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2015, Binus Business Review
Production Management is the act of designing, operating, and improving the productive systems – a system for getting the work done. Along the process, the synergy in between machineries, facilities and people could empower the sustainable of the production. In fact, for some cases, the implementation of unique system is needed for the production process. The example for this transformation production management is in the case of CV Wiracana, a handmade manufacturing company for folding hand fans from Bali. CV Wiracana's products are very unique, combined from mass production for the speed and an art for the custom made product. At one side, the market forces them to speed up the production and for this purpose, they must set up the new system on their production line. On the other side, the masterpiece also needs to be produced without jeopardizing mass production line schedule. The transformation production system needs to be done no later than 2015 as the urgency to fulfill t...
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Gestão de sistemas de produção e operações no simpep: um estudo bibliométrico sobre a produção científica publicada no período de 2017 a 2021, pazarlama ve üreti̇m planlamasi i̇li̇şki̇si̇ (mobi̇lya i̇malatçisi kobi̇’lere yöneli̇k bi̇r araştirma), 9 references, production and operations management: focusing on quality and competitiveness, inventory management and production planning and scheduling, how to promote competitive advantages for smes: issues, ideas and innovation, design and construction of a support for a folding fan, analisis faktor yang mempengaruhi penyerapan tenaga kerja industri kreatif di kota denpasar, production and operation management, the essential of marketing research, related papers.
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A. Suci D. Hidayat Andhi Bharata
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The duties of a production manager encompass a wide range of responsibilities throughout the various phases of a production process. They are involved in product development, production planning and control, materials planning and control, quality assurance, and cost engineering [4] . In the film industry, a production manager plays a crucial role in overseeing the entire production from development to postproduction, including tasks such as script breakdown, scheduling, budgeting, and controlling the budget [1] [2] . Additionally, they handle aspects like preparing for the shoot, managing cast and crew contracts, dealing with insurance, and navigating film festivals and markets [3] . In unique production settings, such as the case of CV Wiracana, a transformation in production management may be necessary to balance mass production with custom-made products, improve production efficiency, and meet customer demands while ensuring sustainability and growth [5] .
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Project Managers in Project Management require a diverse set of competencies to ensure successful project delivery. These competencies include technical and soft skills, the ability to develop project plans, manage team performance, secure stakeholder buy-in, and adapt to changing environments . They must possess knowledge in organizational dynamics, demonstrate leadership qualities, and understand that authority is driven by character rather than title . Additionally, effective Project Managers need to be adept at stakeholder management, as stakeholders play a crucial role in project success . In the context of developing countries, Project Managers are increasingly seen as knowledge workers, requiring a combination of hard and soft skills to manage projects efficiently and effectively .
Managers play various roles in an organization. They are responsible for creating a favorable social and psychological climate within the team, which includes establishing effective communication and resolving conflicts . The manager's involvement in the control system varies depending on the size of the company. In small businesses, the manager acts as a one-man show, while in larger companies, they act as an invigilator . Managers are involved in all aspects of the management process, including setting goals, planning, organizing, motivating, and controlling activities . They also have interpersonal, communicative, and decision-making roles, which can impact employee motivation . Managers need a combination of general competencies (instrumental, interpersonal, and system competencies) and professional competencies to be effective in their roles . Overall, managers play a crucial role in creating a positive work environment, managing resources, and achieving organizational objectives.
Management is the process of allocating limited resources to tasks and activities in order to achieve the goals and objectives of an organization. It involves the interaction of individuals within a business system and requires the skills, knowledge, and experience of professional managers. The role of management is universal and applicable in various social organizational systems. It is crucial for the success of organizations in a competitive global economy, as it focuses on utilizing the capabilities of people to create a sustainable competitive advantage. Effective management involves planning, decision-making, controlling mistakes, and maintaining quality control. The role of managers is to unify and lead an organization, and their effectiveness is influenced by various theories and principles proposed by experts such as Henri Fayol. Management is a complex concept that encompasses leadership, strategy, administration, and the management of tangible and intangible assets.
The roles and responsibilities of a stage manager include coordinating and overseeing all aspects of a theatrical production, ensuring smooth communication and collaboration among the cast and crew, and managing the technical and logistical elements of the performance. They are responsible for scheduling rehearsals, coordinating with designers and technicians, and ensuring that all production elements are in place for each performance. Stage managers also play a crucial role in cueing actors and technicians during performances, ensuring that the show runs smoothly and according to the director's vision. They are often the point of contact for all members of the production team and serve as a liaison between the director, cast, and crew. Additionally, stage managers are responsible for maintaining the integrity of the production and ensuring the safety of all involved.
