Analysis of the opportunities to implement the BIZ-TRIZ mechanism

Abstract

A B S T R A C T Aiming to strengthen cooperation between scientific entities and enterprises and to overcome related obstacles, the authors propose to create a mechanism of incentives called BIZ-TRIZ, which is an abbreviation for "TRIZ for Business". This mechanism is used to support cooperation between scientific entities and companies. Close cooperation is achieved by implementing R&D&I services, which is the responsibility of the scientific unit operating for the benefit of the companies involved. Research services are used together with the scientific instrument that reflects achievements in the modern theory of innovative problem solving (TRIZ). The analysis was made using the Maritime University of Szczecin and SME-type companies as an example. This paper describes the basic assumptions concerning the implementation of the BIZ-TRIZ mechanism. Also, it presents the use of SWOT analysis, needs/stakeholder analysis and risk analysis for the implementation of the BIZ-TRIZ mechanism. The paper describes preventative actions for the most important implementation risks and discusses the results of the analyses. Finally, it introduces the main conclusions regarding the purpose of implementing the BIZ-TRIZ mechanism. K E Y W O R D S Theory of Inventive Problem Solving (TRIZ), BIZ-TRIZ mechanism, SME sector, R&D&I services, feasibility analysis

Use of TRIZ Applications to Achieve Systematic Innovation Through Innovative Problem Solving in Hospitals

“…Currently, TRIZ has different recognized commitments that address different phases of problem solving, including the problem definition stage, the problem investigation stage, and the problem solving stage. (Alomari et al, 2021;Chybowska et al, 2019;Mohammadi et al, 2022;Wu, Zhou, Pereia Pessôa, Peng, & Tan, 2021).…”

FEA Simulation of the Biomechanical Structure Overload in the University Campus Planting

“…An investigation is close to the biomechanics [ 3 , 4 ] because the stress-strain state of the tree branch and trunk is discussed [ 5 ]. The work focuses both on engineering situation of tree load-bearing system [ 6 ] and on the methodical use of the results to teach students the possibilities of bionic design [ 7 ] and creative problem solving [ 8 ].…”