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LEAN SIX SIGMA FOR MANUFACTURING 
TRAINING COURSE

Precision in Quality, Excellence in Flow.

Description

In a global manufacturing landscape defined by rising input costs and volatile demand, "good enough" quality is a recipe for obsolescence. This practitioner-led training course is a high-impact implementation system designed to slash lead times, eradicate the 8 types of waste, and install a "First-Time-Right" culture that protects your margins and your reputation.

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As part of the Lean Thinking Framework, the Lean Six Sigma for Manufacturing training course is a comprehensive program for diagnosing and optimizing production environments. Built upon the proven principles of the Toyota Production System (TPS) and the DMAIC methodology, this course provides the technical rigor required to meet ISO 9001 and IATF 16949 quality standards while maintaining a relentless focus on shopfloor practicality. It serves as a definitive blueprint for organizations seeking to transition from reactive "firefighting" to a proactive, data-driven state of Operational Excellence.

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A "Fit-for-Purpose" Approach to Six Sigma:  We recognize that "Math Anxiety" is a significant barrier to adopting Six Sigma. Unlike academic programs that demand mastery of complex statistics or software like Minitab, this course takes a "fit-for-purpose" approach:  

  • No Statistician Required: We prioritize practical impact over academic rigor.  

  • Practical Tools for Massive Improvement: For 80% of manufacturing problems, simple tools like Pareto Charts, Fishbone Diagrams, and the 5 Whys are sufficient to drive significant results.  

  • Leverage Modern Support: We explicitly guide participants to tap into AI-powered tools for data cleaning or to collaborate with internal data scientists and IT teams for complex modeling.  

  • Focus on Transformation: This allows the Lean Six Sigma team to focus on what matters most: Process Context and Transformation.

A team running a lean business simulation, comparing the effects of batch and one-piece flow.
A team brainstorming organizational issues and challenges.
Team identifying sources of waste in the office.
Team presenting their business case for Lean Six Sigma problem solving.

Recommended Audience

This course is designed for decision-makers and practitioners committed to operational perfection, including:

  • Operations and Plant Managers

  • Production Supervisors and Lead Hands

  • Quality Engineers and Process Improvement Specialists

  • Manufacturing and Industrial Engineers

Methodology

This training blends:​

  • Conceptual teaching with visual aids

  • Group exercises and real-world case examples

  • Hands-on tools such as VSM and waste identification

  • Reflection and application to participants’ own workplace

Learning Objectives

Upon completion of the course, participants will be able to:

  • Master Foundations: Understand the core principles and philosophies behind shopfloor transformation.

  • Identify Inefficiencies: Master the ability to spot the 8 types of manufacturing waste.

  • Optimize Workflow: Learn to apply practical Lean tools such as Value Stream Mapping (VSM), 5S, and Standard Work to enhance production flow.

  • Address Variation Simply: Apply "light-touch" Six Sigma tools to identify root causes without the need for advanced statistical software.

  • Increase Agility: Utilize SMED to slash changeover times and increase machine availability.

  • Structure Improvements: Master the 5-phase DMAIC framework to drive systematic organizational improvement.

Course Outline

Session 1: Introduction to Lean Six Sigma

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  • Overview of the synergy between Lean’s speed and Six Sigma’s quality focus.

  • Why Lean Six Sigma Matters.

 

Session 2: The Eight Wastes of Lean

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  • Detailed breakdown of DOWNTIME: Defects, Overproduction, Waiting, Non-Utilized Talent, Transportation, Inventory, Motion, and Extra-Processing.

  • Identifying hidden waste on the shopfloor.

 

Session 3: Practical Lean Tools

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  • 5S Workplace Organization: Establishing foundational discipline.

  • Value Stream Mapping (VSM): Visualizing flow and identifying bottlenecks.

  • Standard Work: Creating the "one best way".

  • SMED & Poka-Yoke: Quick changeover and mistake-proofing techniques

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Session 4: Foundations of Six Sigma (Practical Variation)

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  • Understanding Variation: Exploring process variation and its impact on manufacturing stability.

  • The Simplified Metric: Defining Sigma levels and quantifying the Cost of Poor Quality (COPQ) without complex calculus.

Session 5: The Six Sigma Toolbox (No Statistician Required)

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  • Root Cause Analysis: Application of intuitive tools including Pareto charts and Fishbone diagrams.

  • Risk Mitigation: Utilizing Failure Mode and Effects Analysis (FMEA) to proactively prevent process failures.

  • Collaborative Data Strategy: Learning when and how to leverage internal IT or data science teams for advanced analysis.

 

Session 6: The DMAIC Framework

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  • Define & Measure: Developing Project Charters, SIPOC diagrams, and establishing performance baselines.

  • Analyze, Improve & Control: Identifying root causes, piloting solutions, and standardizing workflows to sustain gains.

 

Session 7: Industry Case Studies

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  • Review of practical, Green Belt-standard project reports illustrating lead time and defect reduction in manufacturing.

Course Formats & Related Programs

This training is available in two formats:

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  • 1-Day Intensive: A fast-paced overview of essential tools and the DMAIC framework.

  • 2-Day Comprehensive: Includes in-depth exploration, hands-on simulations, and detailed case study analysis.

 

Note: A specialized Lean Six Sigma version for Service & Administration is also available for organizations looking to optimize non-manufacturing workflows.

Award of Certificate

Certificate of Attendance will be issued to participants who have attended at least 75% of the workshop

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