The 5M's of Production Management (Methods, Machines, Materials, Manpower, and Measurement) are relevant to Supply Chain Management. Appropriate management practices in supply chain management generate benefits and cost reductions, leading to the competitiveness of enterprises in the chain . Mathematical models have been used to optimize production-logistics systems in emerging countries, improving efficiency and productivity . A supply chain management system for koi fish production utilizes a database platform and breeding management platform to control and manage breeding information, health management, and disease management . The relationship between production and sales is crucial in supply chain management, with internal short-term production planning controls playing a key role . Cultural aspects are often neglected in supply chain planning and operation, but integrating cultural issues into supply chain management can provide a more comprehensive view and contribute to the field of research .
Basic calculus serves as a foundational element in STEM (Science, Technology, Engineering, and Mathematics) education, crucial for understanding advanced concepts in various fields. Despite its importance, many students struggle with calculus, which can hinder their academic performance and future studies. The following sections highlight key aspects of basic calculus in STEM. ## Importance of Basic Calculus - Basic calculus is essential for disciplines such as engineering and science, providing the mathematical tools necessary for modeling and problem-solving. - It serves as a prerequisite for many collegiate courses, emphasizing the need for a solid understanding of pre-calculus skills. ## Challenges Faced by Students - Many students encounter difficulties in calculus due to a lack of integration with their major subjects, leading to a disconnect in understanding. - Factors such as prior knowledge, interest, and capability significantly influence students' performance in basic calculus. ## Innovative Solutions - Tools like the eCALculator have been developed to enhance comprehension and engagement, particularly for low-achieving students. - Integrating STEM learning approaches can make calculus more relatable and easier to grasp for students. While basic calculus is vital for STEM education, the challenges students face highlight the need for innovative teaching methods and support systems to enhance understanding and performance.
The demographic profile of individuals attending training programs varies significantly across different contexts. Research indicates that participants often share common characteristics, including gender, education level, and socio-economic status. ## Gender Distribution - A study on entrepreneurship training in Romania found that the majority of participants were female, highlighting a gender disparity in training attendance. - In contrast, a study on attendees at an integrated counseling and testing center reported a higher male attendance (65.03%) compared to females (34.97%). ## Education and Socio-Economic Status - Participants in entrepreneurship training typically possess a high education level but often come from low-income backgrounds. - Medicinal plant growers, however, showed a predominance of individuals with senior secondary education, and none had formal training prior to cultivation. ## Age and Family Structure - The age profile of attendees varies, with a significant portion of medicinal plant growers being between 40-56 years. - Family structures also differ, as many medicinal plant growers come from nuclear families, indicating a potential influence on training participation. While these studies provide insights into the demographic profiles of training attendees, they also suggest that factors such as cultural context and specific training objectives can significantly influence these profiles.
A performance standard is a benchmark that defines the expected level of performance for a specific process, product, or system, allowing flexibility in how that performance is achieved. These standards are utilized across various sectors, including environmental policy, quality control, education, and ecosystem restoration. ## Environmental Policy In environmental contexts, performance standards set technology performance benchmarks while allowing producers to choose their methods. This approach encourages innovation and addresses externalities like pollution. For instance, tradable performance standards in the transportation sector have been implemented to promote low-carbon technologies, balancing costs and incentivizing technological advancements. ## Quality Control In quality control systems, performance standards help determine the quality level of tests using a sigma scale, guiding optimal monitoring practices. This ensures that analytical systems operate within defined quality specifications, leading to accurate results. ## Education In education, performance standards are used to establish competence-based output standards, facilitating evidence-based governance. These standards help assess student performance through comparative testing. ## Ecosystem Restoration Performance standards in ecosystem restoration measure physical, chemical, and biological characteristics to evaluate project success. They track progress toward desired ecological outcomes, ensuring that restoration efforts are effective. While performance standards provide a structured approach to achieving desired outcomes, they can also lead to challenges, such as the potential for misalignment between standards and actual performance, which may necessitate ongoing adjustments and evaluations.
