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Mastering TRIZ: How to Solve Complex Problems with Sigma Exacta
Stop relying on "Trial and Error" and start using a systematic approach to innovation! In this video, we dive deep into TRIZ (Theory of Inventive Problem Solving), a powerful methodology used by the world’s top engineers to solve technical contradictions and create breakthrough solutions.
We provide a full walkthrough of the free tool available at SigmaExacta.com, guiding you from the initial problem definition to the final generation of an actionable solution report.
🔍 What’s inside this tutorial?
The Origins of TRIZ: A brief look at Genrich Altshuller’s work and the 40 Inventive Principles.
LDST Analysis: Understanding the Laws of Development of Technical Systems.
Defining the IFR: How to determine the "Ideal Final Result" to guide your project.
The Contradiction Matrix: How to use the 39 Engineering Parameters to find a way forward when two requirements clash.
Su-Field Analysis: Modeling interactions between Substances and Fields for technical optimization.
Automated Reporting: How to export your entire problem-solving process directly to Excel.
🛠️ Try the tool yourself:
Access the platform here: https://sigmaexacta.com
📈 Who is this for?
Mechanical and Industrial Engineers.
R&D and Product Development teams.
Six Sigma and Quality Control specialists.
Students of Innovation and Systematic Thinking.
Video Timestamps:
0:00 Introduction to Sigma Exacta
0:13 The history and philosophy of TRIZ
0:37 What exactly is TRIZ?
0:48 Navigating the SigmaExacta.com interface
1:00 Step 1: LDST Analysis (Laws of Development)
1:42 Step 2: Defining the Problem (The Bicycle Case Study)
1:58 Step 3: Formulating the Ideal Final Result (IFR)
2:20 Step 4: Solving Contradictions with the Matrix
3:20 Step 5: Su-Field Analysis (Substance-Field)
3:53 Step 6: Generating the Solution Report
4:17 Exporting to Excel & Closing Thoughts
#TRIZ #Innovation #Engineering #SigmaExacta #ProblemSolving #LeanSixSigma #DesignThinking #InventiveThinking
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By Stop relying on "Trial and Error" and start using a systematic approach to innovation! In this video, we dive deep into TRIZ (Theory of Inventive Problem Solving), a powerful methodology used by the world’s top engineers to solve technical contradictions and create breakthrough solutions.
We provide a full walkthrough of the free tool available at SigmaExacta.com, guiding you from the initial problem definition to the final generation of an actionable solution report.
🔍 What’s inside this tutorial?
The Origins of TRIZ: A brief look at Genrich Altshuller’s work and the 40 Inventive Principles.
LDST Analysis: Understanding the Laws of Development of Technical Systems.
Defining the IFR: How to determine the "Ideal Final Result" to guide your project.
The Contradiction Matrix: How to use the 39 Engineering Parameters to find a way forward when two requirements clash.
Su-Field Analysis: Modeling interactions between Substances and Fields for technical optimization.
Automated Reporting: How to export your entire problem-solving process directly to Excel.
🛠️ Try the tool yourself:
Access the platform here: https://sigmaexacta.com
📈 Who is this for?
Mechanical and Industrial Engineers.
R&D and Product Development teams.
Six Sigma and Quality Control specialists.
Students of Innovation and Systematic Thinking.
Video Timestamps:
0:00 Introduction to Sigma Exacta
0:13 The history and philosophy of TRIZ
0:37 What exactly is TRIZ?
0:48 Navigating the SigmaExacta.com interface
1:00 Step 1: LDST Analysis (Laws of Development)
1:42 Step 2: Defining the Problem (The Bicycle Case Study)
1:58 Step 3: Formulating the Ideal Final Result (IFR)
2:20 Step 4: Solving Contradictions with the Matrix
3:20 Step 5: Su-Field Analysis (Substance-Field)
3:53 Step 6: Generating the Solution Report
4:17 Exporting to Excel & Closing Thoughts
#TRIZ #Innovation #Engineering #SigmaExacta #ProblemSolving #LeanSixSigma #DesignThinking #InventiveThinking