performed by the information technologists for the functionality of WAT systems resulting in the average satisfaction score is 4.36 with the standard deviation of 0.54. As the same experts the satisfaction of usability such as login procedure choosing the workload issues to easy document upload and filledforms performances etc. resulting in the average satisfaction score is 4.29 with the standard deviation of 0.55. These results provided the high level of experts’ satisfaction. After improving the WAT systems the functionality and the usability of systems were evaluated by usage teachers. It was found that the average satisfaction score of the functionality is 4.21 with the standard deviation of 0.67 and the usability is 3.56 with the standard deviation of 0.96 (n=15). It can be implied that the WAT systems can be applied to practical and responsive to the needs of users.

Nowadays Eye tracking technology is the next challenges of human computer interaction (HCI). This technology can help people all over the worldaccess computers through systems that use gaze control and especially important for people with physical disability. This research presents a system of assistive technology base on an eye-tracking interface while supported the communication system for independent living of persons with disabilities usability. The primary method of this system consists of a selection of pictogram buttons on three websites which used a low-cost eye-tracking device. The evaluation used the throughput of standards for computer pointing devices as a measurement of user performance to look at an on-screen target and dwell on it for 500ms for selection. The results showed that ten participants with a disability can be pointing and selection their overall mean throughput was 1.08 bits/s. Moreover the overall users of respondents were rather satisfied with the system. Consequently eye tracking technology is a great tool for interaction in the web application for a user with a disability.

This research is aimed to develop the Electronic Journal Database Management System: Case Study – Academic Journal and Research of Humanities and Social Sciences Rajamangala University of Technology Phra Nakhon. By developing the online database website we will be able to use this to transfer the information review the articles gather information publish the knowledge and innovation from the study research and encourage University’s officers to have the channel to publish their academic journals and Humanities and Social Sciences research. Also this can be used to publish and announce the news via Internet network and use it as a search engine for anyone who is interested in the journals and researches which can be lecturers students or general public. The method for system development started with the system design and get tested by the specialist. After that the system has been experimented with the sample group of Research and Development section officers and researchers and received the report. The system result information has been displayed via website which is developed using PHP MySQL Dreamweaver and Photoshop The results of Electronic Journal Database Management System development : Case Study – Academic Journal and Research of Humanities and Social Sciences Rajamangala University of Technology Phra Nakhon are based on the sample group who are University’s lecturers and officers. The sample group tested the system by searching for the information in the system. The results indicated that the information was filled in from the sample group and displayed correctly.

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.