Bektas, KenanKenanBektasStrecker, Jannis ReneJannis ReneStreckerMayer, SimonSimonMayerStolze, MarkusMarkusStolze2023-04-132023-04-132022-04-30https://www.alexandria.unisg.ch/handle/20.500.14171/108779Mixed Reality (MR) is becoming an integral part of many context-aware industrial applications. In maintenance and remote support operations, the individual steps of computer-supported (cooperative) work can be defined and presented to human operators through MR headsets. Tracking of eye movements can provide valuable insights into a user’s decision-making and interaction processes. Thus, our overarching goal is to better understand the visual inspection behavior of machine operators on shopfloors and to find ways to provide them with attention-aware and context-aware assistance through MR headsets that increasingly come with eye tracking (ET) as a default feature. Toward this goal, in two industrial scenarios, we used two mobile eye tracking devices and systematically compared the visual inspection behavior of novice and expert operators. In this paper we present our preliminary findings and lessons learned.eneye trackingmixed realityindustrial operationsCSCWautomationuser engagementconference paper