TRIZ Training, Theory of Inventive Problem Solving
Learn TRIZ,Theory of Inventive Problem Solving, a powerful problem-solving method based on the study of patterns of problems and solutions. Learn how TRIZ can be used to overcome barriers and derive creative solutions.
TRIZ Training course provides an introduction to the TRIZ Problem Solving Process. TRIZ, a Russian abbreviation for Theory of Inventive Problem Solving is a structured, “left-brained” using patterns of invention.
Tonex’s TRIZ Training: Theory of Inventive Problem Solving is designed to equip professionals with systematic methodologies for innovative problem-solving across various industries. This comprehensive course delves into the principles of TRIZ (Theory of Inventive Problem Solving), enabling participants to approach challenges with structured creativity.
Key Components of the Training:
- Introduction to TRIZ Principles: Understand the origins and foundational concepts of TRIZ, highlighting its significance in fostering innovation.
- 40 Inventive Principles: Explore the 40 TRIZ principles that serve as tools for overcoming technical and organizational challenges.
- Contradiction Matrix: Learn to identify and resolve 39 contradictions using TRIZ’s contradiction matrix, facilitating breakthrough solutions.
- Su-Field Analysis: Gain proficiency in Substance-Field Analysis to model and improve systems effectively.
- ARIZ (Algorithm of Inventive Problem Solving): Master the step-by-step ARIZ methodology for tackling complex problems systematically.
Course Features:
- Interactive Workshops: Engage in hands-on sessions that apply TRIZ tools to real-world scenarios, enhancing practical understanding.
- Case Studies: Analyze successful TRIZ applications across various sectors to contextualize learning.
- Collaborative Learning: Participate in group discussions and activities to foster collaborative problem-solving skills.
Who Should Attend:
- Engineers and designers seeking structured innovation techniques.
- R&D professionals aiming to enhance problem-solving capabilities.
- Business strategists and managers interested in fostering a culture of innovation.
- Educators and trainers looking to incorporate TRIZ methodologies into their curriculum.
Benefits of Attending:
- Develop a systematic approach to problem-solving that transcends traditional brainstorming methods.
- Enhance the ability to predict and prevent potential failures in system designs.
- Improve collaboration among cross-disciplinary teams through a unified problem-solving framework.
- Increase efficiency and effectiveness in developing innovative solutions.
TRIZ Training Learning Objectives
Upon completion of this course, participants will be able to:
- Define typical problems in terms of contradictions and logic
- How to use a systematic approach to solve engineering
- Learn about the system approach, matrix theory, and separation principles
- Analyze and identify underlying causes
- Formulate ideal result and listing potential resources
- Discuss problem-solving methodologies and techniques and psychological inertia
- Discuss ways to accelerate creative problem solving for both individuals and project teams
- Explain TRIZ, the powerful and breakthrough problem-solving methodology
- Identify what TRIZ offers as a systematic innovation
- Understand TRIZ key elements: Zones of conflict, Functional Analysis and System Constraints
- Define how TRIZ can be used for technology, business and organizational problem solving
- Formulate contradictions and solving them
- Discuss ways to using TRIZ for failure prediction and analysis
- Create a function model of a system using systems engineering methods and processes
Topics Covered
- Introduction to Problem Solving
- Solving processes and creative problem solving
- Principles behind systematic innovation
- Principles of innovative thinking.
- Introduction and overview of TRIZ
- Basic concepts of TRIZ
- The structure and building blocks of TRIZ
- TRIZ tools for systems and intellectual property protection
- Ideality, Resources, Contradictions, Trends of Engineering System Evolution
- Cause-Effect Chain Analysis
- Function Analysis (Basic)
- Technical contradictions and Contradiction Matrix
- Mapping problems and solutions
- Solving Contradictions
- Technical and physical contradictions
- Principles, Separation Principles
- Parameters and the TRIZ Contradictions matrix
- TRIZ creativity tools of Ideal Outcome
- X-factor and Ideality
- Understanding systems and solving problems
- Systems Engineering and Function Analysis
- Standard Solutions and Creativity Tools
- Breaking psychological inertia
- Generating creative ideas
- Tool for mapping engineering systems
- TRIZ Function Analysis
- 9 Boxes
- Su-Fields and Standards
- Introduction S-Curve Analysis
- Trends of Engineering System Evolution
Day 1: Foundations of TRIZ & Core Concepts
Module 1: Introduction to TRIZ
- Overview of Theory of Inventive Problem Solving (TRIZ)
- History and evolution of TRIZ
- How TRIZ differs from traditional problem-solving techniques
- Real-world case studies demonstrating TRIZ effectiveness
Module 2: Understanding Problems Systematically
- Identifying patterns of system evolution
- The five levels of innovation
- TRIZ’s role in technical and non-technical problem-solving
Module 3: Contradiction Analysis & Resolution
- Understanding technical & physical contradictions
- Contradiction Matrix & 40 Inventive Principles
- Hands-on Exercise: Apply the contradiction matrix to real-world scenarios
Module 4: TRIZ Tools for Innovation
- Ideality & Ideal Final Result (IFR) concept
- TRIZ’s 9 Windows (Multi-Screen) Thinking
- Functional Analysis & Trimming Method
- Workshop: Using Tonex’s TRIZ tools to optimize a product or process
Day 2: Advanced TRIZ Methods & Application
Module 5: Su-Field Analysis & Problem Formulation
- Understanding Substance-Field (Su-Field) Analysis
- How to model and improve existing systems using Su-Field transformations
- Case Study: Applying Su-Field analysis to real-life engineering problems
Module 6: Algorithm for Inventive Problem Solving (ARIZ)
- Step-by-step breakdown of ARIZ methodology
- How ARIZ helps solve complex problems systematically
- Interactive Group Activity: Implementing ARIZ for a challenging business or engineering problem
Module 7: Trends of Technological Evolution & Predictive Problem Solving
- TRIZ patterns of evolution and how they help forecast industry changes
- Anticipating disruptive innovations using TRIZ principles
- Workshop: Predicting the next generation of innovations in an industry
Module 8: Practical TRIZ Applications in Industry
- TRIZ in engineering, software development, business strategy, and product design
- TRIZ for Lean, Six Sigma, and Agile processes
- Final Group Challenge: Solve a real-world innovation problem using TRIZ
Q&A and Course Wrap-Up
- Summary of key TRIZ takeaways
- Discuss implementation strategies for TRIZ in participants’ organizations
- Certification & next steps for applying TRIZ in the workplace
Customization Options
- The course can be tailored based on specific industries (e.g., aerospace, manufacturing, IT, healthcare).
- Hands-on problem-solving sessions can be customized for participant projects.
Other TRIZ Courses include:
TRIZ (Theory of Inventive Problem Solving)
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