Reconfiguration of manufacturing supply chains considering outsourcing decisions and supply chain risks

Tian, Qi; Guo, Weihong

doi:10.1016/j.jmsy.2019.04.005

Cited by 31 publications

(33 citation statements)

References 25 publications

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“…Additionally, there is an issue of make-or-buy that the original equipment manufacturers (OEM) should select strategically the way of the manufacturing process whether they do it by themselves or outsource it to the third-party manufacturer [17,60]. In a case of high-tech business, there is a consideration that a core business should be owned or could be outsourced.…”

Section: Discussionmentioning

confidence: 99%

“…So, it needs more investigation to extend the scope of the quality process in outsourcing to consider supply chain operations [57,58]. The process in the outsourcing development is defined as accurate, efficient in the level of quality for client demands, and as agile and elaborate in the level of speed for client demands [59,60] (Table 4). With the study for the definition of several factors for outsourcing development, the research design model is configured to proceed the Delphi AHP method (Figure 2).…”

Section: Environmentmentioning

confidence: 99%

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Dynamic Outsourcing Development for Sustainable Competitive Advantage in a High-Tech Backend Semiconductor Equipment Firm

Connerton

Kim

2019

Sustainability

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In a high-tech backend semiconductor business where a market environment changes sharply and requires competitiveness of high technology, one of the most important criteria is to establish an optimal strategy for outsourcing development so a firm can achieve a sustainable competitive advantage. Many studies have investigated sustainable and successful strategies for the selection and management of outsourcing suppliers, whereas, this study focuses mainly on analyzing the most affecting factor for outsourcing development in the perspective of dynamic capability by using the Delphi Analytic Hierarchy Process (AHP) method. For the analysis of affecting factors, 4 dimensions are defined: technology, organization, environment, and process. The research result shows that the sustainability of the productive skill in the technology dimension is adopted as the most affecting factor for outsourcing development among the defined 4 dimensions of an outsourcing supplier’s capability. With this research, a high-tech firm can measure the level of each dimension and each factor in developing outsourcing service providers. Then the firm can develop an appropriate outsourcing provider who contributes to the firm’s sustainable competitive advantage. This study also provides a practical and strategic framework of a high-tech firm’s outsourcing development in variable market situations and changeable conditions of transaction.

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Section: Discussionmentioning

confidence: 99%

Section: Environmentmentioning

confidence: 99%

Dynamic Outsourcing Development for Sustainable Competitive Advantage in a High-Tech Backend Semiconductor Equipment Firm

Connerton

Kim

2019

Sustainability

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“…The use of this concept can support the implementation of process management and contribute to increasing its effectiveness and efficiency if the use of outsourcing reduces costs and improves concentration on key processes. Information on the outsourcing dedicated to hard coal mines, is presented in [13,29].…”

Section: Outsourcingmentioning

confidence: 99%

Model of Process Management System in Enterprises of the Hard Coal Mining Industry

Bijańska

Wodarski

2020

Management Systems in Production Engineering

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AbstractThe primary objective of this paper is to present a model of a process management system developed to support the restructuring of Polish enterprises of the hard coal mining industry. The development of this model required research in three stages using several research methods. The stage I of the research was oriented towards the recognition of the existing state of knowledge in the scope of previously developed models of process management in enterprises. At this stage, a method of reviewing the literature, the analysis and synthesis of the results of considerations, was used. The stage II was oriented towards presenting of the current state of knowledge in the field of process management to the managerial staff of mines in order to identify their needs, capabilities and preferences. The research were attended by 24 managers from PGG SA and JSW SA. At this stage, the method of targeted free-form interview and discussions, was used. The stage III of the research was oriented towards the development of a process management system model in enterprises operating in the hard coal mining industry, based on the scientific achievements to date in the field of process management and consensus on the needs, preferences and capabilities of mine managerial staff with regard to its specific elements. At this stage, the method of analysis and synthesis was used. The results of the research presented in this publication are primarily addressed to the managerial staff of polish hard mines, as they provide a synthesized response to the problem of the lack of consistent process management guidelines that could set a standard within a mining enterprise. The model presented in the publication is of a general nature, although it may provide a basis for the application of process management for mines.

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“…The selection of technical parameters of machines and equipment is important due to the arduous conditions in which they will work. It is possible to evaluate correctly selected machines through active monitoring of their operating parameters and analysis of operating conditions [33][34][35][36][37][38][39]. One of the main sources of hazards causing accidents at work in mining plants is the technical infrastructure and, in particular, machinery and technical equipment.…”

Section: Introductionmentioning

confidence: 99%

A Step-by-Step Procedure for Tests and Assessment of the Automatic Operation of a Powered Roof Support

et al. 2021

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A powered longwall mining system comprises three basic machines: a shearer, a scraper (longwall) conveyor, and a powered roof support. The powered roof support as a component of a longwall complex has two functions. It protects the working from roof rocks that fall to the area where the machines and people work and transports the machines and devices in the longwall as the mining operation proceeds further into the seam by means of hydraulic actuators that are adequately connected to the powered support. The actuators are controlled by a hydraulic or electro-hydraulic system. The tests and analyses presented in the developed procedure are oriented towards the possibility of introducing automatic control, without the participation of an operator. This is important for the exploitation of seams that are deposited at great depths. The primary objective was to develop a comprehensive methodology for testing and evaluating the possibility of using the system under operating conditions. The conclusions based on the analysis presented are a valuable source of information for the designers in terms of increasing the efficiency of the operation of the system and improving occupational safety. The authors have proposed a procedure for testing and evaluation to introduce an automatic control system into the operating conditions. The procedure combines four areas. Tests and analyses were carried out in order to determine the extent to which the system could be potentially used in the future. The presented solution includes certification and executive documentation.

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Reconfiguration of manufacturing supply chains considering outsourcing decisions and supply chain risks

Cited by 31 publications

References 25 publications

Dynamic Outsourcing Development for Sustainable Competitive Advantage in a High-Tech Backend Semiconductor Equipment Firm

Dynamic Outsourcing Development for Sustainable Competitive Advantage in a High-Tech Backend Semiconductor Equipment Firm

Model of Process Management System in Enterprises of the Hard Coal Mining Industry

A Step-by-Step Procedure for Tests and Assessment of the Automatic Operation of a Powered Roof Support

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