Sebastian Chan
Six Sigma Green Belt – Graphical Analysis
This is Supplementry Material for Six Sigma Green Belt Certification...
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Overcoming the Bottlenecks of Traditional Project Management via the Theory of Constraints.
關鍵鏈項目管理 (CCPM) 解決了傳統項目中填充時間和拖延的問題。它移除個別安全邊際，將風險集中到專案與饋送緩衝區，並將執行力集中在考慮資源約束的關鍵鏈上。透過主動監控緩衝消耗，CCPM 能顯著縮短時程 (20-50%) 並提高準時交付的可靠性。 Critical Chain Project Management (CCPM) addresses traditional project flaws like padding and procrastination. It removes individual safety buffers, aggregates risk into centralized Project and Feeding Buffers, and focuses execution on the Critical Chain (resource-constrained path). This leads to shorter timelines (20-50% reduction) and significantly more reliable on-time delivery by actively monitoring buffer consumption.
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整合數位技術以提升品質與精益六式碼的實施
🌟主題:整合數位技術以提升品質與精益六式碼的實施 Integrating Digital Technologies for Enhancing Quality Management & Lean...
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淺談持續改善(Continous Improvement)與ESG永續發展的融合
本講座旨在建立一個系統性且實用的框架，將成熟的卓越營運 (Operational Excellence, OpEx) 方法論——包括六式碼 (Six Sigma)、精益管理 (Lean Management) 和制約理論...
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TRIZ – The Theory of Inventive Problem Solving
在這段視頻中，將介紹TRIZ，一種基於全面專利分析的系統性發明問題解決和創新方法論。了解TRIZ的結構化方法如何幫助克服技術矛盾，並在各個行業中實現理想解決方案。此外，發現人工智慧（AI）如何通過自動化知識檢索、識別矛盾和模擬問題解決場景來增強TRIZ的體驗，讓實踐者更輕鬆有效地應用這些原則。 In this video, introduce TRIZ, a systematic methodology for...
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Six Sigma Green Belt Hypothesis Test
" This is Supplementry Material for Six Sigma Green Belt Certification Programme: https://www.ssi.org.hk/training-programme/lean-six-sigma-green-belt-programme/ " Module Introduction: The Foundation of Proof: Welcome to the critical section on Hypothesis Testing. As a Lean Six Sigma Green Belt, your primary goal is not just to make changes, but to prove that the changes you implement lead to statistically significant, sustainable improvements. Hypothesis testing provides the rigorous framework for this proof.
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