What you'll learn:
- Learn about the basics of Systematic innovation using TRIZ
- Learn in detail about the TRIZ inventive principles within context of mechanical engineering design
- Learn about TRIZ engineering parameters , what they mean and how they relate
- Learn about Contradictions in TRIZ and how they frame design problems
Creativity and innovation are at the heart of design engineering, driving breakthroughs in product development and problem-solving.
However, engineers often struggle to generate truly innovative solutions, relying on trial-and-error or intuition .
Challenging problems generally require parallel thought processes and changes in perspective.
TRIZ (Theory of Inventive Problem Solving) provides a structured, systematic approach to innovation, enabling engineers to solve complex design challenges efficiently. This course introduces the fundamental principles of TRIZ and how they apply to mechanical design engineering.
You will learn:
- Basics of systematic innovation and levels of innovation in engineering design
- A detailed breakdown of each TRIZ principle and how it relates to mechanical engineering design.
- Each principle is explained with relevant examples to engineering design along with key insights into differences and similarities in principles
- The TRIZ Engineering Parameters frame work and relation of parameters to principles
- How to use TRIZ to solve engineering problems for design engineers.
This course is a Foundation to build upon and would act as a door to many new ways of thinking for design engineers looking to expand their higher thinking skills.
If you are looking to learn new ways of thinking about problem solving and want to expand your creative process , this course is a good start.
