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The consequences of human social irresponsibility urge socially responsible reactions. The authors expose the consequences of socially irresponsible behaviour and state possible requisitely holistic tools to eliminate organisations’ dangerous and socially irresponsible behaviour. This paper aims to examine how the viable system model (the VSM) used as a diagnostic tool can help organisations support socially responsible behaviour.

Given the variety of systems methodologies, the authors selected the VSM as a key methodological tool of Organizational Cybernetics. A case-study approach is used to demonstrate the power of the VSM as a diagnostic tool.

Humans need to replace recklessness and selfishness by faster re-orientation towards a socially responsible society. By following the cybernetic circle of the preparation and implementation of the management process and practising social responsibility via the VSM, organisations can conduct socially responsible business operations for a socially responsible society. Respecting the pluralist nature of social responsibility and a limited framework of the VSM, the VSM analysis needs to be supported by interpretive systems approaches, such as Strategic Assumptions Surfacing and Testing (SAST).

The presented study’s limitation is the case study of a selected organisation from Europe. The discussion could be relevant to each organisation, which is observed as a viable system. The insights gained with this case study can be broadened by empirical research involving diverse organisations from various countries.

Research results indicate socially irresponsible behaviours of the researched organisation and possible ways of overcoming them. The cybernetic circle of the preparation and implementation of socially responsible management processes through the VSM offers a possible path towards more social responsibility in organisations. Moreover, the VSM should be used in combination with interpretive systems approaches, such as SAST.

The generality of the VSM indicates that decision-makers could use the VSM for diagnosing socially irresponsible behaviour in organisations and for redesigning organisations to help develop a more socially responsible society.

The paper contributes to a cybernetic framework and methodological support to social responsibility. This study could serve as an essential starting point for organisations wishing to take further steps towards social responsibility.

This paper aims to investigate an integrated approach that aims at enhancing the application process of value stream mapping (VSM) method. It also proposes an extended VSM called Economic and Environmental VSM(E-EVSM). The proposed approach highlights the improvement of economic and environmental performances.

The proposed approach has studied the integration of VSM, fuzzy decision-making trial and evaluation laboratory (DEMATEL) and fuzzy quality function deployment (QFD) to improve the economic and environmental performances of manufacturing processes. The VSM method is used for data collection and manufacturing process assessment, whereas fuzzy DEMATEL is used to analyse the current state map. Finally, fuzzy QFD is used to organize the improvement phase of VSM method.

The clear findings of this research prove the effectiveness of VSM method on the environmental and economic performances of manufacturing processes. In addition, the proposed approach will show the advantages of fuzzy DEMATEL and fuzzy QFD approaches in improving the application of the VSM method.

The limitation of this study includes the lack of consideration of other dimensions such as social, technological and managerial. In addition, the proposed approach studied an average set of environmental and economic indicators.

The novelty of the proposed approach is proved by the development of an extended VSM method (E-EVSM). Also, the proposed approach contributes by a new methodology for analysing and improving the current state map of manufacturing processes.

This research develops value stream mapping (VSM) for L'Oreal's artwork process, to eliminate waste, reduce lead time and identify stages that can be automated, which makes the process less prone to human error and more responsive to fulfilling business-to-business customer requirements. In addition, amendments frequently occur slowing down the artwork process. In this context, VSM is applied to L'Oreal's artwork process to reduce lead time, human error and missed deadlines.

This study uses data from L'Oreal's artwork tracker from 2018–2019, which is manually tracked by the launch team. The service level agreement and task time data have been collected from 12 employees representing the launch, factory and marketing teams working on the artwork process. Qualitative feedback was also obtained from nine employees to validate the VSM for L'Oreal's artwork process.

VSM identified stages that can be streamlined and automated in L'Oreal's artwork process, which makes the process more efficient and responsive to changing scope of the artworks. 50% of the stages have been eliminated from the manual artwork process, resulting in a reduced lead time of 10.5 days and a reduction of 28% spent on the process. This allows the artwork process to be more agile to the requirements of business-to-business customers. The proposed VSM shows a 73% increase in value-added time for a renovation and a 75% increase in value-added time for new product developments.

VSM has been specifically designed, developed and analyzed for L'Oreal's artwork process, in order to make the process more efficient and responsive to business-to-business customer’s requirements.

