TRIZ: Mastering Systematic Innovation and Creativity

Develop creative problem-solving skills using TRIZ for engineering, quality, and business excellence. (AI-Powered)

What you'll learn
- Understand the principles and foundation of TRIZ for structured innovation.
- Identify and define technical contradictions in problem situations.
- Apply the 40 TRIZ inventive principles to generate creative solutions.
- Use the Contradiction Matrix to select suitable innovation strategies.
- Apply TRIZ thinking to real-world engineering and business challenges.

Requirements
- There are no formal prerequisites for this course. A basic understanding of how problems arise in business, engineering, or daily life will help, but anyone with curiosity and a willingness to explore creative solutions can easily follow along.

Description
Innovation does not happen by accident. It happens through a structured approach to creativity that transforms complex problems into practical, inventive solutions.

TRIZ: Mastering Systematic Innovation and Creativityis a complete guide to understanding and applyingTRIZ (Theory of Inventive Problem Solving). TRIZ is a proven framework developed through the analysis of thousands of engineering inventions and creative solutions.

In this course, you will not only learn the classical TRIZ methods but also see howAI-powered tools such as ChatGPT and custom GPTscan make the innovation process faster, smarter, and more effective. Whether you are aquality professional, engineer, project leader, or business innovator, you will learn how to combine the logic of TRIZ with the intelligence of modern AI to generate breakthrough ideas with confidence.

What You Will Learn

By the end of this course, you will be able to:

Understand the foundations of TRIZ and its role in systematic innovation.

Identify and resolve both technical and physical contradictions in problem situations.

Apply the 40 TRIZ inventive principles to develop innovative, high-impact solutions.

Use the Contradiction Matrix to select the most effective innovation strategies.

Define your Ideal Final Result (IFR) and design toward it with clarity and focus.

Apply TRIZ to real projects supported by practical case studies and modern AI tools.

Use ChatGPT or custom GPTs to assist in generating TRIZ principles, contradictions, and solution ideas.

Course Structure

Section 1: Introduction to TRIZLearn how TRIZ began, who developed it, and why it remains a powerful innovation framework.

Section 2: TRIZ BasicsExplore the key ideas behind TRIZ, including levels of innovation and the nature of contradictions. Understand how to define problems correctly before solving them.

Section 3: The 40 TRIZ PrinciplesDiscover each inventive principle in detail with practical explanations and examples from real applications. From “Segmentation” to “Asymmetry” and “Universality,” you will see how these principles encourage creative solutions in any field.

Section 4: Applying TRIZ to Real-Life ProblemsLearn how to use TRIZ in everyday work. Through guided examples and templates, you will practice applying these methods to design, process, and operational challenges. You will also explore AI-powered tools such as ChatGPT to support idea generation.

Why Take This Course

In today’s world of constant change, creativity and structured innovation are essential. Whether you design products, improve processes, or solve customer issues, TRIZ helps you think differently and act effectively.

This course is designed bySandeep Kumar, a leading expert in quality and innovation with over 40 years of experience in process improvement, problem-solving, and training professionals worldwide. His teaching style focuses on clarity, practical application, and real-world relevance.

No matter your background in engineering, manufacturing, services, or management, TRIZ provides arepeatable, logical frameworkto turn challenges into opportunities for innovation.

Who This Course Is For

Engineers, designers, and inventors who want structured innovation tools.

Quality and process improvement professionals.

Lean Six Sigma practitioners looking to boost creativity in projects.

Managers and team leaders encouraging innovative problem solving.

Students and professionals interested in structured creativity.

Entrepreneurs and researchers developing new products or systems.

Requirements

There are no formal prerequisites for this course. A basic understanding of problem-solving in business, engineering, or daily life can help, but anyone with curiosity and an open mind can learn.

Certification

After completing the course, you will receive aQuality Gurus Inc. Certificate of Completion, confirming your understanding of TRIZ and your ability to apply systematic innovation methods.

Who this course is for:
- Engineers and designers looking for practical innovation tools.
- Quality and process improvement professionals.
- Lean Six Sigma practitioners seeking advanced problem-solving methods.
- Managers aiming to foster creative thinking in their teams.
- Entrepreneurs wanting to develop inventive solutions for products.
- Researchers and analysts solving technical or business challenges.
- Anyone interested in learning a logical approach to creativity.
More Info