A Technology Demonstration and Design Approach to Predictive and Reliability Displays to Aircraft Manufacturing Processes

Abstract

This paper discusses an approach for implementing predictive and reliability displays in aircraft manufacturing processes. The aim is to support the operator to complete all operations with quality, safety, efficient resource utilization, and on schedule. This study presents the first step of the design process to assess different ways of conveying automation information to operators. The primary goal here is to propose a first iteration that aids in future display design iterations prior to behavioral studies. Additionally, this paper presents the design and testing of a representative test demonstrator for aircraft manufacturing processes, which will be used to evaluate the effectiveness of these displays. The authors used the Human Readiness Level (HLR) framework to design the test demonstrator, considering the specific needs and requirements of the aircraft manufacturing industry. The paper presents simulation and test demonstrator results and the collected feedback from participants. The findings suggest that the test demonstrator can be a valuable tool for improving the overall efficiency of the manufacturing process. The paper contributes to the body of knowledge on the use of advanced technologies in improving manufacturing processes by providing insights into the potential benefits and limitations of predictive and reliability displays and identifying areas for further research and development.