Lean Project Management Practices

Training course

Overview

Lean Project Management Practices is a comprehensive professional training programme designed to equip project managers, programme leaders, team leaders, and organizational professionals with the principles, methods, tools, and techniques required to deliver projects efficiently while maximizing customer value and minimizing waste. The course applies Lean thinking to project environments, focusing on value creation, workflow optimization, continuous improvement, pull-based delivery, efficient resource utilization, quality, stakeholder value, and the systematic elimination of activities that do not contribute to project outcomes. Participants will develop a practical understanding of how Lean principles can improve project planning, execution, monitoring, decision-making, and delivery across different industries and organizational environments.

The primary purpose of Lean Project Management is to improve project performance by focusing resources on activities that create value for customers and stakeholders while reducing unnecessary waiting, rework, over-processing, handoffs, defects, excessive inventory, unnecessary movement, inefficient communication, and other forms of project waste. Participants will explore Lean principles, value stream mapping, process analysis, visual management, flow, pull systems, Work in Progress (WIP) management, continuous improvement, root-cause analysis, standard work, quality at source, Just-in-Time delivery, and Kaizen. The course also examines how Lean practices can complement established project management approaches and Agile methods to create more responsive, efficient, predictable, and sustainable project delivery systems.

Modern projects operate within environments characterized by limited resources, complex stakeholder expectations, changing requirements, supply-chain constraints, organizational dependencies, regulatory requirements, digital transformation, and pressure to deliver faster and with greater quality. Traditional project management approaches may focus heavily on schedules, budgets, and task completion without sufficiently examining the flow of value through the entire project system. Lean Project Management addresses these challenges by helping project professionals identify process inefficiencies, improve workflow, reduce cycle times, strengthen collaboration, manage constraints, prevent defects, optimize decision-making, and continuously improve project delivery. Participants will learn how to use Lean tools and evidence-based management practices to identify improvement opportunities and create practical solutions to project delivery challenges.

Lean Project Management Practices is therefore suitable for project managers, programme managers, PMO professionals, operations managers, Agile practitioners, business analysts, process improvement professionals, consultants, team leaders, engineers, construction and manufacturing professionals, service delivery managers, and other professionals responsible for project performance and organizational improvement. The course combines Lean management principles, established project management practices, practical improvement tools, value stream mapping, visual management, Kanban concepts, root-cause analysis, A3 problem-solving, Kaizen, 5S, standard work, metrics, case studies, simulations, practical exercises, and real-world project scenarios. Participants progressively develop the ability to apply Lean thinking throughout the project lifecycle and create practical strategies for improving value delivery, reducing waste, managing flow, strengthening quality, and building a culture of continuous improvement.

Course Duration

5 Days (40 Hours)

Target Participants

This course is suitable for:

• Chief Executive Officers (CEOs)

• Chief Operating Officers (COOs)

• Directors and Senior Executives

• Department Heads

• Project Directors

• Project Managers

• Programme Managers

• Portfolio Managers

• Project Management Office (PMO) Professionals

• Operations Managers

• Agile Project Managers

• Scrum Masters and Agile Practitioners

• Business Analysts

• Process Improvement Professionals

• Continuous Improvement Managers

• Quality Managers

• Operations and Service Delivery Managers

• Engineers and Technical Professionals

• Construction and Infrastructure Project Professionals

• Manufacturing and Production Professionals

• Supply Chain and Procurement Professionals

• Management Consultants

• Team Leaders and Supervisors

• Organizational Development Professionals

• Professionals Responsible for Project Performance and Operational Excellence

Course Objectives

By the end of the training, participants will be able to:

• Understand the principles, concepts, terminology, and philosophy of Lean Project Management.

• Explain how Lean thinking can improve project value, efficiency, quality, flow, and delivery performance.

• Identify customer value and distinguish value-adding from non-value-adding project activities.

• Identify and eliminate the major forms of waste within project processes.

• Apply Lean principles across project initiation, planning, execution, monitoring, and delivery.

