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Course Outline
Introduction to Design for Six Sigma
- Historical background and evolution
- Core principles and strategic benefits
- Distinguishing between DMAIC and DFSS
Overview of DFSS
- Definition and primary objectives
- Comparison with traditional Six Sigma
- Essential components of DFSS
DFSS Methodologies
- Comprehensive overview of DMAIC
- Introduction to the DMADV framework
- Guidelines for selecting the appropriate methodology
Define Phase
- Identifying customer needs and specific requirements
- Defining project scope and objectives
- Voice of the Customer (VoC) techniques
Measure Phase
- Identifying key metrics and data collection strategies
- Measurement system analysis
- Process mapping and flowcharting
Analyze Phase
- Data analysis techniques
- Root cause analysis
- Design of Experiments (DOE)
- Failure Modes and Effects Analysis (FMEA)
Design Phase
- Concept development and selection
- Principles of robust design
- Simulation and modeling tools
Improve Phase
- Optimizing design for performance and cost efficiency
- Prototyping and testing
- Integration of Lean principles in design
Verify Phase
- Validating design solutions
- Pilot testing and feedback collection
- Verification and validation techniques
Control Phase
- Implementing control plans
- Sustaining improvements
- Project documentation and reporting
DFSS Project Management
- Leading DFSS projects
- Change management strategies
- Effective communication and stakeholder management
Summary and Next Steps
Requirements
- Foundational knowledge of Six Sigma principles
- Working familiarity with general quality management concepts
Target Audience
- Engineers
- Designers
21 Hours
Testimonials (3)
knowledge of the trainer, tailor based, all topics covered
eleni - EUAA
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The variation with exercise and showing.
Ida Sjoberg - Swedish National Debt Office
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