PERANCANGAN SISTEM BUSINESS INTELLIGENCE UNTUK PEMANTAUAN DAN PENGELOLAAN PACKAGING MATERIAL PRICELIST DI SUBDIVISI THIRD PARTY MANUFACTURING DANONE INDONESIA
Danone Indonesia is one of the Fast Moving Consumer Goods (FMCG) companies that focuses on Packaged Drinking Water (AMDK) and Specialized Nutrition products. One of the divisions within Danone Indonesia is Cycles and Procurement (C&P), which handles the company's procurement business pro...
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Format: | Final Project |
Language: | Indonesia |
Online Access: | https://digilib.itb.ac.id/gdl/view/77713 |
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Institution: | Institut Teknologi Bandung |
Language: | Indonesia |
Summary: | Danone Indonesia is one of the Fast Moving Consumer Goods (FMCG) companies
that focuses on Packaged Drinking Water (AMDK) and Specialized Nutrition
products. One of the divisions within Danone Indonesia is Cycles and Procurement
(C&P), which handles the company's procurement business process. Within the
C&P division, there is a Third Party Manufacturing (3PM) sub-division that
oversees third-party manufacturers for several products. The 3PM sub-division at
Danone Indonesia carries out various business processes involving the
management of packaging material pricelists, including the calculation of standard
material costs to be used in the production process and cost-saving calculations.
This research discusses the design of a Business Intelligence (BI) system to assist
the 3PM sub-division in monitoring and managing packaging material pricelists.
The BI system design in this research uses the Dimensional Model Design Life
Cycle (DMDLC) methodology and consists of four main stages: (1) requirement
identification, (2) data warehouse design, (3) extract-transform-load (ETL)
process, and (4) online analytical processing (OLAP) and dashboard design. This
research results in a prototype BI system aided by software such as Microsoft Excel,
MySQL, Pentaho Data Integration, and Microsoft Power BI. The designed BI
system, based on the company's functional and non-functional requirements, is then
verified to ensure that it meets these requirements. Additionally, a validation
process is conducted to determine whether the designed system accurately
represents the real system.
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