Mixed Integer Linear Programming (MILP) is a powerful tool that can be applied to optimize various aspects of the dairy supply chain in Vietnam. This approach can address challenges such as supply decisions, production planning, transportation, and environmental impacts, ultimately enhancing efficiency and sustainability. The following sections explore how MILP can be utilized in the Vietnamese dairy supply chain, drawing insights from relevant research studies. ## Supply and Production Planning - MILP can be used to integrate supply decisions and production planning, which is crucial for the dairy industry. A model proposed by Emidio et al. supports decisions on selecting suppliers and scheduling milk pickups, while also considering production, inventory, and by-product utilization. This comprehensive approach can reduce costs and improve supply chain performance by integrating milk pickup and production planning . - In the context of Vietnam, where the dairy industry is growing, such a model can help manage the complexities of multiple suppliers and fluctuating demand, ensuring a steady supply of raw milk and efficient production scheduling. ## Environmental and Sustainability Considerations - The integration of environmental objectives into the supply chain is essential. Ivanov et al. propose a MILP model for designing a sustainable supply chain that includes biodiesel production from dairy waste. This model considers economic and environmental impacts, optimizing the supply chain for reduced greenhouse gas emissions . - Implementing such a model in Vietnam could help the dairy industry reduce its environmental footprint by utilizing waste products and optimizing transportation routes to minimize emissions. ## Transportation and Logistics Optimization - Efficient transportation is critical in the dairy supply chain due to the perishable nature of products. Lopez-Castro and Solano-Charris developed a MILP model for optimizing milk collection with a heterogeneous fleet, focusing on minimizing CO2 emissions. This model demonstrates the trade-offs between distance and emissions, providing insights into environmentally friendly logistics solutions . - For Vietnam, where transportation infrastructure can be challenging, such models can optimize routes and fleet usage, balancing cost and environmental impact. ## Multi-Objective Optimization - The dairy supply chain involves multiple conflicting objectives, such as cost minimization and service level maximization. Touil et al. present a bi-objective MILP model that addresses these conflicts by integrating production and distribution decisions. This model can help Vietnamese dairy companies balance economic and service objectives, ensuring customer satisfaction while controlling costs . ## Closed-Loop Supply Chain Design - Alinezahd's study on closed-loop supply chain design highlights the importance of recycling and waste management in the dairy industry. The proposed MILP model maximizes profit by considering both forward and reverse logistics, which can be particularly beneficial in Vietnam for managing waste and enhancing sustainability . In conclusion, while MILP offers significant advantages for optimizing the dairy supply chain in Vietnam, it is essential to consider the local context, including infrastructure, market dynamics, and environmental regulations. The integration of MILP with other decision-making tools and technologies can further enhance its effectiveness, providing a robust framework for addressing the complex challenges of the dairy supply chain.
When evaluating the feasibility of establishing a prefabricated components factory, several key factors must be considered to ensure successful implementation and operation. These factors encompass financial, operational, and logistical aspects that can significantly influence the project's viability. ## Financial Considerations - **Upfront and Operational Costs**: Initial investment and ongoing maintenance costs are critical. A comprehensive analysis of these costs helps in understanding the financial burden and potential return on investment. - **Government Incentives**: Availability of subsidies or tax breaks can enhance feasibility by reducing financial risks. ## Operational Factors - **Production Capacity**: Assessing the production capacity is essential. A systematic evaluation model can help determine the capacity based on various indices, ensuring alignment with market demands. - **Worker Allocation and Scheduling**: Efficient worker allocation and production scheduling are vital for maximizing output and minimizing delays. Advanced scheduling models can optimize these processes. ## Logistical Aspects - **Plant Location and Logistics Management**: The geographical location impacts logistics costs and delivery efficiency. Proximity to suppliers and markets can enhance operational efficiency. - **Design Flexibility**: The ability to adapt designs based on project requirements can improve competitiveness and responsiveness to market needs. While these factors provide a framework for evaluating feasibility, it is also important to consider potential challenges such as market fluctuations and technological constraints that may arise during the establishment and operation of a prefabricated components factory.
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Considering the contribution of small and medium enterprises to the national economic development, employment opportunities generation and total manufacturing output, their role cannot be overemphasized. SMEs have more ability to innovate and flexibility as compared to large organizations irrespective of their size as well as organizational structure. Therefore, it is important to improve their competitiveness and performance. This may be done by the implementation of computer-integrated manufacturing (CIM), because it plays a vital role in SMEs from all aspects of competitiveness both in terms of products and production techniques. An effort has been made in this paper to develop a model by considering four parameters such as top-management support and strategic alliance, business structure, structural attributes and integration of systems. Furthermore, multiple case studies have been conducted in British SMEs to explore the potential of CIM with the help of the proposed model. The result shows that there is lack of long-term strategic vision of the top management in HHW company. Whereas, a survey of SMEs have pointed out increase in reliability of delivery date, throughput/production volume, level of product customisation, reduction in manufacturing costs, WIP inventory and improvement in the image of the companies with the implementation of CIM.
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H.B. Marri, M.A. Gopang, M. Nebhwani & A. S. Soomro
Department of Management, Charlton College of Business, University of Massachusetts, 285 Old Westport Road North Dartmouth, Dartmouth, MA, 02747-2300, USA
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Marri, H., Gunasekaran, A., Gopang, M. et al. Assessment of CIM implementation in SMEs: a multiple case study approach. Int J Adv Manuf Technol 90 , 2193–2206 (2017). https://doi.org/10.1007/s00170-016-9543-y
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Received : 25 May 2016
Accepted : 27 September 2016
Published : 11 October 2016
Issue Date : May 2017
DOI : https://doi.org/10.1007/s00170-016-9543-y
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Digitalization, Sustainable Development, and Industry 5.0
ISBN : 978-1-83753-191-2 , eISBN : 978-1-83753-190-5
Publication date: 20 November 2023
Lean manufacturing, a philosophy that revolutionized the manufacturing industry, is often linked to the Toyota Production System (TPS). At the core of a lean company, one can observe proper implementation of lean manufacturing tools and practices such as just-in-time, work teams, cellular manufacturing, lean layout, etc. The goal of lean production is to minimize the waste producing activities while offering the same or enhanced quality to customers.
