Maynard operational sequence technique web design for manufacturing labor utilization study

Ahmad Safri, Hadirah (2024) Maynard operational sequence technique web design for manufacturing labor utilization study. Project Report. Universiti Teknikal Malaysia Melaka, Melaka, Malaysia. (Submitted)

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Abstract

Manufacturing industries plays a crucial role in production chains, but inefficiencies such as worker waste result in lower productivity. The Manual Maynard Operational Sequence Technique (MOST) is a proven method used in manufacturing industries to compute and determine productivity. The conventional method of calculating is slow and open to mistakes, impeding enhancements in efficiency. The objective of this project is to create a website that utilises the MOST (Maynard Operation Sequence Technique) to enhance the productivity of SME Aerospace's assembly department. Because of the improvement that is going to be developed, a company will be able to expand its capabilities, which will help it to remain one step ahead of its rivals. Following that, the website will be built utilising the Waterfall method, which employs JavaScript, HTML, and CSS. This is because they are the component that suitable the new developer to develop a website. The website aims to optimise the majority of calculations, minimise processing time, enhance worker comprehension of productivity enhancement techniques, and to eliminate the need for an Excel template. The testing was conducted to determine whether the website can be deployed effectively and optimise the time required. As a result, MOST Calculator website and Excel template has identical result. The website only takes 1 day to enter all the data and get the result, while Excel takes longer and were prone to errors. Efficiency, user-friendliness, and visual analysis are website benefits. This website has the ability to significantly enhance organisational efficiency and effectiveness by reducing calculation time and streamlining access to MOST with minimal expenditures on capital.

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