Course Introduction
Lean Project Management and Waste Reduction Course provides a practical framework for improving project performance by identifying and eliminating activities that consume resources without creating meaningful value. The programme introduces Lean principles, project management practices, process improvement techniques, and waste reduction methods that help teams deliver better outcomes with greater efficiency, quality, and consistency.
The course examines how project teams can distinguish value-adding activities from unnecessary effort, delays, rework, excessive approvals, poor communication, avoidable handoffs, and other sources of waste. Participants learn to analyze project processes from end to end and identify opportunities to simplify workflows, improve resource utilization, reduce cycle times, and strengthen the overall delivery system.
Participants will explore the major forms of Lean waste and understand how they can appear in planning, procurement, design, development, quality assurance, reporting, stakeholder management, administration, and project execution. Practical techniques such as value stream mapping, process mapping, root cause analysis, visual management, standardization, and continuous improvement are used to help participants address operational and project delivery inefficiencies.
The programme also emphasizes Lean leadership and organizational culture. Participants will learn how managers can engage teams in problem-solving, encourage continuous improvement, establish transparent performance expectations, and create an environment where employees are empowered to identify and resolve sources of waste. The course connects Lean thinking with collaboration, customer value, quality management, employee engagement, and sustainable performance.
Contemporary Lean challenges are incorporated throughout the programme, including digital transformation, automation, artificial intelligence, remote and hybrid project teams, sustainability, supply chain disruption, data-driven process improvement, and increasing customer expectations. Participants will consider how emerging technologies can support waste identification and workflow optimization while recognizing the importance of responsible implementation, human judgment, and change management.
By completing the course, participants will be able to apply Lean thinking to real project environments, identify different forms of waste, analyze inefficient processes, improve workflow, reduce rework and delays, strengthen quality, and establish continuous improvement practices. The programme provides practical methods for creating leaner project delivery systems that maximize value, improve productivity, and support measurable business results.
Duration
5 days
Who Should Attend
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Project managers responsible for improving project efficiency, productivity, quality, and cost performance.
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Programme managers overseeing multiple projects and seeking to reduce systemic waste and delivery inefficiencies.
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Project coordinators managing workflows, documentation, communication, resources, and administrative activities.
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Lean practitioners seeking to strengthen their application of Lean principles within project management environments.
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Process improvement professionals responsible for identifying inefficiencies and implementing sustainable operational improvements.
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PMO professionals seeking practical approaches for improving project governance, reporting, processes, and resource utilization.
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Operations managers responsible for improving workflows, service delivery, productivity, and process performance.
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Business analysts involved in process analysis, requirements management, workflow design, and value optimization.
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Quality professionals seeking to reduce defects, rework, process variation, delays, and unnecessary corrective activities.
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Supply chain and procurement professionals managing project-related purchasing, logistics, suppliers, inventory, and material flows.
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Team leaders responsible for improving employee productivity, collaboration, workflow efficiency, and problem-solving capabilities.
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Change managers supporting Lean transformation, cultural change, process redesign, and continuous improvement programmes.
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Consultants advising organizations on Lean management, project optimization, waste reduction, and operational excellence.
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Professionals working in project environments where cost pressures, resource constraints, delays, and quality challenges require systematic improvement.
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Managers and supervisors seeking practical tools for creating a culture of efficiency, accountability, problem-solving, and continuous improvement.
Course Objectives
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Explain Lean project management principles and demonstrate how value-focused thinking can improve project efficiency, quality, productivity, cost performance, and delivery outcomes.
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Identify the major categories of project waste and recognize how delays, defects, overprocessing, waiting, unnecessary movement, and excess work affect project performance.
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Distinguish value-adding, business-value-adding, and non-value-adding activities to help project teams prioritize improvement opportunities and eliminate unnecessary effort.
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Apply value stream mapping and process analysis techniques to visualize project workflows, identify constraints, expose waste, and understand end-to-end delivery performance.
