The Ultimate Kanban Masterclass - From Chaos to Flow

After Completing This Lecture, Students Will Be Able To:

• Understand What is Kanban

• Explain the relationship between flow, WIP limits, and continuous improvement.

• Visualize work using a Kanban board.

• Understand how WIP limits improve workflow efficiency.

• Identify opportunities to improve team flow and reduce bottlenecks.

After Completing This Lecture, Students Will Be Able To:

• Explain how the Kanban Pull System works.

• Differentiate between pulling work and pushing work.

• Understand the role of capacity and priority in task selection.

• Apply WIP limits to control workflow and improve flow efficiency.

After completing this lecture, students will be able to:

✅ Explain the origins of Kanban and its role within the Toyota Production System.

✅ Describe how supermarket replenishment concepts inspired the Kanban Pull System.

✅ Understand David J. Anderson's contribution in adapting Kanban for software development and knowledge work.

✅ Identify the key evolutionary stages that led to modern Kanban adoption across industries.

After Completing This Lecture, Students Will Be Able To:

• Distinguish Kanban from methodologies and frameworks.

• Explain Kanban as an evolutionary improvement approach.

• Understand how Kanban complements existing processes.

• Apply the mindset of continuous improvement in any workflow.

Learn what a Value Stream is and how it helps identify value-adding activities, delays, and waste in a workflow. Through a simple coffee shop example, you'll understand how to improve flow and delivery efficiency.

After Completing This Lecture, Students Will Be Able To:

• Define a Value Stream and its purpose.

• Distinguish between value-added and non-value-added activities.

• Identify delays and waste in a process.

• Calculate basic flow efficiency and improvement opportunities.

Learn how Value Streams are represented in Kanban boards and how visualizing workflow helps teams identify bottlenecks, reduce delays, and improve delivery speed.

After Completing This Lecture, Students Will Be Able To:

• Explain Value Streams in a Kanban context.

• Visualize workflow from start to finish.

• Identify value-added activities and waste.

• Use flow metrics to improve efficiency and delivery performance.

Discover the four foundational principles of Kanban that enable teams to improve workflows without disruptive change. Learn how Kanban promotes evolutionary improvement, respect for current processes, and leadership at all levels.

After Completing This Lecture, Students Will Be Able To:

• Explain the four Kanban change management principles.

• Apply Kanban without changing existing roles or processes.

• Drive continuous improvement through small, incremental changes.

• Foster collaboration and leadership across the team.

Learn the six core operational practices of Kanban that help teams visualize work, improve flow, limit WIP, establish clear policies, and drive continuous improvement.

After Completing This Lecture, Students Will Be Able To:

• Explain the six Kanban operational practices.

• Visualize workflows and apply WIP limits.

• Manage flow using Kanban metrics.

• Use feedback loops and collaborative improvement techniques.

Learn the key components of a Kanban Board and how they work together to visualize workflow, manage capacity, and improve delivery efficiency.

After Completing This Lecture, Students Will Be Able To:

• Identify the core elements of a Kanban Board.

• Understand the purpose of columns, cards, and swimlanes.

• Apply WIP limits to manage workflow effectively.

• Explain commitment and delivery points in a Kanban system.

In this lecture, you'll learn how columns form the foundation of a Kanban board by representing the stages of a workflow. You'll explore the basic structure of a Kanban board, how teams customize columns to reflect their process, and how work flows through the system using the pull approach.

After completing this lecture, students will be able to:

✅ Explain the purpose of columns in a Kanban board.

✅ Design basic workflow stages such as To Do, In Progress, and Done.

✅ Customize columns to match team-specific workflows.

In this lecture, you'll learn how WIP (Work In Progress) Limits help teams control workflow, reduce multitasking, and improve delivery speed. You'll discover how to set practical WIP limits and use them to expose bottlenecks and create smoother work flow.

After completing this lecture, students will be able to:

✅ Explain what a WIP Limit is and why it is important in Kanban.

✅ Apply WIP Limits to control the amount of active work in a workflow.

✅ Reduce multitasking and improve team focus.

✅ Identify bottlenecks and workflow constraints more effectively.