This paper aims to apply lean manufacturing using value stream mapping (VSM) in the manufacturing organization (automotive suspension and fastening components section). To validate the VSM approach, simulation has been done.

VSM approach has been used to implement lean stages in the U-bolt section. Current state map was prepared and future state map has been implemented. Further, simulation has been done to compare current state and future state maps.

It has been found that there is 87.59% reduction in cycle time (C/T), 76.47% reduction in work-in-process (WIP) inventory, 95.41% reduction in production lead time, 66.08% increase in value added (VA) ratio, 95.78% reduction in non-value added (NVA) time, 57.14% reduction in the number of operators and 70.67% reduction in change over (C/O) time for the U-bolt section. Simulated and VSM of current and future state has observed error of 5 s.

This study is based on automotive manufacturing industry situated in northern part of India. The outcome of this study is applicable only to the selected product of the manufacturing company.

This paper deals with case study part which reflects the true picture of implementation of Lean manufacturing (LM) tools in the organization.

Lean manufacturing (LM) plays a major role in eliminating wastes (activities/resources) in a manufacturing organization. Value stream mapping (VSM) is one of the critical tools in LM which will help in identifying wastes in materials and information flow in a specific product family. The purpose of this paper is to illustrate the significance of VSM in the auto-ancillary industry in enhancing the productivity and the quality.

A case study approach is followed to demonstrate the significance of VSM in identifying various wastes in the auto-ancillary industry. The study has been performed by implementing seven critical steps. A product family is identified based on the customer demand and a cross functional team with specialized experts was formed. The overall processes with sequence are mapped using process flowchart. A cross functional team has been formed to develop the current state of VSM and perform a critical analysis to identify shortcomings. An investigation was performed to overcome the existing shortcomings by identifying opportunities. The relevant kaizens to improve the current state have been proposed. The cross functional team of experts have performed a feasibility study on implementation of proposed kaizens. Finally, a future state of VSM after implementation of feasible kaizens has been reported.

The results show that future state of VSM brings out the positive impact with respect to process ratio, TAKT time, process inventory level, total lead time and bottleneck time. The proposed improvement also helped to achieve higher customer satisfaction in terms of increased quality, reduced cost and on time delivery.

Present study is focussed on a single product family cell in one of the auto-component organization.

Helps practitioners in the auto-component industry to implement the VSM effectively in their organization.

The purpose of this paper is to introduce the viable system model (VSM) as a valuable tool to the food industry. A sugarcane supply chain was used to evaluate VSM's applicability to the food industry by exploring how VSM can help to understand its complexity.

VSM and qualitative research methods were combined in an interactive manner to produce a VSM diagnosis.

The VSM diagnosis highlighted that while continuity of the system is not at risk, many improvement opportunities exist. For example, the local mill management lacks autonomy, essential operational measurement cannot be realised, coordination is deficient and a vision or identity for the mill area and a joint effort to engage in strategic considerations is missing. Miller-grower fragmentation surfaced as one cause of these shortcomings.

Although VSM revealed shortcomings, it was unable to facilitate interventions for improvement. VSM's capacity in dealing with shortcomings should be strengthened and the merit of VSM in other food-related supply systems should be investigated.

Millers and growers need to become genuine partners and work jointly on the issues that challenge the system to realise the full potential that is embedded in the system.

VSM has not been applied in the sugar industry context and the amount of researches that explore sugarcane supply chains holistically is limited.

Viable system model (VSM) is a powerful tool mainly used to describe, solve and control systems’ complex problems autonomously. It enables systems to be flexible so that they can survive by rapidly responding and adapting their behaviors to any expected or even unexpected changes in the surrounding environment. This study aims to provide a literature review of the VSM as a conceptual framework for designing viable systems, and its applications in the field of higher education (HE).

The review is based on explaining “What is organizational cybernetics?”, clarifying the principles of the VSM as a rational model for designing viable organizations, discussing its drawbacks and the extended VSM, and then presenting a literature review of VSM applications in HE based on papers mainly published from 1993 to 2017.

Although there are many contributions provided by applying the VSM in HE, the previous developed models used Beer’s framework with its drawbacks without referring to some important factors neglected within it which are discussed in this review.

