Course Outline:

Module 1: Introduction to Lean Manufacturing

• Overview of Lean Manufacturing principles and history
• Key concepts and terminology (e.g., value stream, waste reduction, Kaizen)
• Introduction to LeanKit software and its role in Lean processes
• Hands-on Exercise: Identifying Lean principles in a case study
• Case Study: Analysis of a successful Lean implementation in a manufacturing setting

Module 2: Value Stream Mapping

• Techniques for mapping value streams and identifying value-added activities
• Using LeanKit to create and analyze value stream maps
• Identifying and eliminating non-value-added activities
• Hands-on Exercise: Creating a value stream map for a sample process
• Real-Life Project: Developing a value stream map for a current manufacturing process

Module 3: Waste Reduction Techniques

• Understanding the 7 types of waste (TIMWOOD: Transport, Inventory, Motion, Waiting, Overproduction, Overprocessing, Defects)
• Tools and techniques for waste reduction (e.g., 5S, Kanban)
• Applying LeanKit to track and manage waste reduction efforts
• Hands-on Exercise: Identifying waste in a simulated environment
• Case Study: Implementing waste reduction techniques in a real-world scenario

Module 4: 5S Methodology

• Principles and steps of the 5S methodology (Sort, Set in Order, Shine, Standardize, Sustain)
• Implementing 5S in the workplace using LeanKit
• Measuring and sustaining 5S improvements
• Hands-on Exercise: Conducting a 5S audit in a sample area
• Real-Life Project: Applying 5S methodology to an actual work area

Module 5: Kanban Systems and Just-In-Time (JIT)

• Overview of Kanban systems and JIT principles
• Setting up and managing Kanban boards using LeanKit
• Benefits and challenges of JIT in manufacturing
• Hands-on Exercise: Designing a Kanban system for a production line
• Case Study: Analyzing JIT implementation in a leading manufacturing company

Module 6: Standard Work and Process Improvement

• Developing and documenting standard work procedures
• Continuous process improvement techniques (e.g., PDCA cycle)
• Using LeanKit to monitor and improve standard work practices
• Hands-on Exercise: Creating standard work procedures for a sample process
• Real-Life Project: Documenting and improving standard work in a manufacturing process

Module 7: Root Cause Analysis and Problem Solving

• Techniques for root cause analysis (e.g., Fishbone Diagram, 5 Whys)
• Applying LeanKit to support problem-solving and corrective actions
• Developing solutions and implementing improvements
• Hands-on Exercise: Conducting a root cause analysis for a quality issue
• Case Study: Solving a complex problem using Lean principles

Module 8: Lean Metrics and Performance Measurement

• Identifying key Lean metrics and performance indicators
• Using LeanKit to track and analyze Lean performance data
• Techniques for setting targets and measuring success
• Hands-on Exercise: Developing a Lean performance dashboard
• Real-Life Project: Measuring and reporting Lean improvements in a live environment

Module 9: Change Management and Lean Culture

• Strategies for managing change and fostering a Lean culture
• Engaging employees and leadership in Lean initiatives
• Using LeanKit to communicate and track change efforts
• Hands-on Exercise: Creating a change management plan for Lean implementation
• Case Study: Building a Lean culture in a global manufacturing organization

Module 10: Capstone Project and Course Review

• Integration of course concepts into a comprehensive project
• Participants present their Lean implementation plans and receive feedback
• Review of key learnings and best practices in Lean Manufacturing
• Final Project Presentation: Showcase of a Lean project demonstrating implementation and results