Discussion 5
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School
New England College *
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Course
2220
Subject
Industrial Engineering
Date
Dec 6, 2023
Type
docx
Pages
1
Uploaded by SargentDragonfly2685
Reference
Bhargava, M., & Gaur, S. (2021). Process Improvement Using Six-Sigma (DMAIC Process) in Bearing
Manufacturing Industry: A Case Study. IOP Conference Series: Materials Science and Engineering,
1017(1), 1111-1117.
Name of authors :
Manish Bhargava, Sanjay Gaur
Year :
2021
Title :
Process Improvement Using Six-Sigma (DMAIC Process) in Bearing Manufacturing Industry: A
Case Study
Journal :
IOP Conference Series Materials Science and Engineering
Link :
https://www.researchgate.net/publication/348877019_Process_Improvement_Using_Six-
Sigma_DMAIC_Process_in_Bearing_Manufacturing_Industry_A_Case_Study
Does the article speak about one of the following tools: SIPOC, DMAIC, FMEA, DMVAD? If so,
explain which one and how it is used.
The DMAIC tool is concentrated in this particular research paper which is related to the Six Sigma
process. This tool is considered efficient according to the research paper for gaining process
improvement in the manufacturing industry. The barriers to the manufacturing process of the working
environment can be reduced to a great extent whenever a DMAIC tool related to the Six Sigma process is
considered (Bhargava & Gaur, 2021). DMAIC tools include the approaches like define, measure, analyze,
improvement and control so that the manufacturing process is conducted successfully in the working
environment.
Does the article speak about standard deviation? If so, what does it say?
Standard deviation is considered to be an important process for the Six Sigma approach. As the
manufacturing process of the working environment is considered according to this research paper,
standard deviation focuses on process improvement and therefore it is important for the manufacturing
process (Bhargava & Gaur, 2021). The standard deviation can also constitute the process control of the
manufacturing working environment.
Locate the following in the article: Mean, Median, Mode, and Range and write about them.
The arithmetic average of the process development procedure of the manufacturing industry determines
the mean according to the Six Sigma approach. The middle value of this particular data set which is
arranged in the particular model explains the median according to the Six Sigma approach. The
frequently occurring step in the manufacturing process according to this particular Six Sigma approach
can define the mode. The range of the Six Sigma approach explains the difference of the interval between
the smallest as well as the largest value that is available in the frequency distribution that is associated
with the manufacturing process.
What did you learn from the article?
The barricades of the manufacturing process can be avoided and the process development can be
focused on by the manufacturing industry whenever the DMAIC tool is considered as a part of the six
sigma approach. The process variations in the working environment can also be reduced with the help of
the DMAIC tool in the Six Sigma process and therefore it is important for every industry.
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