The study presents a summary of previous research on this topic and clarifies the essential issues needed to be addressed to design viable systems. Based on the gaps identified in the literature, some issues have been emphasized to be addressed in future research.

Value stream mapping (VSM) is a lean manufacturing (LM) tool used for analyzing material and information flow on a specific product family. The purpose of this article is to address the importance of VSM in LM environment in an Indian auto components industry.

The case study approach has been used to show the applicability and importance of VSM in an Indian auto components company, in which the current state of manufacturing is mapped with the help of VSM symbols. According to the current state mapping, the study conducted analysis and identifies the area of improvement needed in terms of work in process, lead time and cycle time. The study further implemented kaizen on the current state map and developed future state map while including these kaizens.

The study clearly shows that the VSM brings out the positive impact on process ratio, TAKT time, process inventory level, line speed, total lead and process time and reduced man power. It is helping the company in satisfying their customers with respect to quality, cost and delivery.

The main limitation of the study is the confined focus on a single industry. The case should be extended to other industries in order to support the findings and for the purpose of the wider generalization.

The results obtained from the study will help other industries and sectors to implement VSM in LM environment.

The article deals with a real case study, which shows application of VSM for implementing lean principles.

In most cases, the conventional assessment of value streams is based on key performance indicators (KPIs) like the share of added value, the degree of flow or a comprehensive lead time analysis. To evaluate cross-enterprise value streams of manufacturing, business or service processes in detail, a holistic methodology is needed. The paper aims to discuss this issue.

In this research paper, the assessment of value streams within complex cross-company networks is described. After a presentation of relevant KPIs in the fields of value stream management (VSM) and supply chain management (SCM), an approach for a cross-enterprise evaluation of value streams on different levels of detail is shown. In addition, the use of an absolute VSM evaluation, in contrast to a relative VSM assessment, is examined.

Based on a uniform and well-balanced set of KPIs and other VSM and SCM parameters, a performance assessment on different levels of value stream detail is enabled. Further investigations reveal the advantages of a relative compared with an absolute VSM assessment.

In addition to a comprehensive overview of existing KPIs for a value stream assessment beyond company borders, a holistic and multi-level VSM approach is presented in this paper. In contrast to existing VSM approaches, the described method allows an evaluation and subsequent improvement of value streams within supply chain networks. Up to now, the presented approach for the assessment of cross-enterprise value streams has only been tested in specific industrial environments. In future, the proposed methodology shall also be validated for other process types like business, service or further manufacturing processes.

The described cross-company performance measurement approach shows a high practical relevance for organizations operating in supply chain networks. Due to the integrated use of different VSM parameters, the evaluation of highly interconnected value streams across corporate boundaries is facilitated. By means of a case study, the proposed methodology is validated under real industry conditions and proves its practical applicability.

One of the novel features of this research is the extension of the traditional VSM method with respect to a relative evaluation of value streams based on a set of significant KPIs. In addition, the allocation of these KPIs to different value stream layers and categories leads to an innovative approach for a multi-level assessment according to the needs of the specific VSM application, e.g. a more standardized use of VSM in complex supply chain networks.

This paper presents research into the use of the Viable Systems Model (VSM) in small to medium sized enterprises (SMEs). Research on the VSM has been focussed on large organisations. The purpose of this paper is to explore the usefulness of the VSM in diagnosing issues of viability in SMEs.

Case study research was undertaken in which semi structured diagnostic interviews took place with SMEs using the VSM as a diagnostic tool. The aim was to investigate whether the VSM would assist in diagnosing problems with viability and whether it could then prescribe and facilitate improvements in operations. Qualitative case study evidence is presented that shows the results of these interventions.

The paper reports some examples of operational problems that were exposed through the intervention process and shows some general conclusions to support the use of VSM for analysing operations and supporting small business viability. A number of “threats to viability” themes were apparent and these are discussed.

The semi‐structured interview protocol created for the research could be used to diagnose viability issues in other SMEs and thus is of practical relevance to other organisations.

The VSM originates from the theory of cybernetics which can be broadly defined as “the science of effective organisation”. Previous use of the model has focused upon the viability of large organisations; the applicability of the VSM in a small business operational context has received little attention. The paper demonstrates the benefits of the using the VSM to pinpoint problems that threaten SME viability.