Kempf, ChristophChristophKempfAlbers, AlbertAlbertAlbersHellwig, ImkeImkeHellwigBastian, AnnikaAnnikaBastianRitzer, KatharinaKatharinaRitzer2024-03-052024-03-052023-10ASME International Mechanical Engineering Congress and Exposition (IMECE 2023)9780791887592https://hdl.handle.net/11420/46251Companies cannot overcome the increasing complexity of nowadays cyber-physical systems alone. Thus, the industry uses academic research as an important source for gaining new knowledge and technologies. However, a successful exchange is fraught with barriers, so it is important to understand the success factors and barriers. This paper presents a model explaining the most relevant success factors and barriers to industry-academia collaborations and their relations. Based on a systematic literature review, an interview study, an online survey, and focus groups, we identified 22 relevant success factors and 22 barriers. We clustered these success factors and barriers into five categories: communication & feedback, information & (technical) support, motivation & commitment, people & team, and structure & organization. We believe that our model will help improve industry-academia collaboration's success by raising awareness of the barriers and offering success factors as setting levers. Furthermore, our model can serve as the basis for further research of methods for and to support industry-academia collaboration. Therefore, we intend to develop a methodology for challenge-driven industry-academia collaboration.enBarriersIndustry-Academia CollaborationKnowledge ManagementReference System ManagementResearch Industry CollaborationSuccess FactorsTechnology TransferUniversity ResearchConference Paper10.1115/IMECE2023-112574Other