The purpose of this research is to study of Student Quality Process in Rajamangala University of Technology Phra Nakom (RMUTP). There are five investigated aspects namely ; 1) academic 2) Skill 3) Organize 4) Motivation and Attitude and 5) Ethic and Mornlity. The samples were 932 RMUTP students in the academic year of 2006 and the sample size choose by Krejcie and Morgan. The instrument was a questionnaire with 5 level rating scale for each sample. The data were analyzed to determine statistics in terms of percentage frequency means and standard deviation. The result found student Quality Process in Rajamangala University of Technology Phra Nakom were as follows; Academic of students Quality Process at a high level namely; Faculty of Industrial Education Faculty of Business Administration Faculty of Liberal Arts. Faculty of Engineering and Faculty of Mass Communication Technology. Academic of students Quality Process at moderate level namely; Faculty of Home Economics Technology and Faculty of Architecture and Design. Skill Organize Motivation and Attitude of students Quality Process at a high level of all Faculty. Ethic and Morality of students Quality Process at a high level namely: Faculty of Industrial Education Faculty of Business Administration Faculty of Liberal Arts. Faculty of Engineering. Ethic and Morality of students Quality Process at moderate level namely; Faculty of Home Economics Technology Faculty of Architecture and Design and Faculty of Mass Communication Technology.

The objective of this research was to study present and future desirable characteristics of industrial teachers Consequently developed a role model to encourage desirable characteristics of industrial teachers who graduate from RMUTP. Multi-step randomized population is categorized into three groups defining size from tabel of Krejcie & Morgan. The first group is 120 administrators from government and private vocational schools located in Bangkok Metropolitan and surrounding area. The second group is 291 vocational students. The third group is 165 vocational student possessors. The total number of population is 576. The instrument was a questionnaire for each sample. All data were analyzed to determine statistical results and presented in tubular form. A focus group meeting of 15 lectures from the Faculty of Industrial Education was organized. The group meeting suggested a role model for future desirable characteristics of industrial teachers. The study result showed that most population from those three groups highly agreed in three aspects namely Personality Ethics and morality and Professional skill aspects. The focus group meeting suggested improving the curriculum and also the activities. The activities were needed to improve both curriculum activity and teaching activity of lecturers.

Tracking Rajamangala University of Technology Phra Nakhon Graduates: Focusing on Bachelor of Technology is done in order to meet 2 objectives; following Bachelor of Technology graduates after graduation and studying satisfaction of work market to those Bachelor of Technology graduates. Sampling group composes of Bachelor of Technology graduates who graduated from Rajamangala University of Technology Phra Nakhon in 2006 and workplace that hires Bachelor of Technology graduates. Using survey research method questionnaires are distributed among those groups. Data were collected and analyzed using statistic program to find frequency percentage standard deviation and mean.

This project design and constructions high voltage high frequency transformer or tesla transformer. The tesla transformer is design at 500 kV rating voltage and 250 kHz resonant frequency. By coupling air axle and have the air are the electric insulator between primary coil and secondary coil Which primary coil test at 60 degree Group part spark gap is will the Electrostatic gap. This paper propose and consider high voltage high frequency transformer at 500 kV and 250 kHz rated. For use a transformer aforementioned is the equipment for test flash over prenouaena of porcelain insulator and electric insulation.

The objectives of this research is to study the relationship between tolerance and measurement range of load cells. Tolerance test kit length of mass beam 90 cm was used. It can create the compressed force at the load cell more than 1 kN. The experiment cam be divided into 2 stages; 1.) verification of load range and 2.) linearity test. Both stages are tested at a temperature at 25°C using 10 to 30 kg of mass in the lowest compressed force condition of 0.091 kN and the maximum compressed force condition of 1.12kN As a result the linearity performance of the tolerance of the load cell test kit between calculated force and displayed value force are different 0.354 percentage only while the standard deviation of displayed value force and voltage signal output are 0.0013 and 0.0022 respectively. It reveals that the experimental result is reliable because of less than 1. In addition the tolerance of the load cell tolerance testing machine is 0.00300 (0.3 percent) which was calculated from the comparison of the tolerance specification of two main equipment that specified by manufacturer.