Ask any project manager what actually derails a project, and rarely is the answer "we didn’t have a plan." More often, it is that no one caught the root cause of a recurring problem before it became expensive. That is the exact gap Six Sigma’s DMAIC cycle is built to close.

Organizations today compete on accurate, efficient, and measurable results, which has turned Six Sigma into a core tool for improving performance, cutting waste, and reaching the highest levels of quality.

The Arab British Fellowship Training Academy designed Six Sigma for Project Management Excellence to combine solid project management principles with the analytical rigor of Six Sigma — performance measurement, process control, and root cause analysis — so participants can apply the DMAIC model in fast-paced, complex business environments and produce results that hold up over time.

Who should attend?

• Project managers working in industrial and service sectors.
• Engineers and analysts looking to enhance their quality management skills.
• Project team members seeking performance optimization and waste reduction.
• Professionals in operations management and organizational development.

How attendees will benefit?

After completion of the programme, delegates will be able to:

• Understand the core principles of Six Sigma and their application in project management.
• Analyze problems and accurately identify root causes.
• Apply statistical and methodological tools to improve project processes.
• Minimize waste and defects while achieving sustainable quality in project outputs.
• Strengthen analytical and leadership thinking in project environments to achieve optimal results.

• Module 1: The DMAIC Cycle — How Six Sigma Projects Actually Run
  • Define: identifying problems and documenting the project scope
  • Measure: assessing current performance using analytical tools
  • Analyze: determining the root causes of performance issues
• Module 2: Six Sigma and Project Management Fundamentals
  • Definition, history, and evolution of Six Sigma, and its certification levels (White, Yellow, Green, Black belts)
  • Fundamental principles of project management and its lifecycle
  • The link between project management and quality control
• Module 3: Structuring and Staffing a Six Sigma Project
  • Roles and responsibilities within Six Sigma teams
  • How to select appropriate team members for the project
  • Change management in the context of Six Sigma implementation
• Module 4: Turning Analysis into Improvement (Improve Phase)
  • Developing actionable solutions based on data analysis
  • Using innovation and continuous improvement tools
  • Evaluating feasibility and effectiveness prior to implementation
• Module 5: Locking In the Gains (Control Phase)
  • Designing monitoring plans for post-improvement tracking
  • Setting performance standards and quality indicators
  • Managing deviations and generating periodic reports
• Module 6: The Statistical Toolkit Behind Six Sigma
  • Charts and deviation analysis
  • Hypothesis testing and quantitative data analysis
  • Understanding variance and reducing process errors
• Module 7: Combining Lean and Six Sigma
  • Integrating Lean with Six Sigma for process optimization
  • Techniques for waste elimination and achieving operational efficiency
  • Embedding improvement strategies into daily operations
• Module 8: Six Sigma in Real Project Environments
  • Integrating Six Sigma in different project phases
  • Lessons learned from real-world Six Sigma project implementations
  • Documenting results and aligning with strategic goals
• Module 9: Leading Six Sigma Projects to Success
  • Data-driven decision-making
  • Leading teams and motivating them to achieve quality goals
  • Promoting a culture of improvement and excellence within the organization