• Develop project workflows that support continuous and predictable value delivery.

• Use Value Stream Mapping (VSM) to analyze and improve project processes.

• Apply visual management techniques to improve project transparency and communication.

• Understand Kanban, pull systems, Work in Progress (WIP) limits, and flow management within projects.

• Apply Just-in-Time principles to project planning, procurement, resource allocation, and delivery.

• Identify project constraints, bottlenecks, queues, delays, and process inefficiencies.

• Apply Kaizen and continuous improvement principles to project environments.

• Use PDCA and other structured improvement cycles to solve project performance problems.

• Apply A3 problem-solving and root-cause analysis techniques.

• Use tools such as the Five Whys, Fishbone Diagram, Pareto Analysis, and process mapping to identify root causes.

• Apply 5S principles to improve workplace and project organization where appropriate.

• Establish standard work and repeatable project processes.

• Integrate quality into project processes and reduce defects, rework, and corrective activities.

• Improve stakeholder value through customer-focused project delivery.

• Manage project flow, dependencies, handoffs, and work queues more effectively.

• Improve project forecasting and delivery predictability using flow-based measures.

• Apply Lean metrics to monitor project performance and identify improvement opportunities.

• Integrate Lean principles with Agile, Scrum, Kanban, and traditional project management practices.

• Apply Lean thinking to project risk, procurement, resource management, and supply-chain activities.

• Improve collaboration between project teams, functional departments, suppliers, and stakeholders.

• Identify common Lean implementation challenges and project-level Lean anti-patterns.

• Lead practical Lean improvement initiatives within project and programme environments.

• Develop sustainable continuous-improvement practices and improvement cultures.

• Apply Lean Project Management practices to real-world project scenarios and complex delivery environments.

• Develop a practical Lean Project Management implementation and improvement strategy for the workplace.

Course Content

Day 1: Foundations of Lean Project Management and Value Creation

Module 1: Lean Thinking, Customer Value, and Project Delivery

Topics

  1.  Introduction to Lean Project Management
  2.  
    • Definition and purpose of Lean Project Management
    • Evolution of Lean thinking
    • Lean principles and project environments
    • Relationship between Lean and project management
    • Value-focused project delivery
    • Efficiency and effectiveness
    • Lean project culture
    • Applications across industries
  3.  Principles of Lean Thinking
  4.  
    • Value
    • Value stream
    • Flow
    • Pull
    • Perfection
    • Respect for people
    • Continuous improvement
    • Systems thinking
  5.  Understanding Customer and Stakeholder Value
  6.  
    • Customer requirements
    • Stakeholder expectations
    • Value definition
    • Critical-to-quality requirements
    • Customer outcomes
    • Value prioritization
    • Value versus activity
    • Voice of the customer
  7.  Identifying Value-Adding and Non-Value-Adding Activities
  8.  
    • Value-adding work
    • Non-value-adding work
    • Necessary non-value-adding activities
    • Waste identification
    • Process efficiency
    • Rework
    • Delays
    • Unnecessary activities
  9.  The Eight Wastes in Project Environments
  10.  
    • Defects
    • Overproduction
    • Waiting
    • Non-utilized talent
    • Transportation
    • Inventory
    • Motion
    • Extra-processing
    • Identifying project-specific waste
  11.  Lean Project Lifecycle
  12.  
    • Lean project initiation
    • Value definition
    • Project planning
    • Flow-oriented execution
    • Performance monitoring
    • Continuous improvement
    • Delivery
    • Lessons learned
  13.  Lean Project Leadership and Culture
  14.  
    • Leadership behaviors
    • Respect for people
    • Empowerment
    • Team engagement
    • Problem-solving culture
    • Leadership at the workplace
    • Coaching
    • Continuous improvement mindset
  15.  Lean Thinking and Traditional Project Management
  16.  
    • Lean and predictive project management
    • Lean and Agile
    • Lean and Scrum
    • Lean and Kanban
    • Complementary approaches
    • Planning and adaptation
    • Value-based decision-making
    • Selecting appropriate methods
  17.  Practical Exercise: Identifying Waste in a Project
  18.  
    • Analyze a project workflow
    • Identify value-adding activities
    • Identify non-value-adding activities
    • Classify project waste
    • Identify delays and rework
    • Analyze handoffs
    • Identify improvement opportunities
    • Develop initial Lean interventions
  19. Case Study: Transforming an Inefficient Project Delivery Process
  • Analyze a delayed project
  • Identify sources of waste
  • Assess stakeholder value
  • Identify process inefficiencies
  • Evaluate resource utilization
  • Identify quality problems
  • Develop Lean improvement priorities
  • Present a value-focused project improvement strategy

