Design of Experiment -DOE
Design of Experiments
DOE is a systematic approach of investigation of a system or process. A series of structured tests are designed in which planned changes are made to the input variables of a process or system. The effects of these changes on a pre-defined output are then assessed
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DOE is important as a formal way of maximizing information gained while resources required. DOE can be used to find answers in situations such as "what is the main contributing factor to a problem?", "how well does the system/ process perform in the presence of noise?", "what is the best configuration of factor values to minimize variation in a response?" etc. In general, these questions are given labels as particular types of study. In the examples given above, these are problem solving, parameter design and robustness study
.
DOE is important as a formal way of maximizing information gained while resources required. DOE can be used to find answers in situations such as "what is the main contributing factor to a problem?", "how well does the system/ process perform in the presence of noise?", "what is the best configuration of factor values to minimize variation in a response?" etc. In general, these questions are given labels as particular types of study. In the examples given above, these are problem solving, parameter design and robustness study
Related Software Programs or Products: MINITAB
Related Awards, Degrees or Certifications: DOE Professional- LSMI
Related Jobs or Careers: QUALITY, R & D, DESIGN, PROCESS, SIX SIGMA, PROCESS IMPROVEMENT
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Training
Provided by Lean Sigma Management Institute
- R asked: Request information on design of experiment training. Where, when, cost, etc.. Brochure if you have one. Thanks.
- U asked: Can you please provide the fee details and the dates for the seminar.
Design of Experiment -DOE
COURSE DURATION-3 days
WHO SHOULD ATTEND
Managers, Process Engineers, R & D people, change agents, Lean Six Sigma practitioners, or others that desire an understanding of DOE methodology
COURSE INCLUDES
# Training Handouts
# Training Completion Certificate
# Certified DOE professional
WHAT YOU WILL LEARN
# How to find out Vital few causes from TrivialMany scientifically ?
# How to exactly identify the effect of factors on responses ?
# How to identify the effect of interaction between the factors on responses ?
# How to plan for a DOE ?
# How to execute DOE ?
# Which type of DOE need to be selected for which problem ?
# How to optimise factor settings to get maximum output ?
# How to optimise the composition of the mixture/ solution to get maximum response ?
# How to set parameters to design a robust process ?
DOE PROFESSIONAL CERTIFICATION CRITERIA
# Completion of training
# Test Score >70
PROGRAM CONTENTS
# Introduction to DOE
# One factor at a time (OFAT)
# Fractional factorial design
# Aliasing
# Fractional factorial design
# Placket Burman design
# Blocking
# Centre point
# Response Surface Design (RSD)
# Mixture design
# Orthogonal Array(OA) design
# Taguchi robust design
# Other optimisation techniques
WHO SHOULD ATTEND
Managers, Process Engineers, R & D people, change agents, Lean Six Sigma practitioners, or others that desire an understanding of DOE methodology
COURSE INCLUDES
# Training Handouts
# Training Completion Certificate
# Certified DOE professional
WHAT YOU WILL LEARN
# How to find out Vital few causes from TrivialMany scientifically ?
# How to exactly identify the effect of factors on responses ?
# How to identify the effect of interaction between the factors on responses ?
# How to plan for a DOE ?
# How to execute DOE ?
# Which type of DOE need to be selected for which problem ?
# How to optimise factor settings to get maximum output ?
# How to optimise the composition of the mixture/ solution to get maximum response ?
# How to set parameters to design a robust process ?
DOE PROFESSIONAL CERTIFICATION CRITERIA
# Completion of training
# Test Score >70
PROGRAM CONTENTS
# Introduction to DOE
# One factor at a time (OFAT)
# Fractional factorial design
# Aliasing
# Fractional factorial design
# Placket Burman design
# Blocking
# Centre point
# Response Surface Design (RSD)
# Mixture design
# Orthogonal Array(OA) design
# Taguchi robust design
# Other optimisation techniques
About The Training Provider: Lean Sigma Management Institute
Lean Sigma Management Institute - Dr. Jagadish Barik's Lean Sigma Management Institute (LSMI) is incorporated with the purpose of exploring new and innovative ways to enhance people capability and organizational capability to deliver excellence in personal and organizational objectives in a cost effective manner
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