Purpose The purpose of this paper is to explore the basic principles and introduction of the Hoshin Kanri (HK) strategic management system, as related to the management practices in manufacturing small- and medium-sized enterprises (SMEs). Design/methodology/approach This paper reports the findings from the introduction of HK to four manufacturing SMEs by following an assistance support-based research approach where teams of coaches and researchers observed and learned from the introduction phase. The overall design of the project is theory building and learning oriented. Findings It is suggested that the successful introduction of a strategic management system in manufacturing SMEs has to balance the inherent level of formalization therein, with the individual company’s management practices. Based on HK as the strategic management system, pDCA is proposed as an alternative approach to the introduction, matching differences in management practices. Research limitations/implications The explorative nature of this research provides room for subsequent studies by elaborating the knowledge on the introduction of strategic management systems in SMEs. Practical implications Awareness of the existing managerial practices is essential when introducing a new strategic management system in manufacturing SMEs. Such awareness is the starting point of customizing the introduction, so that proper levels of engagement and flexibility can be balanced with increasing systematic formalization, and optimized adequacy. Originality/value Following an assistance support-based research approach the result of this research project is summarized in the iterative pDCA model emphasizing engagement and flexibility when incrementally introducing strategic management systems in SMEs. This model addresses a hitherto under-researched topic in strategic management.
PurposeThe purpose of the study is to develop knowledge on the implementation of Hoshin Kanri (HK) in small manufacturing companies. Two research questions are addressed: (1) what factors influence the implementation of HK in small manufacturing companies? (2) How do the factors influence the implementation of HK in small manufacturing companies?Design/methodology/approachThe research presented in this paper is based on an extensive literature review and data from the implementation process in five small manufacturing companies. In the literature review, factors influencing the implementation of HK, lean production and total quality management (TQM) in small manufacturing firms are identified. Thereafter, five implementation cases are analyzed. Findings from the cases are then contrasted with the factors identified in the literature and further theorized.FindingsSeven factors were found to either enable or hamper HK implementation in small manufacturing companies. Management involvement was identified as a critical factor. Management involvement can be typologized as collaborative or demanding, and the types of involvement is decisive in implementation processes within the small manufacturing company context.Originality/valueIn this paper, the authors focus on small manufacturing companies as the starting point and relate theoretical and practical results to the implementation processes in this defined target group. Conceptualizing implementation as a learning process, this research contributes to this emerging perspective on small firm development.
Abstract:Stabilizer states are eigenvectors of maximal commuting sets of operators in a finite Heisenberg group. States that are far from being stabilizer states include magic states in quantum computation, MUB-balanced states, and SIC vectors. In prime dimensions the latter two fall under the umbrella of Minimum Uncertainty States (MUS) in the sense of Wootters and Sussman. We study the correlation between two ways in which the notion of "far from being a stabilizer state" can be quantified, and give detailed results for low dimensions. In dimension 7 we identify the MUB-balanced states as being antipodal to the SIC vectors within the set of MUS, in a sense that we make definite. In dimension 4 we show that the states that come closest to being MUS with respect to all the six stabilizer MUBs are the fiducial vectors for Alltop MUBs.
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