Procurement's role in resolving demand–supply imbalances: an information processing theory perspective
Journal article, 2023

Purpose: Drawing on information processing theory, the linkage between buffering and bridging and the ability on the part of procurement to resolve demand–supply imbalances is investigated, as well as contexts in which these strategies may be particularly useful or detrimental. Buffering may be achieved through demand change or redundancy, while bridging may be achieved by the means of collaboration or monitoring. Design/methodology/approach: This study employs a hierarchical regression analysis of a survey of 150 Finnish and Swedish procurement and sales and operations planning professionals, each responding from the perspective of their own area of supply responsibility. Findings: Both the demand change and redundancy varieties of buffering are associated with procurement's ability to resolve demand–supply imbalances without delivery disruptions, but not with cost-efficient resolution. Bridging is associated with the cost-efficient resolution of imbalances: while collaboration offers benefits, monitoring seems to make things worse. Dynamism diminishes, while the co-management of procurement in S&OP improves procurement's ability to resolve demand–supply imbalances. The most potent strategy for tackling problematic contexts appears to be buffering via demand change. Practical implications: The results highlight the importance of procurement in the S&OP process and suggest tactical measures that can be taken to resolve and reduce the effects of supply and demand imbalances. Originality/value: The results contribute to the procurement and S&OP literature by increasing knowledge regarding the role and integration of procurement to the crucial process of balancing demand and supply operations.

Buffering

Information processing theory

Procurement

Sales and operations planning

Bridging

Author

Sini Laari

University of Turku

Harri Lorentz

University of Turku

Patrik Jonsson

Chalmers, Technology Management and Economics, Supply and Operations Management

Roger Lindau

Supply Chain and Operations

International Journal of Operations and Production Management

01443577 (ISSN) 17586593 (eISSN)

Vol. 43 13 68-100

Subject Categories

Production Engineering, Human Work Science and Ergonomics

Other Mechanical Engineering

Transport Systems and Logistics

Areas of Advance

Transport

Production

DOI

10.1108/IJOPM-06-2022-0382

More information

Latest update

7/25/2024