Lean Manufacturing: Principles and Implementation Course

Lesson 1 • The Five Lean Principles

Covers value, value stream, flow, pull, and perfection as an integrated framework. Learners map each principle to real operational decisions.

Lesson 2 • Essential Lean Terminology

Introduces the Japanese and English terms used throughout Lean practice. Precise vocabulary prevents misapplication of tools.

Lesson 3 • Lean vs. Traditional Manufacturing

Contrasts push-based batch production with Lean pull systems. Highlights trade-offs in inventory, lead time, and quality outcomes.

Lesson 4 • Core Lean Philosophy and Mindset

Defines the respect-for-people and continuous-improvement pillars. Connects mindset to daily operational behaviour.

Lesson 1 • Quantifying Waste Impact

Converts observed waste into measurable cost, time, and quality metrics. Enables prioritisation of improvement efforts by financial and operational impact.

Lesson 2 • Sustaining a Waste-Aware Culture

Establishes routines and visual cues that keep waste visible to all team members. Prepares learners to embed waste awareness into daily operations.

Lesson 3 • Waste Elimination Strategies

Presents targeted countermeasures for each waste category. Links elimination strategies to specific Lean tools introduced in later chapters.

Lesson 4 • Waste Observation Techniques

Teaches structured gemba walks and time-observation sheets to detect waste in real time. Connects direct observation to data-driven improvement decisions.

Lesson 1 • VSM Concepts and Symbols

Introduces standard VSM icons for processes, inventory, information flows, and push/pull arrows. Accurate symbol use ensures maps are universally readable.

Lesson 2 • Building the VSM Improvement Plan

Converts future-state design into a phased action plan with owners and timelines. Ensures VSM outputs drive real operational change.

Lesson 3 • Designing the Future-State Map

Teaches the eight future-state questions to design a leaner flow. Learners create a target map that guides implementation planning.

Lesson 4 • Analysing the Current-State Map

Applies waste identification skills to interpret VSM data and locate systemic problems. Bridges observation to structured root-cause thinking.

Lesson 1 • 5S Methodology Overview

Defines Sort, Set in Order, Shine, Standardise, and Sustain as a sequential system. Establishes 5S as the foundation for all other Lean tools.

Lesson 2 • Sustain Through Auditing

Designs 5S audit tools and leader standard work to maintain discipline over time. Addresses the most common failure point of 5S programmes.

Lesson 3 • Shine and Standardise

Establishes cleaning-as-inspection routines and visual standards documentation. Standardisation locks in gains and enables deviation detection.

Lesson 4 • Visual Management Integration

Extends 5S into broader visual management systems including status boards and andon signals. Connects workplace organisation to real-time operational control.

Lesson 1 • Updating Standards Through Kaizen

Establishes the cycle of improving and re-standardising work after each kaizen event. Prevents regression and captures institutional knowledge.

Lesson 2 • Training to Standard Work

Applies job instruction training methods to transfer standard work to operators. Ensures consistent execution and reduces training time.

Lesson 3 • Standard Work Fundamentals

Defines standard work as the current best method, not a rigid rule. Distinguishes standard work from work instructions and SOPs.

Lesson 4 • Time Study and Work Observation

Teaches time-study methods to establish reliable cycle times for each work element. Accurate time data is prerequisite to valid standard work documents.

Lesson 1 • Heijunka and Production Levelling

Introduces heijunka boxes and pitch-based scheduling to level volume and mix. Reduces upstream demand variation caused by uneven downstream consumption.

Lesson 2 • Pull System Concepts

Defines pull as producing only what the next process needs, when it needs it. Contrasts pull with push scheduling and MRP-driven production.

Lesson 3 • Principles of Continuous Flow

Explains why one-piece flow reduces lead time and exposes quality problems faster than batch processing. Builds the conceptual case for flow before introducing tools.

Lesson 4 • Kanban System Design

Teaches kanban card types, calculation formulas, and loop sizing for production and withdrawal kanbans. Learners size a kanban system for a given demand scenario.

Lesson 1 • Poka-Yoke Principles and Types

Classifies error-proofing devices by detection vs. prevention and by contact, fixed-value, and motion-step methods. Learners select the appropriate type for a given defect.

Lesson 2 • Designing Poka-Yoke Devices

Guides learners through a structured design process from defect description to device validation. Emphasises low-cost, high-reliability solutions.

Lesson 3 • Quality Confirmation and Layered Audits

Establishes layered process audits and quality gates to verify that error-proofing devices remain effective. Sustains quality gains over time.

Lesson 4 • Defect Root Cause Analysis

Applies five-why and fishbone analysis to identify the true source of recurring defects. Root cause clarity is prerequisite to effective error-proofing design.

Lesson 1 • Sustaining Lean Gains

Addresses the most common causes of Lean regression and countermeasures to prevent backsliding. Embeds Lean into management systems and daily routines.

Lesson 2 • Lean Deployment Roadmap

Guides construction of a multi-year Lean transformation roadmap aligned to business strategy. Sequences tool deployment to build capability progressively.

Lesson 3 • A3 Problem-Solving Methodology

Teaches the PDCA-based A3 format for structured problem definition, analysis, and countermeasure development. A3 thinking aligns teams on facts before acting.

Lesson 4 • Measuring Lean Transformation Progress

Defines leading and lagging metrics that reflect true Lean progress beyond cost savings. Learners build a balanced scorecard for a Lean transformation.