Title
Cognitive Operator Support in the Manufacturing Industry - Three Tools to Help SMEs Select, Test and Evaluate Operator Support Technology
Author
Krause, F.
Bosch, T.
Wilschut, E.
van Rhijn, G.
Contributor
Röcker, C. (editor)
Büttner, S. (editor)
Publication year
2023
Abstract
Technology aimed at providing cognitive support to operators in the manufacturing industry, is developing rapidly. Through technologies such as near-eye displays and augmented and mixed reality, the operator receives digital information and instructions to help the operator learn, and work efficiently and accurately. Companies, especially SMEs, often have difficulty deciding whether cognitive operator support technology can help them, which specific technology suits their business best and what is required to implement the technology. This chapter describes three tools that were developed for, and are offered to SMEs to help them with this process. For each tool we describe our approach and provide one or more examples of application in industry. The first tool is a workshop aimed at selecting the best technology match considering the SME’s goals, production process and staffing. The second tool is a short test of the selected technology on the shop floor. This allows companies to gain experience with a technology and form a better opinion. The third tool is a business case evaluation, which is described and illustrated by industrial use cases. Finally, lessons learned and suggestions for future developments of the tools are given.
Subject
Cognitive operator support
Industry 4.0
Manufacturing
Assembly
Work instructions
Pilot testing
Cost benefit analysis
Digitalization
Human factors
Ergonomics
To reference this document use:
http://resolver.tudelft.nl/uuid:f76a1371-6120-4ad0-92c0-3900c97722d4
DOI
https://doi.org/10.1007/978-3-030-99235-4_3
TNO identifier
980364
Publisher
Springer, Cham
ISBN
9783030992354
Source
Human-Technology Interaction: Shaping the Future of Industrial User Interfaces, 49-82
Document type
bookPart