The aim of this research is to investigate the implementation degree of lean manufacturing and its tools and practices focusing on the case of an SME in Albania as a concrete example. Higher attention is given to some of the pillars of lean manufacturing such as just-in-time and cellular manufacturing.
In this case study, researchers observed a variety of features of lean production. Just-in-time was implemented to a certain extent and cellular manufacturing at a more surprising level, which was facilitated especially by the U-shaped facility layout designs observed during the site visits. The value stream mapping showed a proper group technology in place and the management displayed signs of engagement and future advancement desire regarding this philosophy.
Demaj, E. and Mehillaj, D. (2023), "Implementing Lean Manufacturing Approach in SMEs: A Case Study From the Food Processing Industry in Albania", Akkaya, B. , Apostu, S.A. , Hysa, E. and Panait, M. (Ed.) Digitalization, Sustainable Development, and Industry 5.0 , Emerald Publishing Limited, Leeds, pp. 149-162. https://doi.org/10.1108/978-1-83753-190-520231009
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Production Management is the act of designi ng, operating, and improving the pr oductive systems - a. system for getting the work done. Along the process, the synergy in between machineries ...
The example for this transformation production management is in the case of CV Wiracana, a handmade manufacturing company for folding hand fans from Bali. CV Wiracana's products are very unique, combined from mass production for the speed and an art for the custom made product. ... et al. "Production Management in SME's Industry: Case Study of ...
CV Wiracana tried to move from home craft production to small scale industry with some machinery, but for some products, they still continue giving special treatments by the craftsman style to keep the uniqueness of their products, such as crafting in sandalwood, bone or ivory, embellishing
The example for this transformation production management is in the case of CV Wiracana, a handmade manufacturing company for folding hand fans from Bali. ... @article{Suci2015ProductionMI, title={Production Management in SME's Industry: Case Study of CV Wiracana}, author={Apriani Kurnia Suci and Desman Hidayat and Andhi Bharata}, journal ...
Production Management is the act of designing, operating, and improving the productive systems - a system for getting the work done. Along the process, the...
Production Management in SME's Industry: Case Study of CV Wiracana . Production Management is the act of designing, operating, and improving the productive systems - a system for getting the work done. Along the process, the synergy in between machineries, facilities and people could empower the sustainable of the production.
Production Management in SME's Industry: Case Study of CV Wiracana. Article. Full-text available. ... Desman Hidayat; Andhi Bharata; Production Management is the act of designing, operating, and ...
SMEs PRODUCTION MANAGEMENT: A CASE STUDY. Alexandru Valentin Radulescu 1, Radu Mircea Carp Ciocardia 2, Robert Florin Vizitiu 3, Irina Radulescu 4. 1 University POLITEHNICA Bucharest, varrav2000 ...
SMEs PRODUCTION MANAGEMENT: A CASE STUDY Alexandru Valentin Radulescu1, Radu Mircea Carp Ciocardia2, Robert Florin Vizitiu3, Irina Radulescu4 1 University POLITEHNICA Bucharest, [email protected] 2 University POLITEHNICA Bucharest, [email protected] 3 University POLITEHNICA Bucharest, [email protected] 4 S.C. ICTCM S.A. Bucharest, [email protected]
The example for this transformation production management is in the case of CV Wiracana, a handmade manufacturing company for folding hand fans from Bali. CV Wiracana's products are very unique, combined from mass production for the speed and an art for the custom made product.
Production Management in SME's Industry: Case Study of CV Wiracana @article{Suci2015ProductionMI, title={Production Management in SME's Industry: Case Study of CV Wiracana}, author={Apriani Kurnia Suci and Desman Hidayat and Andhi Bharata}, journal={Binus Business Review}, year={2015}, volume={6}, pages={309-320}, url={https://api ...
In unique production settings, such as the case of CV Wiracana, a transformation in production management may be necessary to balance mass production with custom-made products, improve production efficiency, and meet customer demands while ensuring sustainability and growth. ... Production Management in SME's Industry: Case Study of CV Wiracana.
Considering the contribution of small and medium enterprises to the national economic development, employment opportunities generation and total manufacturing output, their role cannot be overemphasized. SMEs have more ability to innovate and flexibility as compared to large organizations irrespective of their size as well as organizational structure. Therefore, it is important to improve ...
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