Inventive problems and modern theories and real-world practice of commercialization
Authors
Kateryna Vorobiova
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As discussed in the article, the integration and adaptation of the Theory and Algorithm for Inventive Problem Solving (TRIZ and ARIZ) with modern theories and real-world commercialization practices are examined. Particular attention is devoted to the influence of technical stereotypes and psychological barriers on the generation, evaluation, and implementation of innovative technical solutions within contemporary high-technology projects. The article analyzes the distinction between practical inventions that effectively solve real engineering and technological challenges and conceptual solutions that remain detached from actual market and industrial needs. The role of innovation analysis in identifying commercially viable technical concepts and overcoming technical and technological contradictions is also considered.
Special emphasis is placed on the changing requirements imposed on inventors by rapid technological progress, shortened product development cycles, increasing prototype costs, and the growing complexity of modern engineering systems. The article highlights the importance of multidisciplinary competencies, market awareness, and the ability to combine technical creativity with commercialization strategies.
The integration of forecasting techniques, innovation methodologies, artificial intelligence, and artificial neural network technologies is presented as an essential component of modern inventive activity. Such an approach enables inventors to develop technically sound, commercially relevant, and practically implementable solutions while reducing the influence of psychological barriers and improving the effectiveness of innovation processes.
The article demonstrates that successful commercialization of innovative ideas increasingly depends on the inventor’s ability to synthesize technical knowledge, market requirements, and advanced analytical methods into a unified framework for the development and implementation of high-value technological solutions.
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Authors
Kateryna Vorobiova
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