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Use structured root cause analysis methods to investigate recurring project problems rather than simply treating visible symptoms or implementing short-term corrective actions.
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Apply Lean problem-solving techniques to reduce rework, defects, delays, excessive approvals, inefficient handoffs, communication failures, and avoidable administrative activities.
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Develop practical continuous improvement systems that encourage project teams to identify problems, test solutions, measure results, and sustain successful process changes.
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Improve project resource utilization by aligning people, materials, technology, information, time, and financial resources with activities that generate meaningful customer or business value.
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Integrate Lean principles with agile, hybrid, traditional, digital, and transformation-focused project delivery environments while adapting techniques to different organizational contexts.
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Evaluate emerging technologies such as artificial intelligence, automation, analytics, and digital process tools as potential enablers of waste reduction, productivity improvement, and sustainable project performance.
Comprehensive Course Outline
Module 1: Foundations of Lean Project Management
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Understanding Lean thinking and how its principles can be adapted to project environments where uncertainty, complexity, and changing requirements influence delivery.
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Exploring the relationship between customer value, project outcomes, process efficiency, quality, resource utilization, cost control, and overall delivery performance.
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Comparing Lean project management with traditional project management, agile delivery, continuous improvement, and operational excellence approaches.
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Identifying the organizational conditions, leadership behaviors, team practices, and management systems required to establish sustainable Lean project delivery.
Module 2: Identifying and Eliminating Project Waste
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Examining the major categories of Lean waste and understanding how each type can appear across project planning, execution, governance, administration, and delivery.
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Identifying waiting, unnecessary processing, defects, rework, excessive handoffs, overproduction, unused talent, and inefficient movement within project workflows.
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Analyzing hidden forms of waste created by unclear requirements, excessive meetings, duplicated reporting, unnecessary approvals, poor information flow, and weak coordination.
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Prioritizing waste reduction opportunities according to their impact on customer value, project cost, delivery time, quality, risk, employee capacity, and strategic objectives.
Module 3: Customer Value and Value-Based Project Delivery
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Defining customer and stakeholder value and translating expectations into project outcomes, deliverables, quality standards, and measurable success criteria.
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Distinguishing genuine value-adding activities from necessary supporting activities and processes that consume resources without creating meaningful additional value.
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Applying voice-of-the-customer techniques to understand expectations, identify dissatisfaction, reduce unnecessary requirements, and improve project outcome relevance.
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Aligning project priorities, resources, workflows, and decisions with the outcomes that matter most to customers, sponsors, users, and the organization.
Module 4: Value Stream Mapping and Process Analysis
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Creating value stream maps that visualize project workflows, information flows, handoffs, queues, delays, approvals, dependencies, and sources of process waste.
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Analyzing current-state processes to understand where time and resources are consumed and where project value is delayed or unnecessarily constrained.
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Designing future-state workflows that reduce waste, simplify processes, improve flow, strengthen communication, and establish clearer responsibilities.
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Using process mapping and workflow analysis to support evidence-based improvement decisions across complex and cross-functional project environments.
Module 5: Lean Planning, Flow, and Resource Optimization
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Applying Lean planning principles to improve sequencing, coordination, resource allocation, work visibility, delivery flow, and project schedule reliability.
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Reducing excessive work in progress, multitasking, idle capacity, resource conflicts, and unnecessary project activities that create delays or increase delivery risk.
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Improving material, information, people, technology, and financial resource flows to ensure that critical project activities receive appropriate support when required.
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Balancing resource utilization with delivery flow and recognizing why maximizing individual or departmental utilization can sometimes reduce overall project performance.
Module 6: Quality, Defect Prevention, and Root Cause Analysis
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Understanding how Lean quality principles shift project teams from detecting problems late toward preventing defects and designing quality into processes from the beginning.
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Applying root cause analysis techniques to investigate recurring quality problems, delivery failures, defects, rework, customer complaints, and process breakdowns.