Day 2: Value Stream Mapping, Workflow, and Visual Management

Module 2: Project Flow, Process Analysis, and Visual Management

Topics

  1.  Value Stream Mapping in Project Management
  2.  
    • Purpose of Value Stream Mapping
    • Current-state mapping
    • Future-state mapping
    • Project value streams
    • Information flow
    • Material flow
    • Decision flow
    • Identifying waste
  3.  Mapping the Current Project Process
  4.  
    • Process boundaries
    • Process steps
    • Inputs and outputs
    • Customers
    • Suppliers
    • Handoffs
    • Queues
    • Waiting time
  5.  Analyzing Project Flow
  6.  
    • Workflow
    • Flow efficiency
    • Cycle time
    • Lead time
    • Process time
    • Waiting time
    • Bottlenecks
    • Flow interruptions
  7.  Designing the Future-State Project Workflow
  8.  
    • Future-state objectives
    • Waste elimination
    • Process simplification
    • Flow improvement
    • Pull-based work
    • Reduced handoffs
    • Reduced queues
    • Continuous flow
  9.  Visual Management for Project Teams
  10.  
    • Visual boards
    • Project status visualization
    • Work item visualization
    • Milestone tracking
    • Risk visualization
    • Issue visualization
    • Performance indicators
    • Management transparency
  11.  Kanban and Pull Systems for Projects
  12.  
    • Kanban principles
    • Pull versus push
    • Work authorization
    • WIP limits
    • Workflow states
    • Blocked work
    • Replenishment
    • Flow management
  13.  Managing Project Handoffs and Dependencies
  14.  
    • Functional handoffs
    • Cross-team dependencies
    • Supplier dependencies
    • Approval dependencies
    • Information handoffs
    • Dependency visibility
    • Dependency reduction
    • Escalation mechanisms
  15.  Project Process Standardization
  16.  
    • Standard work
    • Process consistency
    • Standard operating procedures
    • Checklists
    • Templates
    • Quality controls
    • Process ownership
    • Continuous refinement
  17.  Practical Workshop: Developing a Project Value Stream Map
  18.  
    • Select a project process
    • Identify process stages
    • Map information flow
    • Measure lead time
    • Identify queues
    • Identify waste
    • Design future-state improvements
    • Develop an implementation plan
  19. Case Study: Reducing Project Cycle Time Through Flow Improvement
  • Analyze a complex project workflow
  • Identify bottlenecks
  • Map process delays
  • Analyze handoffs
  • Introduce visual management
  • Establish WIP controls
  • Redesign workflow
  • Measure expected improvements

