Supply Chain · Professional · MBE™

LSSSC

Mastering Lean Supply Chain

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Supply ChainProfessional level
33 Hours21 Modules
Self-pacedLearn at your own pace
CertificationEarn an MBE™ Credential

About the LSSSC Certification

Waste in a supply chain rarely announces itself. It hides in waiting trucks, double handling, overstocked buffers, re-keyed data and the rework that follows a quality miss.

Mastering Lean Supply Chain trains operations staff to see those losses as a system, using the eight wastes, value stream mapping and the process view of work, and then to attack them with 5S, visual management, standard work, kaizen and, where variation is the problem, the Six Sigma DMAIC method. The aim is a workforce that improves flow continuously rather than firefighting.

What You Will Learn

  • Compare Lean, Six Sigma and Lean Six Sigma and pick the right approach for a problem
  • Trace the Toyota Production System's two pillars into end-to-end supply networks
  • Describe a supply chain as material, information and cash flows seen through processes
  • Define value from the customer's view and establish flow and pull across a value stream
  • Diagnose muda, mura and muri and the eight wastes in warehousing, logistics and planning
  • Deploy 5S, kanban, andon and standard work to stabilize a supply chain process
  • Draw current-state and future-state value stream maps with takt time and lead time calculated
  • Lead a DMAIC project from charter through root cause analysis to control plans and handover

What you take away

Skills You’ll Build

Mastering Lean Supply Chain skills
Lean waste diagnosis
Value stream mapping
Flow and pull design
5S and visual management

Core Topics

  • Lean Supply Chain Management
  • Lean Six Sigma Methodology
  • Process Optimization
  • Operational Excellence
  • Performance Improvement
  • Waste Elimination
  • Root Cause Analysis
  • Quality Improvement
  • Continuous Improvement Leadership
  • DMAIC

Who Is This Course For?

Operations professionals who own a flow, whether a dock, a planning cycle or a delivery route, are the core participants. Warehouse and distribution managers use the tools on picking, putaway and dock congestion. Logistics coordinators apply them to carrier handoffs and the information flow around a shipment.

Supply chain planners and inventory planners learn how pull principles reduce the stock a plan requires. Procurement staff who sit upstream of all of this gain the shared language they need to work with suppliers on waste. Licensing it for a site rather than a function pays off, because most waste lives in the handoffs between departments.

  • Operations professionals
  • Supply chain professionals
  • Supply chain planners
  • Demand and inventory planners
  • Warehouse and distribution managers
  • Logistics coordinators

What’s Included?

  • Self-paced modules you can revisit anytime
  • Digital study resources and templates
  • Knowledge checks and practice assessments
  • A digital, verifiable MBE credential on completion

Course Outline

21 Modules33 hoursSelf-paced

The curriculum runs through 21 modules. Modules one to three cover why Lean and Six Sigma matter, Lean's origins and the process view. Modules four and five apply Lean principles and the eight wastes. Modules six to eight supply the toolset: core tools, value stream mapping and kaizen culture.

Module nine introduces the Six Sigma mindset, module ten the DMAIC framework, and modules eleven to fifteen work through define, measure, analyze, improve and control. Modules sixteen to twenty add statistical process control, lean inventory, alignment with SCOR and sustainability, digital Lean and cross-industry cases, and module twenty-one covers leading projects.