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Using approaches such as the Five Whys, cause-and-effect analysis, Pareto thinking, structured problem-solving, and corrective action planning to address systemic issues.
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Establishing practical quality controls, feedback loops, standard work, and verification practices that reduce defects while improving delivery efficiency and customer satisfaction.
Module 7: Lean Leadership, People, and Continuous Improvement
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Understanding the role of Lean leadership in creating a culture where employees are encouraged to identify problems, challenge inefficient practices, and suggest improvements.
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Applying coaching, empowerment, visual management, structured problem-solving, and team engagement techniques to strengthen continuous improvement behaviors.
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Developing effective Kaizen practices that enable project teams to implement incremental improvements while maintaining delivery commitments and operational stability.
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Addressing resistance to Lean transformation by communicating value, involving employees, understanding concerns, building capability, and demonstrating measurable improvement results.
Module 8: Lean Project Governance, Risk, and Performance
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Designing Lean governance practices that provide appropriate oversight while reducing unnecessary bureaucracy, duplicated reporting, excessive approvals, and slow decision-making.
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Applying Lean thinking to project risk management by identifying risks early, reducing process vulnerabilities, and addressing root causes rather than recurring symptoms.
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Developing meaningful performance measures for cost, quality, delivery time, flow, productivity, customer value, resource utilization, and continuous improvement.
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Creating transparent project management systems that enable timely decisions while preventing measurement practices from encouraging counterproductive behaviors or local optimization.
Module 9: Digital Lean, Automation, AI, and Sustainable Waste Reduction
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Exploring how digital workflow platforms, process analytics, automation, and integrated data systems can improve visibility and accelerate identification of project waste.
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Examining the role of artificial intelligence in detecting process patterns, predicting delays, analyzing project data, supporting root cause analysis, and identifying improvement opportunities.
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Addressing responsible AI and automation considerations involving data quality, privacy, cybersecurity, transparency, human oversight, bias, and unintended process consequences.
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Integrating Lean principles with sustainability by reducing material waste, unnecessary energy consumption, avoidable travel, inefficient resource use, and environmentally harmful project practices.
Module 10: Lean Transformation and Long-Term Operational Excellence
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Developing a structured Lean transformation roadmap that connects waste reduction initiatives with strategic objectives, measurable benefits, organizational priorities, and customer value.
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Scaling Lean improvement practices across projects, departments, programmes, suppliers, and organizational processes while maintaining consistency and local adaptability.
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Establishing systems for sustaining improvements through standardization, performance monitoring, leadership routines, knowledge sharing, capability development, and ongoing experimentation.
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Creating a practical project-specific Lean improvement plan with prioritized opportunities, measurable targets, responsible owners, implementation milestones, and mechanisms for evaluating results.
Training Approach
This course will be delivered by our skilled trainers who have vast knowledge and experience as expert professionals in the fields. The course is taught in English and through a mix of theory, practical activities, group discussion and case studies. Course manuals and additional training materials will be provided to the participants upon completion of the training.
Tailor-Made Course
This course can also be tailor-made to meet organization requirement. For further inquiries, please contact us on: Email: training@upskilldevelopment.com Tel: +254 721 331 808
Training Venue
The training will be held at our Upskill Training Centre. We also offer training for a group (at a discount of 10% to 50%) at requested location all over the world. The Onsite course fee covers the course tuition, training materials, two break refreshments, buffet lunch, airport transfers, Upskill gift package, and guided tour.
Visa application, travel expenses, dinners, accommodation, insurance, and other personal expenses are catered by the participant
Certification
Participants will be issued with Upskill certificate upon completion of this course.
Airport Pickup and Accommodation
Airport pickup and accommodation is arranged upon request. For booking contact our Training Coordinator through Email: training@upskilldevelopment.com, +254 721 331 808
Terms of Payment:
Unless otherwise agreed between the two parties’ payment of the course fee should be done 3 working days before commencement of the training so as to enable us to prepare better.