Day 3: Continuous Improvement, Problem-Solving, and Quality

Module 3: Kaizen, Root-Cause Analysis, and Built-In Quality

Topics

  1.  Kaizen and Continuous Improvement
  2.  
    • Definition of Kaizen
    • Continuous improvement philosophy
    • Incremental improvement
    • Employee involvement
    • Improvement opportunities
    • Kaizen culture
    • Improvement cycles
    • Sustaining improvements
  3.  PDCA Problem-Solving Cycle
  4.  
    • Plan
    • Do
    • Check
    • Act
    • Improvement experiments
    • Measurement
    • Learning
    • Standardization
  5.  A3 Problem-Solving
  6.  
    • Purpose of A3
    • Problem definition
    • Current condition
    • Target condition
    • Root-cause analysis
    • Countermeasures
    • Implementation
    • Follow-up
  7.  Root-Cause Analysis
  8.  
    • Problem statements
    • Symptoms versus causes
    • Five Whys
    • Fishbone Diagram
    • Cause-and-effect analysis
    • Data collection
    • Root-cause validation
    • Corrective actions
  9.  Pareto Analysis and Prioritizing Problems
  10.  
    • Pareto principle
    • Problem categorization
    • Frequency analysis
    • Impact analysis
    • Prioritization
    • Critical problems
    • Resource allocation
    • Improvement focus
  11.  Quality at Source and Defect Prevention
  12.  
    • Built-in quality
    • Defect prevention
    • Quality standards
    • Inspection versus prevention
    • First-time-right delivery
    • Error-proofing
    • Quality ownership
    • Corrective action
  13.  Reducing Rework and Project Defects
  14.  
    • Rework identification
    • Defect analysis
    • Rework costs
    • Requirements quality
    • Review processes
    • Verification
    • Validation
    • Prevention strategies
  15.  5S and Workplace Organization
  16.  
    • Sort
    • Set in order
    • Shine
    • Standardize
    • Sustain
    • Digital workplace organization
    • Project documentation
    • Information accessibility
  17.  Practical Exercise: Conducting an A3 Project Improvement Analysis
  18.  
    • Define the project problem
    • Establish the current condition
    • Analyze root causes
    • Develop target conditions
    • Identify countermeasures
    • Define measures
    • Establish implementation actions
    • Prepare an A3 improvement report
  19. Case Study: Eliminating Recurring Project Quality Problems
  • Analyze recurring defects
  • Identify root causes
  • Apply Pareto analysis
  • Conduct Five Whys
  • Develop corrective actions
  • Establish preventive controls
  • Standardize improved processes
  • Develop a continuous quality-improvement strategy

Day 4: Lean Planning, Resource Optimization, Risk, and Performance

Module 4: Lean Project Planning, Capacity, and Performance Management

Topics

  1.  Lean Project Planning Principles
  2.  
    • Value-driven planning
    • Planning at the appropriate level
    • Progressive elaboration
    • Pull planning
    • Constraint-based planning
    • Visual planning
    • Short feedback cycles
    • Adaptive planning
  3.  Last Planner System and Collaborative Planning
  4.  
    • Collaborative planning
    • Master scheduling
    • Lookahead planning
    • Make-ready planning
    • Weekly work planning
    • Reliable commitments
    • Constraint removal
    • Percent Plan Complete (PPC)
  5.  Pull Planning and Milestone Management
  6.  
    • Pull planning concepts
    • Milestone definition
    • Backward planning
    • Activity sequencing
    • Dependencies
    • Constraint identification
    • Commitment planning
    • Schedule reliability
  7.  Managing Project Constraints
  8.  
    • Resource constraints
    • Information constraints
    • Approval constraints
    • Technical constraints
    • Procurement constraints
    • Capacity constraints
    • External constraints
    • Constraint removal
  9.  Lean Resource Management
  10.  
    • Capacity planning
    • Resource flow
    • Skill utilization
    • Multitasking
    • Resource bottlenecks
    • Workforce flexibility
    • Cross-training
    • Sustainable utilization
  11.  Lean Risk Management
  12.  
    • Risk identification
    • Process-related risks
    • Flow risks
    • Quality risks
    • Supply-chain risks
    • Constraint risks
    • Early-warning indicators
    • Risk-response strategies
  13.  Lean Procurement and Supply-Chain Practices
  14.  
    • Supplier value
    • Just-in-Time principles
    • Procurement lead times
    • Supplier coordination
    • Inventory reduction
    • Quality at source
    • Supplier relationships
    • Supply-chain flow
  15.  Lean Project Performance Metrics
  16.  
    • Lead time
    • Cycle time
    • Throughput
    • WIP
    • Flow efficiency
    • Percent Plan Complete
    • Defect rates
    • Rework
    • Schedule reliability
    • Customer value measures
  17.  Practical Exercise: Developing a Lean Project Control System
  18.  
    • Define project flow metrics
    • Establish visual controls
    • Identify constraints
    • Develop planning measures
    • Establish quality indicators
    • Develop risk indicators
    • Create a project performance dashboard
    • Define improvement actions
  19. Case Study: Recovering a Delayed and Resource-Constrained Project
  • Analyze project delays
  • Identify constraints
  • Evaluate resource allocation
  • Analyze workflow
  • Identify supply-chain issues
  • Review quality problems
  • Develop recovery actions
  • Establish a Lean project recovery plan

