Released: 16/02/2026

We’re excited to introduce a new hands-on project focused on applying Lean principles in modern project and knowledge-work environments.

Lean Thinking moves beyond theory. It guides learners through practical tools to eliminate waste, improve flow, and build a culture of continuous improvement across cross-functional teams.

Originally popularised through the Toyota Production System, Lean is now widely applied in software, services, and project delivery. This project translates those principles directly into a team and workflow context.

🎯 What This Project Enables

Learners will be able to:

• Define Lean principles and apply them beyond manufacturing

• Identify and classify the seven forms of waste using the TIMWOOD framework

• Use value stream mapping to visualise work and uncover hidden delays

• Improve flow efficiency by reducing bottlenecks and rework

• Measure performance using lead time, cycle time, and throughput

• Apply pull systems and WIP limits to control multitasking

• Implement continuous improvement using small, structured experiments

• Connect Lean principles to Agile delivery approaches

• Evaluate system maturity and improve cross-functional collaboration

🧭 Project Journey Highlights

Step 1 – What is Lean Thinking?
Introduces Lean as a system-focused mindset. Contrasts resource efficiency with flow efficiency and shifts focus from keeping people busy to finishing valuable work.

Step 2 – Principles of Lean
Explores the five core principles: Value, Value Stream, Flow, Pull, and Perfection. Introduces the PDCA Cycle as a structured approach to improvement.

Step 3 – Identifying Waste (TIMWOOD)
Applies the TIMWOOD framework to project environments, uncovering hidden digital and cognitive waste such as waiting, overproduction, motion, and defects.

Step 4 – Value Stream Mapping
Teaches teams how to visualise end-to-end workflows and calculate flow efficiency to reveal where work truly slows down.

Step 5 – Flow Efficiency & Bottlenecks
Explains system constraints, swarming, and WIP limits. Shifts thinking from local optimisation to system-wide performance improvement.

Step 6 – Lean Metrics & Feedback Loops
Covers lead time, cycle time, throughput, and cumulative flow diagrams. Demonstrates how metrics trigger improvement conversations, not blame.

Step 7 – Continuous Improvement (Kaizen)
Builds practical habits of experimentation and structured learning. Introduces improvement backlogs and root cause analysis techniques such as the 5 Whys.

💡 Why This Matters

Many teams focus on keeping people productive. Lean focuses on keeping work moving.

This interactive project helps teams reduce friction, shorten delivery times, and improve quality without increasing workload. It equips learners to design better systems, not just manage tasks.

📍 Now available in the Operations & Agile collection.