What are the benefits of using TRIZ for technological innovation?

The Theory of Inventive Problem Solving (TRIZ) offers several benefits for technological innovation. TRIZ is a powerful method that systematically and scientifically improves engineering systems. It allows accelerating the development and evolution process of systems, facilitating the solution to complex problems. In addition, TRIZ helps manage the innovation portfolio, informing decision-makers to help them focus and prioritize innovation projects. Also, TRIZ tools, such as value analysis, function analysis, S-curve analysis, evolution trends, contradiction analysis, and quantum economic analysis, can provide better innovation portfolio results through unexplored new insights.

The methodology provides a structure for thinking and brainstorming enabling ideas to be developed more quickly. TRIZ was designed to provide humans with a systematic methodology to focus creativity and encourage inventive solutions to problems by formalizing and simplifying the ways in which problems are identified and categorized. Not every idea will be world-changing, ranging from 1 (least innovative) to 5 (most innovative) reflect creative value presented by any given patent. The assumption driving TRIZ methodology is, in effect, “most problems are not original to our circumstance or even our industry, and someone, somewhere, has already faced and overcome this issue, likely in various ways.”

TRIZ is a problem-solving methodology that stands for Theory of Inventive Problem Solving. It was developed in the former Soviet Union by Genrich Altshuller and his colleagues in the late 1940s and early 1950s. The methodology is based on the idea that there are universal principles of innovation that can be applied to any problem, regardless of the field or industry. TRIZ has been used by leading companies and thinkers worldwide to solve problems that demand innovative solutions, to cut costs in an innovative way, and generate concepts for new products and services in a systematic way to accelerate innovation and achieve innovative leadership

Solving complex problems with TRIZ tools means identifying necessary trade-offs and discarding solutions that fail to achieve the proper improvements to the desired parameters. Each cell of the contradiction matrix offers suggested principles to apply, allowing the user to narrow their efforts and apply existing knowledge without eliminating the breathing room necessary for creativity and innovation. -> The selection of parts for the system (What does an airplane consist of ?). -> Improvement of the parts (wing shape, materials, engines, etc.). -> Movement of the parts (flaps, retractable landing gear). -> Self-development (the system learns and adapts on its own) Try to use it, it’s fun and bring lot of insights!

According to Darrell Mann, a leading expert in TRIZ, the methodology works by identifying the contradictions that exist within a problem and then using a set of 40 inventive principles to resolve those contradictions. These principles are based on patterns that have been observed in successful inventions throughout history. By applying these principles to a specific problem, TRIZ practitioners can generate innovative solutions that might not have been possible using traditional problem-solving methods Mann also emphasizes the importance of systematic innovation in the TRIZ methodology. By following a systematic approach, TRIZ practitioners can ensure that they are generating solutions that are both innovative and practical

TRIZ offers companies of all sizes, industries, and ambitions a range of benefits, including: -> A greater number of high-quality, low-cost solutions in less time. -> Additional innovative tools that encourage creative development in engineers, analysts, and other problem-solvers. -> A large pool of innovative scientific tools and principles within TRIZ knowledge bases, allowing even companies with minimal TRIZ training and experience to quickly generate a higher ratio of useful, actionable ideas. -> A systematic, rather than random, approach to problem solving and innovation.

Em meu papel na indústria da música e tecnologia, a aplicação da TRIZ foi uma virada significativa. Ao enfrentar desafios complexos na distribuição digital de música, a TRIZ emergiu como uma ferramenta indispensável. A metodologia não apenas aprimorou minha criatividade e análise, mas também acelerou nosso processo de inovação. Ao superar inércias psicológicas e vieses, a TRIZ estruturou nossos processos de resolução de problemas. Isso resultou em soluções mais eficazes, economizando tempo e recursos preciosos. Antecipando e prevenindo consequências negativas, otimizamos o uso de materiais e energia, elevando nossas práticas além do convencional.

Darrell Mann, an influential TRIZ practitioner, underscores TRIZ's merits. It provides a systematic and structured approach to problem-solving, encouraging innovative thinking by breaking away from conventional methods. TRIZ aids in identifying efficient solutions by leveraging global patterns of inventive solutions. With a vast knowledge base, it enables practitioners to draw from diverse ideas. Notably, TRIZ helps anticipate and address potential problems, promoting proactive solutions. Its consistency across industries ensures a repeatable innovation process. Embracing TRIZ principles empowers individuals and organizations to enhance problem-solving and cultivate a culture of continuous innovation.

Recently, in an experience integrating the fundamental concepts of TRIZ into a workflow optimization project at a record label, I encountered a significant challenge: enhancing efficiency in coordinating music releases. Using TRIZ principles, I identified innovative solutions to improve the copyright management process, ensuring a more efficient distribution of royalties for artists.

Learning and applying TRIZ in fintech involves grasping principles like ideality and inventive problem-solving. In fintech, identify challenges, such as enhancing mobile banking security without compromising user experience. Use TRIZ tools like the Contradiction Matrix to pinpoint trade-offs, applying inventive principles like "Parameter Changes" to find solutions. In the Igikai use case, apply TRIZ to streamline algorithm efficiency. Iterate through the process, continuously enhancing fintech features. Study TRIZ case studies, attend workshops, and collaborate with experts to reinforce learning. Evaluate impact by monitoring key indicators, ensuring TRIZ enhances problem-solving and drives innovation in fintech product development.

TRIZ, the Theory of Inventive Problem Solving, is a versatile methodology applied across industries. Illustrated by Darrell Mann's toothbrush example, TRIZ addresses contradictions in design. Recognizing the need for firm bristles for cleaning and gentleness to prevent gum damage, TRIZ led to an inventive solution – introducing flexible, softer bristles at the base, gradually firming towards the tips. This approach harmonized conflicting requirements. TRIZ extends beyond toothbrushes, influencing manufacturing, engineering problem-solving, and consumer product innovations. The toothbrush case demonstrates TRIZ's efficacy in resolving inherent design contradictions, exemplifying its potential for inventive solutions in diverse applications.

Au terme de la méthode TRIZ il est important de valider le résultat. Il est essentiel de détecter les marchés réceptifs, de valider l'intérêt de la solution, ou encore d'optimiser la proposition de valeur (avant d'arriver à la phase d'industrialisation/commercialisation). Pour cela, différentes possibilités existent, notamment l'administration de questionnaires, les groupes de discussion, ou encore les interviews des bonnes personnes. Seul le marché est en mesure d'apporter une vision claire de l'interêt de la techno.