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SAP has been delivering on its Sugar industry strategy by expanding its capabilities for manufacturing and supply chain management, broadening its composite package applications in areas such as emissions management, pricing management, and manufacturing dashboards, and focusing on mid-market companies. To implement an integrated system of production planning and materials management, there must have a central database wherein anyone in the company can find out all there is to know about any material passing through the plant. Everyone must use the same rules and data structures when they enter data about material details. The integration of all material data in a single database object eliminates redundant data storage. Areas such as purchasing, inventory management, material requirements planning (MRP), invoice verification, and so on, can all use the same data. By implementing SAP (MM-Module) in sugar industry for Material requirement planning, the product can be ordered and received within safety period. Based on material group classified under ABC analysis. Planning can also be done on priority by calling vendors for particular commodities through online.
Cross-plant CM. If the material is configurable and available at more than one plant, select the cross-plant change management configuration of the material. Material is configurable. Check this box if the material is configurable.
2013
Bulk: The contents of the packaging, e.g. the perfume inside the bottle. Component: That what is used to contain and package the bulk of the product. Materials: In this study the word materials always refers to the raw materials and components that are converted into finished goods. Material flow: In this study material flow is only used in the narrow sense to refer to the flow of raw materials and components into the factories. The outward flow is generally not referred to. Materials management: In this study the term materials management is taken to mean the planning and purchasing of materials. Minimum Order Quantity (MOQ): In this study MOQ only refers to the minimum order quantity requirement set by the supplier of goods (either materials or finished goods). However, in Oriflame this term is used also to refer to the varying order quantities associated with different price breaks. Multi-product materials: Is used in this study to refer to materials that are used in more than one product. Multi-sourced product: In this study is used to refer to a product code that is produced in more than one factory. Pricing: Is used to refer to high-level price negotiations of raw material and components on an aggregated annual volume. It is also used in the broader sense to refer to establishing the framework agreement with materials suppliers. Purchasing: Is used to refer to the actual act of ordering materials, it includes deciding to act on or change the planned material flow into the factory. Planning: Is used to refer to the planning of material flow into the factory, it includes planning what, when and how much to order. Product code: Each unique product has a product code, and thus the term product code is used to refer to a unique product. Finished goods: The final product that remains after raw materials and components have passed through conversion processes. Factory: The term factory is used to describe finished goods suppliers. They convert raw materials and components into finished goods, through mixing, filling and packaging processes. Therefore the terms filler, finished good supplier and factory is used interchangeably. In some instances the word site is also used to refer to the factory. vii R: Statistical computing software. Raw materials: Is the basic materials used in producing the bulk of the products. Supplier: The term supplier refers to the raw materials and components suppliers. When referring to finished goods suppliers, it is explicitly stated or clear from the context. Supply schedule: The schedule that indicates the weeks in which finished goods should be delivered.
ILKOM Jurnal Ilmiah, 2018
Suatu perusahaan manufacturing mengolah bahan mentah (raw material) menjadi barang setengah jadi (work in process) dan barang jadi (finish good). Salah satu perusahaan manufaktur injection molding di Karawang memproduksi bahan plastik untuk dicetak menjadi berbagai macam bentuk perlengkapan keamanan kendaraan.Tiga proses utama yang terjadi dari bahan mentah sampai barang jadi adalah penyimpanan raw material di warehouse, proses perubahan raw material menjadi finish goods di area produksi, dan penyimpanan finish goods untuk dikirim ke customer. Bill of Material (BOM) dirancang untuk memuat semua perubahan bentuk sehingga mempermudah dalam penghitungan kebutuhan raw material dan pelacakan pergerakan material (material movement). Sistem informasi ini dirancang menggunakan metode Extreme Programming (XP). Hasil penelitian ini membantu pengelolaan barang produksi di Perusahaan Manufactur Injection Molding dari mulai raw material, work in process, sampai menjadi finish good yang diperlukan perusahaan untuk pelacakan data barang serta untuk memenuhi kepentingan pelaporan secara real time yang diminta oleh Bea Cukai.
2008
First and foremost, the authors' will like to express their thanks to our supervisor Sigvard Herber for his support and guidelines throughout this research work. Our other thanks go to all friends and loved ones, who helped to make this work possible. Finally, the authors' will like to thank the respondents and the management of Cocoa processing Company of Ghana for their support.
Jurnal Apresiasi Ekonomi
This research analyzes the implementation of material flow cost accounting (MFCA) in the manufacturing industry with an analysis unit at PT. Unipres Indonesia. This research aims to determine how the implementation of material flow cost accounting (MFCA) in the manufacturing industry focused on PT. Unipres Indonesia. The implementation of MFCA is reviewed based on the (Clause 5, ISO 14051:2011) which consists of quantity center, material balance, cost calculation and material flow model. This research is a qualitative research with a case study approach. The source of data consists of interviews and documentation. This research used Miles and Huberman data analysis while triangulation and member checking use as reliability and validity data. The result of this research can be conclude that the implementation of MFCA at PT. Unipres Indonesia has been done optimally based on the four aspects measured. quantity center, material balance, cost allocation and material flow model. MFCA application results showed that the company has the cost of material loss of energy costs, system costs and material cost of Rp 650.325 for one product parts produced.
International Journal of Innovation in Enterprise System
PT XYZ is one of the mining companies in Indonesia that has many subsidiaries. From user interviews, there’s a problem in carrying out daily transactions in the procurement process. There is no integration between departments when using existing applications, lots of inappropriate data, and some documents with missing files. Thus causing data not on time and working time. The analysis was carried out using a conceptual model to see the problems and needs in PT XYZ. ERP system needs to be implemented, coordinating the company’s business processes and reset the company’s infrastructure and standardization. The ERP system in the material management module will be implemented using the ASAP method because this method is tailored to the company. The ASAP method can describe implementation activities to support project management and data migration faster than other implementation methods.
This report is based on the material management and resource planning process of industrial unit and the outcome will recommend the industries about effective management of resources identifying the loopholes that lengthening the process to accelerate efficiency. None of the text of the dissertation is taken directly from previously published or collaborative articles. Chapter one is containing the introductory part, rationale, objectives, methodology and some limitations of the study. History of the company, nature of its business, products, distribution process, company’s mission, vision and its core objectives have been illustrated in Chapter two. Chapter three has detailed information about material procurement, inventory management process, logistics invoice verification, planning for materials, documents processing, scheduled raw material scheme, trend analysis of the production level, available stocks maintenance and some flaws regarding the material management process. Finally, some recommendations, solutions to overcome the flaws and concluding remarks have been drawn based on the study in Chapter four.
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