ARIZ, short for Algorithm of Inventive Problem Solving, is a problem-solving methodology used in the field of engineering and innovation. Developed by the Russian engineer Genrich Altshuller, ARIZ is a structured approach that aids in the generation of inventive solutions to complex technical problems.
ARIZ encompasses a set of algorithms and systematic guidelines that guide the problem-solving process. It begins by analyzing the problem and isolating its essential elements, aiming to understand the underlying contradictions that hinder progress. Through careful examination, the contradictions are identified and formulated into a specific technical contradiction.
The next step in the ARIZ methodology involves applying a series of inventive principles and techniques to resolve the identified technical contradiction. These principles include the utilization of resources efficiently, minimizing harmful effects, and enhancing system reliability, among others. The methodology encourages thinking outside of the box and helps engineers develop innovative solutions that may not have been considered before.
ARIZ emphasizes the importance of systematic problem analysis and inventive thinking. By following its structured guidelines, engineers can enhance their creativity and generate inventive solutions that may surpass conventional problem-solving approaches.
Overall, ARIZ is a proven problem-solving methodology that aims to generate inventive solutions to complex technical problems through the use of systematic analysis, principles, and techniques. It has proven to be a valuable tool in engineering and innovation processes, enabling engineers to overcome technical contradictions and find novel solutions to challenging problems.