1. Introduction to Lean Six Sigma in Supply Chain Management
  • Why Lean and Six Sigma Matter to Modern Supply Chains
  • Lean, Six Sigma, and Lean Six Sigma Compared
  • Focus, Tools, and the Results Each Approach Seeks
  • Where Each Method Shines: Planning, Procurement, Warehousing, and Logistics
2. The Origins and Evolution of Lean: From the Toyota Production System to the Global Supply Chain
  • Craft, Mass, and Lean Production: A Historical Arc
  • The Toyota Production System and Its Two Pillars
  • From the Factory Floor to End-to-End Supply Networks
  • The Convergence of Lean and Six Sigma
3. Supply Chain Fundamentals and the Process View
  • The Supply Chain as an Integrated System
  • Core Flows: Material, Information, and Cash
  • Adopting the Process View of Work
  • Suppliers, Customers, and the Value Chain
4. Lean Principles Applied to Supply Chains
  • Defining Value from the Customer’s Perspective
  • Mapping the Value Stream End to End
  • Creating Flow and Establishing Pull
  • The Pursuit of Perfection and Continuous Improvement
5. Identifying and Eliminating the Eight Wastes in Logistics and Operations
  • The Concept of Muda, Mura, and Muri
  • The Eight Wastes Defined
  • Waste in Logistics, Warehousing, and Planning
  • Diagnosing Waste at the Gemba
6. Core Lean Tools for Supply Chain Improvement
  • Building a Stable Foundation for Improvement
  • 5S and Workplace Organization
  • Visual Management: Kanban, Dashboards, and Andon
  • Standard Work and Process Discipline
7. Value Stream Mapping and Flow Design for End-to-End Supply Chains
  • Purpose and Power of Value Stream Mapping
  • Drawing the Current-State Map
  • Calculating Takt Time, Lead Time, and Value-Added Ratio
  • Designing the Future-State Map
8. Building a Culture of Continuous Improvement: Kaizen, Gemba, and Standard Work
  • The Kaizen Mindset and the PDCA Cycle
  • Going to the Gemba: Leadership at the Real Place
  • Kaizen Events and Daily Improvement
  • Respect for People and Frontline Engagement
9. Six Sigma Mindset and Basic Concepts for Supply Chain Management
  • Variation, Defects, and the Cost of Poor Quality
  • Understanding Sigma Levels and Process Capability
  • The Voice of the Customer and Critical-to-Quality Requirements
  • Roles, Belts, and Project Governance
10. DMAIC Framework Overview for Supply Chain Projects
  • The Logic of Define-Measure-Analyze-Improve-Control
  • Selecting and Scoping the Right Projects
  • Tollgates and Phase Deliverables
  • DMAIC Versus DMADV and Kaizen
11. Define Phase in a Supply Chain Context
  • Clarifying the Business Problem and Goal Statement
  • Building the Business Case and Project Charter
  • Scoping the Project and Identifying Stakeholders
  • SIPOC and High-Level Process Definition
12. Measure Phase: Mapping and Quantifying Supply Chain Performance
  • Developing a Data Collection Plan
  • Detailed Process Mapping and Metric Selection
  • Measurement System Analysis and Data Integrity
  • Establishing Baseline Performance
13. Analyze Phase: Root Cause Analysis in Logistics and Planning
  • From Symptoms to Root Causes
  • The Five Whys and Fishbone Diagrams
  • Pareto Analysis and Data Stratification
  • Hypothesis Testing and Correlation
14. Improve Phase: Designing Practical Supply Chain Solutions
  • Generating and Screening Solution Ideas
  • Error-Proofing and Poka-Yoke in Operations
  • Piloting and Design of Experiments
  • Cost-Benefit and Risk Assessment of Solutions
15. Control Phase: Sustaining Supply Chain Gains
  • Standardizing the Improved Process
  • Control Plans and Response Protocols
  • Visual Controls and Ongoing Monitoring
  • Handover to Process Owners
16. Statistical Process Control and Data-Driven Decision Making
  • Common-Cause Versus Special-Cause Variation
  • Reading and Building Control Charts
  • Process Capability Indices in Practice
  • Dashboards and Real-Time Performance Signals
17. Lean Inventory, Flow, and Demand Variability
  • The True Cost and Function of Inventory
  • Just-in-Time and Pull-Based Replenishment
  • The Bullwhip Effect and Demand Amplification
  • Buffering Strategies: Inventory, Capacity, and Time
18. Lean Six Sigma, SCOR, Sustainability, and Resilience
  • Aligning Lean Six Sigma with the SCOR Model
  • Green and Sustainable Lean Practices
  • Building Resilience into Lean Supply Chains
  • Risk, Disruption, and the Efficiency Trade-off
19. Digital Lean: AI, Automation, and Industry 4.0 in the Supply Chain
  • The Digital Transformation of Lean Operations
  • IoT, Sensors, and the Digital Gemba
  • Analytics, AI, and Predictive Quality
  • Automation, Robotics, and Digital Twins
20. Lean in Practice: Cross-Industry Case Studies
  • Automotive and Discrete Manufacturing
  • Retail and E-Commerce Fulfillment
  • Healthcare and Pharmaceutical Supply Chains
  • Services and Public-Sector Operations
21. Designing and Leading Lean Six Sigma Supply Chain Projects
  • Selecting High-Impact Projects Aligned to Strategy
  • Chartering, Resourcing, and Governance
  • Leading Teams and Managing Change
  • Measuring Results and Financial Validation

Complete the course assessments to earn the LSSSC credential

Frequently Asked Questions

Is this a Lean program or a Six Sigma program?

Both, in sequence. Modules one to eight are Lean: principles, wastes, tools, value stream mapping and kaizen culture applied to supply chains. Modules nine to sixteen build the Six Sigma side, from variation, sigma levels and the voice of the customer through each DMAIC phase to statistical process control. The later modules bring the two together in lean inventory, digital Lean and project leadership.

What does value stream mapping look like for a supply chain?

Module seven takes an end-to-end view rather than a single workstation. Participants draw the current state across suppliers, warehouse and delivery, calculate takt time, lead time and the value-added ratio, then design a future state with fewer handoffs and less waiting. The exercise is meant to be repeated on a real flow after the module, which is why most cohorts pick one before they start.

How are the eight wastes applied to logistics and warehousing?

Module five first explains muda, mura and muri, then defines the eight wastes and walks through where each appears in logistics, warehousing and planning: empty running, waiting at docks, excess motion in picking, overproduction of forecasts and re-keyed data. It finishes with diagnosing waste at the gemba, the actual place of work, rather than from reports.

Will participants learn how to run a kaizen event?

Module eight covers the kaizen mindset and the PDCA cycle, going to the gemba as a leadership practice, the structure of kaizen events alongside daily improvement, and the respect for people that keeps frontline staff engaged. Combined with the standard work and visual management tools from module six, participants have what they need to lead a first event with their own team.

Does the program suit supply chain planners as well as operations staff?

Yes. The process view in module three and the pull principles in module four apply directly to planning, and the wastes module treats overproduction of plans and excess inventory as waste in their own right. Planners who complete it understand why operations ask for smaller batches and leveled schedules. Module seventeen, on lean inventory, pull replenishment and the bullwhip effect, is written for them.

How long is the program and how is completion tracked?

The content amounts to 33 hours of self-paced online learning on the Blue Ocean learning platform, available on web and mobile, made up of modules, digital study resources, knowledge checks and practice assessments. Managers can see enrollment, progress and completion for every participant on the administrator dashboard. Those who complete successfully receive a digital, verifiable MBE credential.

How do I register for this course?

Use the Register Now button on this page. It opens Mastering Lean Supply Chain on the Blue Ocean Academy website, where you can enroll and start learning at your own pace.

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Your MBE credential is issued digitally and can be verified by employers. It carries the Mastering Business Excellence name, so you can add it to your professional profile as soon as you complete the course.

  • Digital Certificate
  • Verifiable Credential
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  • Credential Holder Profile
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