✅ Use WIP Limits to reduce Cycle Time and improve flow efficiency.

✅ Calculate an initial WIP Limit for their team using a practical guideline.

Learn how Swimlanes help organize work on a Kanban board, making it easier to prioritize tasks, improve visibility, and manage different types of work effectively.

After Completing This Lecture, Students Will Be Able To:

• Explain the purpose of Swimlanes in Kanban.

• Organize work using different Swimlane strategies.

In this lecture, you'll learn the difference between Commitment Points and Delivery Points in a Kanban system. You'll understand how these points define the start and end of work, help measure Lead Time, and improve accountability and flow management.

After completing this lecture, students will be able to:

✅ Define Commitment Point and Delivery Point in a Kanban workflow.

✅ Identify when work officially starts and when value is delivered.

✅ Measure Lead Time using Commitment and Delivery Points.

In this lecture, you'll learn when Kanban is the most effective approach for managing work. We'll explore the types of environments where Kanban excels, including situations with changing priorities, continuous incoming work, varying work sizes, and a strong need for workflow optimization and WIP control.

After completing this lecture, students will be able to:

✅ Identify the situations and work environments where Kanban is most effective.

✅ Determine whether Kanban is suitable for teams with frequently changing priorities.

✅ Recognize when continuous flow is more beneficial than fixed iterations or sprints.

After Completing This Lecture, Students Will Be Able To:

• Identify common Kanban use cases across industries.

• Apply Kanban in software development and IT operations.

• Use Kanban for product and portfolio management.

• Recognize where Kanban can improve workflow and delivery outcomes.

After Completing This Lecture, Students Will Be Able To:

• Identify non-IT use cases of Kanban.

• Apply Kanban in HR, Marketing, Healthcare, and Manufacturing.

After Completing This Lecture, Students Will Be Able To:

• Understand how Kanban supports each stage of the SDLC.

• Visualize work from Requirements to Operations.

• Identify workflow improvements across development teams.

• Apply Kanban practices to enhance delivery and quality.

Learn the four core Kanban metrics that help teams measure workflow performance, identify bottlenecks, and drive continuous improvement through data-driven decisions.

After Completing This Lecture, Students Will Be Able To:

• Explain Lead Time, Cycle Time, Throughput, and WIP.

• Measure workflow performance using Kanban metrics.

  
  

Understand Lead Time, one of the most important Kanban metrics, and learn how it measures the total time a customer waits from request to delivery.

After Completing This Lecture, Students Will Be Able To:

• Define Lead Time and how it is calculated.

• Measure end-to-end delivery time.

• Identify delays that increase Lead Time.

• Apply Kanban practices to reduce Lead Time and improve predictability.

Learn Cycle Time, a key Kanban metric that measures how long work takes once development begins. Discover how reducing delays and bottlenecks can improve delivery speed.

After Completing This Lecture, Students Will Be Able To:

• Define Cycle Time and how it is calculated.

• Differentiate Cycle Time from Lead Time.

• Identify bottlenecks affecting delivery speed.

• Apply Kanban practices to reduce Cycle Time and improve flow.

Learn the difference between Lead Time and Cycle Time in a software development workflow, and understand how these metrics help measure delivery speed and flow efficiency.

After Completing This Lecture, Students Will Be Able To:

• Differentiate between Lead Time and Cycle Time.

• Identify where each metric starts and ends in the SDLC.

• Measure delivery performance using both metrics.

• Use these insights to improve workflow efficiency and predictability.

In this Lecture,you will Learn how Throughput measures the number of work items completed over time and why it is a key indicator of team productivity and delivery performance.

After Completing This Lecture, Students Will Be Able To:

• Define Throughput and how it is measured.

• Track delivery rates using Throughput.

• Understand the relationship between WIP, Cycle Time, and Throughput.

• Use Throughput data for forecasting and continuous improvement.

In this Lectur, You will Learn how Work in Progress (WIP) helps control workflow, reduce multitasking, and improve delivery speed by limiting the amount of work being handled at any given time.

After Completing This Lecture, Students Will Be Able To:

• Define Work in Progress (WIP) in Kanban.

