A time and motion study is the study of time as it relates to human motion. This study is commonly used for repetitive tasks performed by a fully trained average worker. Tasks are simplified into measurable steps, and the proper time is assigned to each movement according to the joint being moved to complete the motion. Industrial Engineers use Time and Motion Analysis to decompose work tasks into Value Added versus Non-Value-Added segments. Understanding these work segments enable the creation of efficient labor standards.
Work can be measured using the following work measurement techniques:
PMTS uses Work Measurement to break down each element of work and the motion of a task. Each work element duration (in seconds) is referenced in the PMTS Database. The Industrial Engineer compiles these discrete movements & work elements to compute the total task duration or work content.
MODAPTS® - Modular Arrangement of Predetermined Time Standards
MTM® UAS - Methods Time Measurement – Universal Analysis System
MOST® - Maynard Operation Sequence Technique
Firmly establish reasoning for the study to identify desired outcomes
Choose what is to be measured
Determine the best time to accurately capture data
Follow best practices for collecting data samples
Break down the process
Use pre-determined data, observe, and measure
Analyze the captured data
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A time and motion study is the study of time as it relates to human motion. This study is commonly used for repetitive tasks performed by a fully trained average worker. Tasks are simplified into measurable steps, and the proper time is assigned to each movement according to the joint being moved to complete the motion. Industrial Engineers use Time and Motion Analysis to decompose work tasks into Value Added versus Non-Value-Added segments.