TRIZ for Systematic Innovation and Problem Solving Workshop by Tonex
This workshop provides a structured approach to solving technical and business challenges using TRIZ methodologies. Participants learn to apply inventive principles, resolve contradictions, and analyze system inefficiencies. The course covers the TRIZ contradiction matrix, Su-Field analysis, and patterns of system evolution. Through hands-on exercises, attendees develop innovative solutions for engineering, product design, and software development. Functional analysis techniques help identify inefficiencies and improvement opportunities. Real-world case studies illustrate TRIZ applications across industries. This training equips professionals with practical tools to enhance problem-solving and innovation strategies.
Audience:
- Engineers
- Designers
- Product managers
- R&D teams
- Innovation professionals
- Business strategists
Learning Objectives:
- Understand TRIZ principles and methodologies
- Apply inventive principles for systematic problem-solving
- Use the contradiction matrix for conflict resolution
- Analyze functional systems for inefficiencies
- Develop innovative solutions based on TRIZ techniques
Course Modules:
Module 1: Introduction to TRIZ
- History and evolution of TRIZ
- Core principles and problem-solving approach
- TRIZ vs. traditional innovation methods
- Real-world applications across industries
- Understanding contradictions in innovation
- Role of TRIZ in business and technology
Module 2: 40 TRIZ Inventive Principles
- Overview of the 40 principles
- Practical applications in design and engineering
- How to break psychological inertia
- Case studies of inventive principles in action
- Combining principles for enhanced innovation
- Adapting TRIZ principles for business challenges
Module 3: Contradiction Matrix and Conflict Resolution
- Understanding technical contradictions
- TRIZ contradiction matrix framework
- Resolving contradictions with systematic solutions
- Real-world problem-solving examples
- Step-by-step application of the matrix
- Best practices for effective contradiction resolution
Module 4: Su-Field Analysis and TRIZ Standard Solutions
- Basics of Su-Field modeling
- Identifying weak links in a system
- Standard solutions for Su-Field problems
- Using TRIZ for system improvement
- Practical examples of Su-Field applications
- Enhancing efficiency through TRIZ techniques
Module 5: Trends of Technical and Business System Evolution
- Patterns of technological evolution
- Predicting future innovations with TRIZ
- Business applications of system evolution
- Case studies in engineering and product design
- Identifying trends for competitive advantage
- Strategic innovation using TRIZ
Module 6: Functional Analysis and TRIZ Case Studies
- Fundamentals of functional analysis
- Identifying inefficiencies in systems
- Applying TRIZ for process optimization
- Case studies in various industries
- Practical techniques for functional improvement
- Implementing TRIZ in real-world projects
Enhance your problem-solving and innovation skills with TRIZ. Register now for this hands-on workshop and learn practical strategies to drive breakthrough solutions in your industry!