All business success is the product of world-class strategy, improvement, and innovation driven by synergistically coordinated strategic and operational leadership.

After the development of the process of systematic productivity and quality improvement

STRUCTURED INNOVATION is HERE!

TRIZ (Russian acronym for the expression Theory of Inventive Problem Solving) was created by engineers for engineers and problem solvers. TRIZ process offers a systematic approach for understanding and solving most of the problems. Its toolbox provides you an effective route to practical solutions. The 4 step method:

A 2 day workshop begins with the review of the TRIZ process and problem solving methodology and reviews the most common tools.

Who should attend?

• Process and product engineers
• R&D personnel and engineers
• Technical and process managers
• Business and engineering managers

Day 1

1. Introduction to TRIZ and the fundamental of structured problem solving with innovative tools and techniques

• Triz history and overview
• Creativity exercise to open Your brain to new ideas
• Ideal outcome
• Fundamentals of TRIZ thinking
• Introduction to TRIZ creativity toolkit and process

2. Trend prediction – Future prediction based on experiences from the past

• Thinking in time and scale
• The 9 windows method
• 8 trends of evolution
• TRIZ creativity exercise to practice the tools and techniques covered in the module

3. Resources – How to become a resourceful engineer

• Using the resources we have
• Locating and defining resources
• TRIZ problem solving using resources
• Clever solutions using the available resources
• Trimming
• TRIZ life and death creativity exercise to practice problem solving tools

4. The ideal solution and the ideality audit

• Backward from perfect – the ideality audit
• Ideality anticipations of different stakeholders
• Identifying ultimate goal and primary benefits
• Definition of secondary benefits
• TRIZ ideality audit exercise to practice problem solving tools and techniques

Day 2

6. The Contradiction toolkit

• The 40 inventive principles
• The 39 technical parameters
• The contradiction matrix
• Solving technical and physical contradictions (examples)

7. System development and trends of evolution

• The 8 steps of natural progression an d development
• Using S curves in trend prediction and problem solving
• TRIZ creativity exercise to practice the tools and techniques covered in the module

8. Functional analysis for system understanding and improvement

• Step by step function analysis
• Function map – subject and object together
• 76 standard solution for problem mapped in function analysis
• TRIZ creativity exercise to practice the tools and techniques covered in the module

9. Inventing with TRIZ

• Triz problem solving roadmap and algorithms
• Case study analysis and discussion (from the trainee’s industry)

10. “HOW CAN I USE TRIZ IN MY EVERYDAY JOB?”

• An open discussion and project selection 

11. Questions and Answers

 

By the end of the 2 day long training candidates will be able to

• Think according to the TRIZ way and become more creative
• Use their own knowledge and experience more effectively
• Understand problems more clearly
• Improve the speed of problem solving.