Certified Six Sigma Yellow Belt
- Explain the DMAIC cycle and the role of Yellow Belts within a Six Sigma project team.
- Draft a project charter with a clear problem statement, CTQ characteristics and scope boundaries.
- Build a SIPOC diagram and a basic process map to identify where defects arise.
- Collect process data with a check sheet and calculate defects per million opportunities and process sigma level.
- Use Pareto analysis and a fishbone diagram to prioritise likely root causes.
- Contribute to a control plan that keeps an improved process from drifting back.
- Six Sigma Foundations
- Variation, defects and the meaning of sigma level
- DMAIC versus DMADV
- Belt roles and project governance
- Define Phase
- Voice of the customer and CTQ trees
- Project charter and problem statement
- SIPOC and scope boundaries
- Measure Phase
- Operational definitions and data collection plans
- Check sheets, run charts and basic histograms
- DPMO, yield and baseline performance
- Analyze Phase
- Process mapping to locate waste and rework
- Pareto charts and cause-and-effect diagrams
- 5 Whys and simple verification of causes
- Improve Phase
- Generating and selecting solutions
- Basic error-proofing (poka-yoke)
- Piloting changes and measuring results
- Control Phase
- Control plans and standard work
- Visual management and simple control charts
- Handover to process owners
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Program Professional Framework
Certified Six Sigma Yellow Belt
Program Overview
Yellow Belt practitioners are the front-line contributors on improvement projects, collecting data, mapping processes and supporting Green and Black Belts through each DMAIC phase. This course introduces Six Sigma thinking in practical terms: defining defects and critical-to-quality characteristics, measuring process performance, finding root causes with simple tools and sustaining gains with control plans. Examples are drawn from service and operational settings common in Gulf banks, utilities and government service centres, such as transaction turnaround times and rework in application processing.
Learning Outcomes
- ✓Explain the DMAIC cycle and the role of Yellow Belts within a Six Sigma project team.
- ✓Draft a project charter with a clear problem statement, CTQ characteristics and scope boundaries.
- ✓Build a SIPOC diagram and a basic process map to identify where defects arise.
- ✓Collect process data with a check sheet and calculate defects per million opportunities and process sigma level.
- ✓Use Pareto analysis and a fishbone diagram to prioritise likely root causes.
- ✓Contribute to a control plan that keeps an improved process from drifting back.
Target Audience
- Front-line supervisors and team leaders
- Operations and service delivery staff joining improvement projects
- Quality and continuous improvement coordinators
- Administrative staff in process-intensive departments
Detailed Program Modules
01Six Sigma Foundations
- Variation, defects and the meaning of sigma level
- DMAIC versus DMADV
- Belt roles and project governance
02Define Phase
- Voice of the customer and CTQ trees
- Project charter and problem statement
- SIPOC and scope boundaries
03Measure Phase
- Operational definitions and data collection plans
- Check sheets, run charts and basic histograms
- DPMO, yield and baseline performance
04Analyze Phase
- Process mapping to locate waste and rework
- Pareto charts and cause-and-effect diagrams
- 5 Whys and simple verification of causes
05Improve Phase
- Generating and selecting solutions
- Basic error-proofing (poka-yoke)
- Piloting changes and measuring results
06Control Phase
- Control plans and standard work
- Visual management and simple control charts
- Handover to process owners
Training Methodology
Applied Project & Assessment
Applied Project
Each participant documents a small improvement opportunity from their workplace: a charter, SIPOC, baseline data with a DPMO estimate, a Pareto and fishbone analysis and a draft control plan for the proposed fix.
Assessment
Short diagnostic at the start, practical tasks linked to each learning outcome, and evaluation of the applied project against published criteria.


