Besides that, to the further development can also use Arduino to use the Micro PLC trainer. For further development, the media can be developed to run through a smartphone because the media are being developed can only be run on a computer. At stage of field trials, obtained the average results of student test is 87 and the results of questionnaires students' perceptions on the media is a suitable to use (83.67%). At the pilot phase a small group, obtained the average results of student test is 86 and the results of questionnaires students' perceptions on the media is a suitable to use (91.43%). At stage of individual testing, obtained the average results of student test is 86 and the results of questionnaires students' perceptions on the media is a suitable to use (87.62%). Based on the user validation results, developed media included in the rate valid and suitable to use (90.00%). The results of the validation experts during the development stage, the developed media included in the rate valid and suitable to use (96.36%). Whereas summative evaluation at this stage of the evaluation was not done because of the research that will be done only at the stage looking at the feasibility of the media developed. In the implementation phase, formative evaluation will be conducted. At the stage of development, will be carried out expert validation and user validation. In the analysis phase will be performed need analysis and front-end analysis. This research is a research and development with ADDIE development model that comprises the step of analysis, design, development, implementation, and evaluation. The purpose of this research and development are 1) to develop trainer PLC and also can be simulated on a computer, 2) develop modules, and 3) develop job sheet as a learning resource mechatronics training.
The solution used from the front end analysis. The problems that appear in mechatronic practicum are: 1) lack of practicum proposition 2) learning resources are limited and 3) there is no job sheet of practicum. Mechatronics is one of the compulsory subjects taken by students Department of Mechanical Engineering, State University of Malang because it is closely connected with the control system in the industry. Suitable to teach smart sensor application for IR 4.0 Only 470 x 370 x 270 mm in dimension, which is equivalent to aĬabin size baggage, and weigh below 10 kg, making it the most Programmable logic controller (PLC)-based training kit for
Ultimately, this paper presents the development of a portable Who are exposed to both simulation and also sensors andĪctuators wiring learnt better compared to the control group. Results indicated 1.6% and 18.0% increment in the number of The data was obtained fromĪssessment results when only simulation software was used,Īnd simulation software is complimented by a training kit. Using the results of students undertaking IndustrialĪutomation Course in UNITEN. Meets the requirement of the fourth Industrial Revolutionīesides assisting teaching and learning. It is also necessary to ensure that the new design Smaller training kit to facilitate the teaching and learningĮxperiences. The results showed that: (1) A PLC-based industrial automation trainer kit has been developed in the form of simulation of drilling objects, spraying paint on objects, applying stamps, and moving objects manually and automatically and (2) PLC-based industrial automation trainer kit products have good performance, which is shown that 100% of the important components can work properly, and all job descriptions (100%) of the trainer kits can work as their function.Ī myriad of existing education training kits areĮasily accessible, however lacks practicality as they require a Data obtained through observation, interviews, and questionnaires, using instruments in the form of observation sheets, interview guidelines, and questionnaires. Research steps include: Analyze, Design, Develop, Implement, and Evaluate. The type of research is research and development that refers to the ADDIE model according to Robert Maribe Branch. The objectives of this study include: (1) get results and (2) know the performance of trainer kits for industrial automation based on Programmable Logic Controllers (PLC).