TRIZ and Risk Management in High-Tech Enterprises: Innovative Approaches to Minimize Uncertainty and Increase Reliability

Modern high-tech enterprises, including those in the aviation industry, have high requirements for the reliability, safety, and operational effi ciency of their products and equipment. They face numerous risks due to rapid technological changes, high quality standards for products and services, and an unstable market environment. Additionally, continuous fl ow processes play a signifi cant role in modern industries, including the petrochemical, pharmaceutical, construction, and other sectors. The article discusses the integration of the Theory of Inventive Problem Solving (TRIZ) methods into the risk management system of aviation equipment in accordance with the requirements of the GOST R 56079-2014 standard “Aviation Equipment Products. Flight Safety, Reliability, Testability, and Operational and Repairability. Nomenclature of indicators.” The main stages of implementation are analyzed, including the identifi cation and resolution of contradictions, the generation of innovative solutions, and the modeling of their effectiveness. Specifi c examples of the application of TRIZ methods for reducing the risks of failures and improving the reliability of aviation systems are provided, and the procedure for continuous system improvement is described. As a result, it is shown that the use of TRIZ system tools contributes to the creation of safer, more innovative, and sustainable solutions that meet the modern requirements of the aviation industry.