A Method for Facilitating the Design of Industry 4.0 Collaborations and its Application in the Aerospace SectorCitation formats

Standard

A Method for Facilitating the Design of Industry 4.0 Collaborations and its Application in the Aerospace Sector. / Kazantsev, Nikolai; Mehandjiev, Nikolay; Sampaio, Pedro; Stalker, Iain Duncan.

A Method for Facilitating the Design of Industry 4.0 Collaborations and its Application in the Aerospace Sector. CIM Symposium : Apollo, 2019.

Research output: Chapter in Book/Report/Conference proceedingConference contribution

Harvard

Kazantsev, N, Mehandjiev, N, Sampaio, P & Stalker, ID 2019, A Method for Facilitating the Design of Industry 4.0 Collaborations and its Application in the Aerospace Sector. in A Method for Facilitating the Design of Industry 4.0 Collaborations and its Application in the Aerospace Sector. Apollo, CIM Symposium.

APA

Kazantsev, N., Mehandjiev, N., Sampaio, P., & Stalker, I. D. (Accepted/In press). A Method for Facilitating the Design of Industry 4.0 Collaborations and its Application in the Aerospace Sector. In A Method for Facilitating the Design of Industry 4.0 Collaborations and its Application in the Aerospace Sector CIM Symposium: Apollo.

Vancouver

Kazantsev N, Mehandjiev N, Sampaio P, Stalker ID. A Method for Facilitating the Design of Industry 4.0 Collaborations and its Application in the Aerospace Sector. In A Method for Facilitating the Design of Industry 4.0 Collaborations and its Application in the Aerospace Sector. CIM Symposium: Apollo. 2019

Author

Kazantsev, Nikolai ; Mehandjiev, Nikolay ; Sampaio, Pedro ; Stalker, Iain Duncan. / A Method for Facilitating the Design of Industry 4.0 Collaborations and its Application in the Aerospace Sector. A Method for Facilitating the Design of Industry 4.0 Collaborations and its Application in the Aerospace Sector. CIM Symposium : Apollo, 2019.

Bibtex

@inproceedings{19b19065d28a43469c75514915fe320d,
title = "A Method for Facilitating the Design of Industry 4.0 Collaborations and its Application in the Aerospace Sector",
abstract = "Industry 4.0 envisions quick formation of manufacturing supply chains to ensure rapid reaction to new product requirements and configurations. This paper proposes a method for facilitating the design of collaborative teams which can implement sections of these supply chains by responding to invitations totender by a manufacturer. The method includes five core design tasks which are applied recursively by partners to construct a collaboration model – (1) decomposing manufacturing goals, (2) team formation to tackle goals, (3) operationalizing goals into manufacturing processes, (4) decomposing processes and (5) defining execution workflows. The application of the method is shown using a case study from the aerospace industry with evidence of its utility in speeding-up collaborations.",
keywords = "Collaboration in supply chains, Industry 4.0, Aerospace, Collaboration Design, Methods, ontology engineering",
author = "Nikolai Kazantsev and Nikolay Mehandjiev and Pedro Sampaio and Stalker, {Iain Duncan}",
year = "2019",
month = "8",
day = "20",
language = "English",
booktitle = "A Method for Facilitating the Design of Industry 4.0 Collaborations and its Application in the Aerospace Sector",
publisher = "Apollo",
address = "United Kingdom",

}

RIS

TY - GEN

T1 - A Method for Facilitating the Design of Industry 4.0 Collaborations and its Application in the Aerospace Sector

AU - Kazantsev, Nikolai

AU - Mehandjiev, Nikolay

AU - Sampaio, Pedro

AU - Stalker, Iain Duncan

PY - 2019/8/20

Y1 - 2019/8/20

N2 - Industry 4.0 envisions quick formation of manufacturing supply chains to ensure rapid reaction to new product requirements and configurations. This paper proposes a method for facilitating the design of collaborative teams which can implement sections of these supply chains by responding to invitations totender by a manufacturer. The method includes five core design tasks which are applied recursively by partners to construct a collaboration model – (1) decomposing manufacturing goals, (2) team formation to tackle goals, (3) operationalizing goals into manufacturing processes, (4) decomposing processes and (5) defining execution workflows. The application of the method is shown using a case study from the aerospace industry with evidence of its utility in speeding-up collaborations.

AB - Industry 4.0 envisions quick formation of manufacturing supply chains to ensure rapid reaction to new product requirements and configurations. This paper proposes a method for facilitating the design of collaborative teams which can implement sections of these supply chains by responding to invitations totender by a manufacturer. The method includes five core design tasks which are applied recursively by partners to construct a collaboration model – (1) decomposing manufacturing goals, (2) team formation to tackle goals, (3) operationalizing goals into manufacturing processes, (4) decomposing processes and (5) defining execution workflows. The application of the method is shown using a case study from the aerospace industry with evidence of its utility in speeding-up collaborations.

KW - Collaboration in supply chains

KW - Industry 4.0

KW - Aerospace

KW - Collaboration Design

KW - Methods

KW - ontology engineering

M3 - Conference contribution

BT - A Method for Facilitating the Design of Industry 4.0 Collaborations and its Application in the Aerospace Sector

PB - Apollo

CY - CIM Symposium

ER -