1. Understand Psychological Inertia: Equip participants with an understanding of psychological inertia, its impact on problem-solving and innovation, and strategies for overcoming it.
2. Explore Systematic Tools for Innovation: Introduce participants to a range of systematic tools designed to facilitate innovative thinking and problem-solving, laying the groundwork for their application in various scenarios.
3. Illustrate the 40 Inventive Principles: Provide participants with a deep dive into the 40 Inventive Principles, demonstrating how these can be applied to overcome challenges and generate creative solutions.
Nadi Personnel for MICROCASA Project
Course Learning Outcomes:
1. Understand the TRIZ Methodology: Equip participants with a solid understanding of the TRIZ methodology, including its foundational principles and how it distinguishes between problems and solutions.
2. Explore TRIZ Problem-Solving Modelling: Introduce participants to typical TRIZ problem-solving models and the categorization of problems, focusing on inventive problem solving.
3. Learn the Basic Components of TRIZ: Provide a comprehensive overview of the basic components of TRIZ, preparing participants to apply these tools in various problem-solving contexts.
Course Learning Outcomes:
1. Understand the Role of Strategic Thinking in Community Problem Solving: To equip participants with an understanding of strategic thinking, its importance in community development, and an overview of tools that facilitate strategic analysis and decision-making.
2. Learn Domain-Related TRIZ Tools for Community Engagement: Introduce participants to TRIZ tools relevant to community problem solving, such as inventive leadership and resource mapping, to effectively plan and implement community projects.
3. Apply TRIZ Methodologies in Real-World Scenarios: Provide participants with the skills to apply TRIZ methodologies and tools through enhancement strategies and case studies, focusing on solving the right problems within communities.
