FEASIBILITY ANALYSIS OF A POWER WINDOW SIMULATOR FOR LIGHT VEHICLE

Abstract

This research aims to design and build a power window system simulator on light vehicles. This simulator is designed to help the learning process and understanding of how the power window system works on the vehicle. The methods used include system requirements analysis, hardware and software design, and simulator performance testing and evaluation. The results show that the simulator is able to accurately replicate the basic functions of the power window system, including controlling the rise and fall of the window glass through switches, responding to abnormal conditions such as obstacles in the window path, and integrating with vehicle safety systems. Performance evaluation shows that this simulator is effective as a teaching aid and practicum for automotive engineering students. Thus, this simulator is expected to improve students' practical understanding and technical skills in the field of light vehicle power window systems.