The findings show that MOST time study can be applied to determine the VA and NVA associated with the work
elements rather than the normal graphical display of results. Through MOST, the percentage of improvements to
each step can also be quantified accurately based on the predetermine motion time standard. This paper also shows a
methodical step to apply time study technique to improve the Overall Equipment Efficiency. MOST is found to be
useful in streamlines of operations in order to identify inefficient methods in the work performed. It is reliable as it
provides consistent standards and accuracy to within ± 5% with a 95 % confidence level. MOST not only can be
applied in an aerospace industry, it is also applicable in other industry that involves method-defined manual work
performed by human workers as the motion index parameters are based on human motion standards. Furthermore,
time required for data development and standard setting is also significantly reduced. The limitation of this study is
the scheduling between the two autoclave machines which share their work force and only conducted within one
autoclave machine due to the limitation.