Project Management Volume, Velocity, Variety: a big data dynamics approach
Project Management Volume, Velocity, Variety: a big data dynamics approach
The era of Big Data has provided business organisations opportunities to improve their management processes. This developmental paper is adopting a mixed-method research approach where qualitative data will underpin a quantitative questionnaire. The early insights are based on an initial eleven qualitative interviews and conceptualised in the following three statements: (i) Project practitioners need to increase their data literacy; (ii) Project practitioners are not utilising the available Big Data based on the 3 Vs; Volume, Velocity and Variety; (iii) Project practitioners need to utilise the structured available data to augment the decision-making process to represent the complex environment of Big Data, the study adopts Complexity Theory as a theoretical framework. When completed, the research will demonstrate the results through System Dynamics modelling.
Kockum, Fredrik
7ec67a98-56cf-4659-9fdb-4f4e0124a757
Dacre, Nicholas
90ea8d3e-d0b1-4a5a-bead-f95ab32afbd1
29 March 2021
Kockum, Fredrik
7ec67a98-56cf-4659-9fdb-4f4e0124a757
Dacre, Nicholas
90ea8d3e-d0b1-4a5a-bead-f95ab32afbd1
Kockum, Fredrik and Dacre, Nicholas
(2021)
Project Management Volume, Velocity, Variety: a big data dynamics approach.
Advanced Project Management, 21 (1).
Abstract
The era of Big Data has provided business organisations opportunities to improve their management processes. This developmental paper is adopting a mixed-method research approach where qualitative data will underpin a quantitative questionnaire. The early insights are based on an initial eleven qualitative interviews and conceptualised in the following three statements: (i) Project practitioners need to increase their data literacy; (ii) Project practitioners are not utilising the available Big Data based on the 3 Vs; Volume, Velocity and Variety; (iii) Project practitioners need to utilise the structured available data to augment the decision-making process to represent the complex environment of Big Data, the study adopts Complexity Theory as a theoretical framework. When completed, the research will demonstrate the results through System Dynamics modelling.
Text
2021-Kockum_Dacre-Project_Management_ Big_Data_Dynamics
- Author's Original
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Published date: 29 March 2021
Identifiers
Local EPrints ID: 495917
URI: http://eprints.soton.ac.uk/id/eprint/495917
ISSN: 2688-3074
PURE UUID: f30a6f61-adb4-42aa-b501-9f11a33d8f24
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Date deposited: 27 Nov 2024 17:47
Last modified: 28 Nov 2024 02:56
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Author:
Fredrik Kockum
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