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Hybrid work for industrial workers: challenges and opportunities in using collaborative robots

Hybrid work for industrial workers: challenges and opportunities in using collaborative robots
Hybrid work for industrial workers: challenges and opportunities in using collaborative robots
The COVID-19 pandemic has drastically impacted how work is conducted, shifting many jobs to a hybrid nature with an emphasis on work-from-home. This shift has, however, not affected all job types equally. In this position paper, we argue that the advancement of collaborative robots in the industrial setting presents a unique and underexplored opportunity for robot-supported hybrid work in the industrial setting. We present five challenges that act as contributing factors that stifle access to hybrid work opportunities in the industrial context. These point to (i) the need for spacial awareness of both the robot and its surroundings, (ii) the, at times, need for physical presence for breakdown intervention and recovery, (iii) the need for contextual awareness, (iv) the need for additional employee training, and (v) a clear interface to map the varying degrees of freedom to a remote interface. We present future research opportunities with the potential to address some of the presented challenges.
Schneiders, Eike
9da80af0-1e27-4454-90e2-eb1abf7108bd
Berkel, Niels van
281a21e5-5a4c-499b-916f-1bd63898bb4b
Skov, Mikael Brasholt
f5477bc6-8447-4176-b69e-99f05450b6cd
Schneiders, Eike
9da80af0-1e27-4454-90e2-eb1abf7108bd
Berkel, Niels van
281a21e5-5a4c-499b-916f-1bd63898bb4b
Skov, Mikael Brasholt
f5477bc6-8447-4176-b69e-99f05450b6cd

Schneiders, Eike, Berkel, Niels van and Skov, Mikael Brasholt (2022) Hybrid work for industrial workers: challenges and opportunities in using collaborative robots. In Work of the Future Workshop at NordiCHI22.

Record type: Conference or Workshop Item (Paper)

Abstract

The COVID-19 pandemic has drastically impacted how work is conducted, shifting many jobs to a hybrid nature with an emphasis on work-from-home. This shift has, however, not affected all job types equally. In this position paper, we argue that the advancement of collaborative robots in the industrial setting presents a unique and underexplored opportunity for robot-supported hybrid work in the industrial setting. We present five challenges that act as contributing factors that stifle access to hybrid work opportunities in the industrial context. These point to (i) the need for spacial awareness of both the robot and its surroundings, (ii) the, at times, need for physical presence for breakdown intervention and recovery, (iii) the need for contextual awareness, (iv) the need for additional employee training, and (v) a clear interface to map the varying degrees of freedom to a remote interface. We present future research opportunities with the potential to address some of the presented challenges.

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More information

Published date: 1 September 2022

Identifiers

Local EPrints ID: 494595
URI: http://eprints.soton.ac.uk/id/eprint/494595
PURE UUID: 4df97914-43b1-4824-a4d7-77e0367fd279
ORCID for Eike Schneiders: ORCID iD orcid.org/0000-0002-8372-1684

Catalogue record

Date deposited: 10 Oct 2024 17:03
Last modified: 11 Oct 2024 02:11

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Contributors

Author: Eike Schneiders ORCID iD
Author: Niels van Berkel
Author: Mikael Brasholt Skov

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