Time Study and Motion Analysis using Basi Maynard Operation Sequence Technique (MOST) in Pro Time Estimation Software: A Case Study of the Button Making Process in SIUE MakerLab

Abstract

Efficiency and productivity are vital aspects of any assembly process, and time study and motion analysis play a crucial role in optimizing these factors. This research presents a detailed study of the button making process in the Southern Illinois University Edwardsville’s MakerLab using ProTime Estimation Software. The objective of this project is to understand the concept of time studies otherwise known as work measurements, build proficiency in the usage of the ProTime Estimation Software, evaluate the efficiency and productivity of the button making process in the MakerLab, identify potential areas for improvement and contribute valuable insights. ProTime Estimation Software was employed as a powerful tool for real time data acquisition and analysis because this software allows for precise measurement and observation of each step in the process, enabling the establishment of accurate time standards for different work elements. The project outcome concludes that the button making process in the SIUE MakerLab is relatively efficient and productive, but there is room for improvement by reducing the setup time, minimizing the idle time, and optimizing the layout and workflow.