Production Control Systems in Manufacturing Environments
Summary
Production control systems constitute the operational nerve centre of modern manufacturing, coordinating flow from raw materials to finished goods. Central functions include order release, authorisation at work centres and dispatching of jobs, traditionally arranged in a hierarchical decision structure. This architecture ensures stability under uncertainty but can impede responsiveness in high-variety, low-volume contexts. Recent advances leverage digitalisation and real-time data to support non-hierarchical and system-state control, enabling simultaneous consideration of release, authorisation and dispatching decisions. Such approaches aim to reduce work-in-process inventories, enhance throughput predictability and improve delivery performance. Concurrently, hybrid strategies that bridge push and pull paradigms – for example, demand-driven material requirements planning – adjust inventory buffers to absorb variability while maintaining service levels. The global significance of these control systems is underscored by their role in lean manufacturing, agile supply chains and mass customisation. Application examples span automotive assembly lines using electronic kanban signalling, semiconductor fabs employing finite-capacity scheduling modules, and small-batch workshops adopting card-based control loops. Overall, production control research seeks a balance between robustness and flexibility, informed by simulation studies, machine-learning-driven forecasting and continuous-improvement frameworks.
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Production Control Systems in Manufacturing Environments publication trend
The graph below shows the total number of articles in production control systems in manufacturing environments across all publications each year (not limited to Nature Index journals).
Technical terms
Work-in-process (WIP): the quantity of items between the start and end points of a production line.
Release: the decision to admit a new order into the manufacturing system.
Dispatching: the rule or method used to select and sequence orders at a work centre.
Hierarchical control: a structured decision-making sequence separating release, authorisation and dispatching.
Kanban: a pull-based signalling mechanism authorising production or material movement.
CONWIP: constant work-in-process control that limits total WIP using a card system.
DDMRP: demand-driven material requirements planning, blending push and pull to maintain dynamic buffer levels.
References
- Non-hierarchical work-in-progress control in manufacturing. International Journal of Production Economics (2023).
- Towards System State Dispatching in High‐Variety Manufacturing. Omega (2023).
- Demand Driven Material Requirements Planning (DDMRP): A systematic review and classification. Journal of Industrial Engineering and Management (2021).
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