Abstract:
This dissertation aims to develop the MISDOP learning process and instructional aids for telecommunication engineering: a case study on antenna technology. The research methodology comprised of study of problem issues in the teaching of antenna engineering, development of MISDOP learning process based on student centered learning, and creating an instructional package consisting of teacher manual, lesson plan, content and laboratory sheet, instructional medias and achievement test. To validate the efficiency of instructional package, the research tool was trialed to find quality by experimental groups and to learning achievement by sampling group. Moreover, the antenna instructional prototype medias were including the monopole, dipole slot and Yagi-Uda antennas fed by coplanar waveguide line which was designed and developed for teaching and applying to modern communication systems.
The research results are as follows: 1) the MISDOP learning process consisting of 6 steps as the Motivation, Information, Solution, Discussion, Operation, and Progress, was more appropriated (mean equaled 4.21), 2) the developed antenna instructional prototype medias was more appropriate (mean equaled 4.20) 3) the efficiency of instructional package equaled to 76.87/79.86 was higher than the standard criteria at 75/75. Therefore, the developed MISDOP learning process can be used efficiently in the engineering education of antenna engineering.