Schröder, HenrikHenrikSchröderFriedewald, AxelAxelFriedewaldKahlefendt, ChrisChrisKahlefendtLödding, HermannHermannLödding2019-12-172019-12-172017IFIP Advances in Information and Communication Technology (513): 330-337 (2017)http://hdl.handle.net/11420/4128The time for maintenance operations is often restricted due to external circumstances. When conducted with inexperienced operators, additional uncertainties can arise and in case of a delay, high follow-up costs emerge. By using Virtual Reality (VR), operators may practice their skills in advance. This paper analyzes the training content and describes which parts of a generic operating cycle have the potential to be supported by VR as training technology. Furthermore, a training procedure and a resulting system architecture that allows to work efficiently with VR as a training technology are presented.enEducationFlexibilityIndividual ProductionIndustry 4.0On-the-Job TrainingQualificationSmart FactoryTrainingVirtual RealityVirtual TechnologiesWirtschaftTechnikConference Paper10.1007/978-3-319-66923-6_39Other