• Understand why limiting WIP improves flow.

• Apply WIP limits to reduce bottlenecks and context switching.

• Use WIP to increase team efficiency and throughput.

In this lecture,You will Learn how to use a Cumulative Flow Diagram (CFD) to visualize workflow health, monitor work-in-progress, identify bottlenecks, and assess delivery predictability.

After Completing This Lecture, Students Will Be Able To:

• Explain the purpose of a Cumulative Flow Diagram (CFD).

• Interpret WIP, Cycle Time, and Throughput from a CFD.

• Identify bottlenecks and flow inefficiencies.

• Assess workflow stability and delivery predictability.

In this lecture,You will Learn how the Cumulative Flow Diagram (CFD) helps visualize workflow health, track work movement across stages, and identify bottlenecks using Kanban metrics.

After Completing This Lecture, Students Will Be Able To:

• Explain the purpose of a Cumulative Flow Diagram (CFD).

• Interpret WIP, Cycle Time, and Throughput using a CFD.

• Identify bottlenecks and workflow imbalances.

• Assess flow stability and delivery predictability.

Case Study Introduction on Team size and other information for a Customer support Team.

In this case study, you'll learn how a Customer Support Team applies the first Kanban principle, Visualize the Workflow, to transform incoming customer requests into a visible, manageable workflow. You'll see how Kanban boards and value stream mapping help teams track work, identify bottlenecks, and improve service delivery.

After completing this lecture, students will be able to:

✅ Visualize incoming customer requests using a Kanban board.

✅ Map a support ticket value stream from request to resolution.

✅ Improve transparency by making invisible work visible.

✅ Identify blocked work and workflow bottlenecks.

✅ Understand how workflow visualization improves team collaboration and delivery.

✅ Apply Kanban visualization techniques in service and support environments.

In this lecture , you will Explore a real-world Customer Support case study and see how applying WIP Limits helps teams reduce overload, improve focus, and achieve faster, more predictable delivery.

After Completing This Lecture, Students Will Be Able To:

• Identify the impact of excessive WIP on team performance.

• Apply WIP limits to improve workflow management.

• Recognize common bottlenecks in support operations.

• Understand how controlled flow improves throughput and delivery speed.

In this case study, you'll learn how a Customer Support Team applies the Kanban principle of Manage Flow to continuously measure, improve, and optimize the movement of work. You'll explore how metrics, bottleneck management, and collaboration help deliver customer value faster and more predictably.

After completing this lecture, students will be able to:

✅ Use Lead Time, Cycle Time, Throughput, and Work Item Age to measure workflow performance.

✅ Identify blocked work and bottlenecks that slow down delivery.

✅ Apply techniques to improve flow and reduce waiting time.

✅ Improve collaboration across Development, QA, and DevOps teams.

✅ Increase throughput while reducing lead time and service delays.

✅ Deliver customer requests more predictably and efficiently.

In this lecture, You will Explore a real-world Customer Support case study to understand how explicit policies improve workflow consistency, reduce confusion, and create predictable delivery outcomes.

After Completing This Lecture, Students Will Be Able To:

• Explain the importance of explicit policies in Kanban.

• Define workflow rules, WIP limits, and priority guidelines.

• Apply pull-system and flow policies effectively.

• Improve team alignment and delivery predictability.

In this Lecture,You will Explore a Customer Support case study to learn how Kanban Feedback Loops help teams identify issues early, review performance, manage risks, and continuously improve service delivery.

After Completing This Lecture, Students Will Be Able To:

• Explain the role of feedback loops in Kanban.

• Conduct effective Kanban sync and review meetings.

• Use metrics and customer feedback to drive improvements.

• Identify risks and improve workflow predictability.

In this Lecture, You will Explore a Customer Support case study that demonstrates how collaborative improvement and experimentation help teams solve bottlenecks, validate changes, and continuously improve workflow performance.

After Completing This Lecture, Students Will Be Able To:

• Apply Kanban's evolutionary improvement approach.

• Use experiments to validate process changes.

• Measure the impact of workflow improvements.

• Implement successful changes to improve team performance.

Thank you and reachout for queries