Development of Internet of Things (IoT) based learning media in efforts to improve student skills at the industrial revolution era 4.0

Abstract

Practicum is an essential component in the learning process at universities, especially in the fields of science and technology. Realizing quality practicum requires a balanced amount of equipment that supports the process, but practicum participants often exceed practicum equipment. The solution is to create a remote laboratory that can be accessed from anywhere while connected to the internet. The remote laboratory consists of three essential parts, namely a server that includes a computer or laptop connected to the data processor sent by the user and then connected to the actuator, a server is also connected to the camera that the user can observe the practical work. The second part is an internet connection, and the third part is the user. All that is controlled by ThinVNC software, Ngrok, and GUI that has been provided. On the server computer, GUI, ThinVNC, and Ngrok are installed as controllers for the practical work, while the user can open the website to access the lab computer. Based on theory and experience, this technique is very suitable if used in PLC and pneumatic practicum. The use of remote labs makes students more skilled in facing the era of the industrial revolution 4.0.

Implementation of IoT-Based Human Machine Interface-Learning Media and Problem-Based Learning to Increase Students’ Abilities, Skills, and Innovative Behaviors of Industry 4.0 and Society 5.0

“…Student responses are good to the HMI Trainer Kit learning media subject matter of automation techniques, valid and good performance according to experts [44]. IoT properly combines PLC in remote pneumatic labs and students become more skilled in dealing with EI 4.0 [45]. The IoT Trainer Kit can be used formally for practical work related to the EI 4.0 automation industry [46].…”

Application of Mechanical Electronic Engineering Technology in Sensor Measurement System

“…In daily life, mechanical and electronic technology has been widely applied, and it has been developing, conducting research and development, and constantly innovating technology [4][5]. Through continuous development, research and development, innovation, and reform, electromechanical technology has become a relatively mature discipline [6]. Mechanical Electronic engineering includes three aspects of mechatronics theory, mechatronics design and mechatronics manufacturing.…”

Design of Monitoring System for Hazardous Gas and Fire Detection In Building Based On Internet of Things

“…The result on the implementation of the ngrok is that other devices can access the local server and database on mysql that was created previously without using a web hosting service. Localhost on the computer to be addressed can be accessed by using ngrok and connected to the internet network [16].…”