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2 Journal of Achievements in Materials and Manufacturing Engineering

2 2007

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BSC methodology for determining strategy of manufacturing enterprises of SME sector

100%

Torbacka M. , Torbacki W.

2007

tom Vol. 23, nr 2

99-102

Purpose: The main issue of this paper is to present a modern way of determining business strategy with a use of Balanced Scorecard methodology (BSC) integrated with ERP/MRP rank systems for managing manufacturing companies. Design/methodology /approach: The paper presents assumptions, aims and ways of implementation of Balanced Scorecard on a background of classic manufacturing company management. Findings: A present state of software development produced for strategic company management as well as proposals of ways and directions of its development for SME sector was introduced in this paper. Research limitations/implications: Further researches should be concentrated on particularising of so-called scorecard of manufacturing company. Practical implications: The paper presents an example of a needs analyse which is necessary to be performed during a process of choosing one of ERP/MRP rank computer system for manufacturing company service. Originality/value: The paper might be useful for person dealing with modern techniques of manufacturing company management.

Required buffer capacities in assembly systems

80%

Krenczyk D. , Dobrzańska-Danikiewicz A.

2007

tom Vol. 23, nr 1

95-98

Purpose: The aim of the realised analysis is the determination of the set of conditions. The fulfilment of those conditions enables the synchronisation of the assembly system work into the steady state. It is necessary to specify the rules controlling the assembly system work. Rhythmic concurrent production with wide assortment in the considered assembly system is realised. Design/methodology/approach: The theoretical roots of the considerations presented in that paper include theory of constraints. The presented approach is consistent with the authority method called Requirements and Possibilities Balance Method (RPBM). Findings: Two kinds of system buffers: the entrance buffers and the inter-resources buffers are considered in that paper. The number of buffers elements needed for production during first steady state of the given system has been determined. Mathematical formulas specifying the minimal capacity of the buffers allocated in the assembly system have been outworked. Research limitations/implications: The formulas specifying the minimal buffer capacity constitute the first step towards formulation of the automatic method. That method is designed for the automatic construction of rules controlling the system work during transient phases between two different steady states. The process enables automation of the introduction filling of the system buffers. Practical implications: The presented formulas can become an integrated part of existing authority software. The developed computer system aids the decision-making process connected with production planning and ensures effective utilisation of production resources. Moreover, the formulas correctness during computer simulations has been verified. Originality/value: To develop the formulas specifying the minimal capacity of the system buffers is the main achievement of the given paper. The presented approach permits to solve the problem concerning the synchronisation of the assembly system work into the steady state.