Separation of Lanthanides/ Lanthanides and Actinides
5.2 DMADOV Phase.pptx
1. DMADOV
(Define, Measure, Analyze, Design, Optimize, Verify)
Presented By
Dr. Niraj Chaudahri
Assistant Professor,
Sanjivani College of Engineering ,
Dept.of MBA,
Kopargaon
2. DMADOV (Define, Measure, Analyze, Design, Optimize, Verify)
➔ DMADOV for a new process/product/service
➔ The DMADOV methodology is another favorite Design for Six Sigma (DFSS) Methodologies.
➔ DMADOV uses a refinement action on its design.
➔ DMADOV forces more consideration to optimize the design by using additional tools to refine
design parameters.
➔ These tools include Evolutionary Operations (EVOP), Design of Experiments, and Response
Surface Methodology (RSM).
3. Define – Characterize the breath of the process improvement accomplishment
● Define customer (internal and external)
● Acquire customer requirements
● Gather needs
● Identify the business case for the project
● Create project charter
● Above all Build Success metrics
○ Product/process/service
○ DMADV process
○ Project Management
● Develop project plan
● Form the team
● Translate customer requirements to Critical to Satisfaction (CTS)
● Assess risk
4. Measure – Today’s and tomorrow’s process/service
limitations
● Certainly translate customer requirements into engineering requirements
● Translate functional requirements to design parameters
● Develop/evaluate design alternatives
● Resolve design conflicts
● Flow down system designed to subsystems
● Assess risk
5. Analyze – What can we change and to what extent for process improvement
● Develop transfer functions
● Develop system capabilities
● Subsequently generate concepts
● Evaluate concepts
● Analyze trade offs
● Assess design gaps
● Select concept
● Most importantly, test concept to Voice of the Customer (VOC)
● Assess risk
6. Design & Optimize – Generate solution and iterate to improve
● Compare product/process/service capability vs. VOC
● Moreover design solution
● Optimize the product/process/service design for:
○ Robustness
○ Manufacturability
○ Assemblability
○ Serviceability
○ Reliability
○ Testability
● Optimize tolerances
● Certainly design process control plan
● Mistake proof design
● Assess risk
7. Verify – Finalize and control
● Verify product/process/service performance
● Monitor system capability
● Implement design and process control plans
● Develop transition plans
