The objectives of this research are 1) to study perception and understanding the industry 4.0. 2) to study and analyze factors into the industry 4.0 and 3) guidelines management for towards University of Technology for Industry 4.0. The population of questionnaires : Supporting Staff Academic staff and students University of Technology in Thailand. The sample group was 626 personnel. The statistics employed for data analysis were frequency and percentage. Together with Interview the President or a representative of the University of Technology in Thailand in amount of 15 people. The results were concluded that all University of Technology have been prepared to towards University of Technology for Industry 4.0 that 1) training and public relations about industry 4.0 for all staff in University of Technology. However due to the potential of each university was different to influence perception and understanding of Information. Most academic staff will have a better understanding about industry 4.0 than supporting staff because academic staff must be improved teaching research and application to work. The all staff should learn new self-development even more. 2) President of all University of Technology have explicit policy about industry 4.0. Some universities were planning or implemented educational focus which especially course syllabus.However due to the potential of each university was different to influence improve course syllabus towards Industry 4.0. Therefore all University should review strength a joint strategy in all sectors focus on the development of students and industry and using resources wisely which to develop and change market position of all University of Technology. Including the creation of attractive to study for high ability students source of investment funds from public-private and partnerships from global industry which this important for driving the cluster towards Industry 4.0 in Thailand.

The purposes of this study was to investigate the essential component of software development competency for new graduates before entering the Thai software industry sectors and to develop training courses software development competency. The sample of this study consisted of 402 software’s entrepreneurs and 30 new graduates in software development. The instruments used in research were questionnaire in-depth interview and the assessment of the satisfaction of trainees. The statistics used for data analysis were arithmetic mean standard deviation and Exploratory Factor Analysis (EFA). The findings of the data analysis indicate that there are seven competency factors: the software development on mobile devices individual factor for software career software testing and presentation use of software development tool knowledge of business process for software development concept of software development and English for communication and ASEAN knowledge. A software development on mobile devices was the most important competencies for software industry and therefore the training for new graduates was set up based on Application Development on Android. In addition the participants were satisfied with the training at very good level.

This thesis proposes technical performance evaluation and economic decence for the combination of harmonic correction devices in Industry. Currently an electronic device is popularly applied in power network. Although it is a higher performance device than the existing device it still causes the power quality issues and then network failure. Especially harmonic disturbance in the network it is a harmonic source that generates harmonic current into the network. Many types and solutions are available in the present time therefore the suitable and optimal financial solution must be considered. A network model for the analysis of harmonic correction devices suitable solutions and optimal financial has been established in the simulation software that bases on the power and Break Even Point (BEP) equations. The results of analysis shown that the performance of harmonic correction devices suitable solution and BEP of investment in match to the using of a detuned filter bank and an active harmonic filter (case 8) thus these information will be valued for the end-user.

Development of packaging from the shell and the rest use from processing industry jackfruit. The objective is to bring the debris to the jackfruit is the food. Use of design and manufacturing of sintered products scrap plywood sheet until Jack reached for the packaging of food or of use in everyday life to design and develop packaging started from the study data. Design of experiments to guide the experiment operation catalyst jackfruit plate compactor and a product design template packaging. By found that Shells components should be used. Skin of the jackfruit core of the jackfruit wood has the appropriate qualifications. The use of any part in the compression is having trouble procuring raw materials and unique features not suitable to adopt the actual properties of plywood scrap jackfruit is sticky but strong enough flexibility in the design and manufacture of packaging and the smell of jackfruit which is unique.

This research study design and furniture from wood waste material in the furniture industry for residential medium. Study materials made from wood chips in the industry to create commercial benefits. And study furniture styles for residential medium which has a lot of current. Including testing standard furniture from wood chips in the industry standard for the structure of the furniture design. The model home furnishing materials wood waste material from interviews with experts in the design. Conclusions regarding the manufacture and design of a study to determine specialists as appropriate. Researchers have taken a home furnishing is correct. Then residents of the residential-sized survey about home furnishing 30 who works as follows. Front of the house. The average was 4.6 most of the comforts average was 4.6 most security average is 4.75 most of the design value is 4.7 the overall satisfaction is at its greatest. The test standard furniture. The testing of materials furniture grass. Static force acting on the basis of a test ride. The static force exerted on the backrest. In the test criteria. The static pressure test on the arm to the side and the force acting on the wing surface at the head. In the test criteria. The static pressure test on the press arm. In the test criteria. Criteria to test the force exerted on the seat and the backrest against the switch. In the test criteria. Force acting on the basis of the test. In passing the test. The impact tests and shock at the surface of the bracket. In the test criteria. Criteria for testing for the one side then drop free In the test criteria.