Day 5: Advanced Lean Project Management, Integration, and Capstone Application

Module 5: Lean Project Transformation, Leadership, and Integrated Application

Topics

  1.  Integrating Lean with Agile and Modern Project Management
  2.  
    • Lean-Agile principles
    • Scrum and Lean
    • Kanban and Lean
    • Hybrid project management
    • Predictive and adaptive approaches
    • Flow-based delivery
    • Continuous planning
    • Integrated project operating models
  3.  Advanced Flow and Value Optimization
  4.  
    • End-to-end project flow
    • Value-stream optimization
    • Bottleneck management
    • Queue reduction
    • WIP optimization
    • Flow efficiency
    • Delivery predictability
    • System-level optimization
  5.  Lean Project Governance
  6.  
    • Lean governance principles
    • Decision-making
    • Visual performance management
    • Escalation
    • Accountability
    • Transparency
    • Risk governance
    • Continuous improvement governance
  7.  Lean Leadership and Organizational Transformation
  8.  
    • Lean leadership behaviors
    • Coaching
    • Empowerment
    • Problem-solving culture
    • Management system
    • Leadership standard work
    • Organizational learning
    • Transformation leadership
  9.  Managing Change and Resistance to Lean Practices
  10.  
    • Sources of resistance
    • Change readiness
    • Stakeholder engagement
    • Communication
    • Capability development
    • Demonstrating value
    • Pilot initiatives
    • Sustaining change
  11.  Lean Project Maturity and Continuous Improvement Systems
  12.  
    • Lean maturity assessment
    • Process maturity
    • Flow maturity
    • Measurement maturity
    • Problem-solving maturity
    • Leadership maturity
    • Continuous improvement maturity
    • Improvement roadmaps
  13.  Lean Project Management Anti-Patterns and Common Failure Modes
  14.  
    • Implementing tools without Lean thinking
    • Excessive WIP
    • Local optimization
    • Metric manipulation
    • Ignoring customer value
    • Treating visual boards as reporting tools
    • Failure to address root causes
    • Unsustained improvements
  15.  Practical Workshop: Developing a Lean Project Transformation Roadmap
  16.  
    • Assess current project-management practices
    • Identify waste
    • Map value streams
    • Identify constraints
    • Establish improvement priorities
    • Define Lean practices
    • Establish performance measures
    • Develop implementation milestones
    • Define change-management actions
  17.  Integrated Case Study: Applying Lean to a Complex Project Environment
  18.  
    • Analyze project context
    • Identify customer value
    • Map the project value stream
    • Identify waste and constraints
    • Design future-state workflow
    • Establish visual management
    • Apply pull and WIP management
    • Develop quality controls
    • Establish performance metrics
    • Present an integrated Lean project strategy
  19. Final Assessment, Capstone Exercise, and Workplace Implementation Strategy
  • Comprehensive Lean Project Management knowledge assessment
  • Lean principles and waste identification exercise
  • Value Stream Mapping assessment
  • WIP and flow-management exercise
  • Root-cause analysis assessment
  • A3 problem-solving exercise
  • Lean planning and constraint-management scenario
  • Project performance measurement exercise
  • Capstone Lean project improvement presentation
  • Personal action plan and workplace Lean implementation strategy

 

Course Schedules:

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