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Abstrak :

Penelitian ini bertujuan meningkatkan efisiensi dan efektivitas perencanaan produksi serta pengendalian material di perusahaan manufaktur farmasi. Metodenya melibatkan implementasi Advance Planning System (APS) dengan API Gateway untuk production planning dan material requirements planning. Data diambil dari perusahaan farmasi di Indonesia melalui observasi dan wawancara. Hasilnya mencakup rancangan sistem informasi, seperti Entity Relationship Diagram, tabel Relational Database, Use Case Diagram, Data Flow Diagram, dan Activity Diagram. Sistem yang dikembangkan mencapai 4 tahap transformasi digital dalam proses PPIC: digitalisasi, integrasi data, dan otomatisasi proses.

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This research aims to increase the efficiency and effectiveness of production planning and material control in pharmaceutical manufacturing companies. The method involves implementing an Advance Planning System (APS) with API Gateway for production planning and material requirements planning. Data was taken from pharmaceutical companies in Indonesia through observation and interviews. The results include information system designs, such as Entity Relationship Diagrams, Relational Database tables, Use Case Diagrams, Data Flow Diagrams, and Activity Diagrams. The system developed achieves 4 stages of digital transformation in the PPIC process: digitalization, data integration, and process automation.

Abstrak :
manufacturing information system for the production of a tote box on the mechanical system of gamma irradiators 300 kCi facilities has been completed. Some factors that can support the successful development of the manufacturing industry are increasing mastery of technology, supported by the implementation of the management system of manufacturing, and precise manufacturing systems. Manufacturing activities to produce a tote box contain some of the information required by management. To get this information with conventional information systems take a long time. Some of the manufacturing processes for the production of a tote box include cutting, boring, machining, welding, bending, and assembling, supported by means of raw material inventory. Every part of the manufacturing process has some data that can be used as a source of information. This data includes information from the manufacturing process and a supply of raw materials into inputs for the manufacture of information systems with computer network systems. Input from the manufacturing process can be collected at any time with the help of the Microsoft Access software. Information systems for the production of tote boxes in this paper can specify the amount of production for one month for every part of the manufacturing process data and supply data of raw materials. With the creation of manufacturing information systems for tote box manufacturing production for gamma irradiators 300 kCi, the manufacturing information can be a source of accurate information so that management can more quickly determine the progress of the manufacturing process and be faster in making decisions, such as ordering the raw material, inspecting if production bottleneck occurs, etc.

Abstrak :
Menurut tingkat permintaan ekspor terhadap industri manufaktur sepatu dunia diperkirakan akan memengaruhi stabilitas perusahaan-perusahaan pada industri ini di Indonesia. Untuk dapat terus bersaing, diperlukan adanya inovasi dan strategi yang mumpuni di masa sekarang ini, dengan tujuan mempertahankan dan meningkatkan kepercayaan buyer. Inovasi dan strategi dapat dicapai dengan penerapan digital transformasi pada proses produksi dan logistik internal perusahaan, dimana salah satu penerapannya adalah dengan implementasi sistem informasi yang mendukung proses produksi dan logistik internal. Penelitian ini meneliti proses produksi dan logistik internal perusahaan manufaktur sepatu dan merancang proses bisnis yang menginkorporasikan sistem informasi terintegrasi dalam prosesnya selama operasional perusahaan berlangsung. Didapatkan hasil rancangan sistem informasi melalui metode System Development Life Cycle (SDLC) yang terdiri atas tiga sistem. Hasil perancangan berupa use case scenario and diagram, DFD, ERD, activity diagram, dan rancangan interface dari sistem informasi. Sistem informasi yang dirancang dapat mencapai 4 tahap pengembangan teknologi pada tranformasi digital proses penjualan, yaitu digitalisasi, integrasi data, otomatisasi proses, dan integrasi sistem. ......The global decline in export demand for the shoe manufacturing industry is expected to affect the stability of companies in this industry in Indonesia. To be able to continue to compete, innovation and qualified strategies are needed today, with the aim of maintaining and increasing consumer confidence. These innovations and strategies can be achieved by implementing digital transformation in the company's internal production and logistics processes, where one of the applications is the implementation of information systems that support the production and internal logistics processes. This research examines the production and internal logistics processes of shoe manufacturing companies and designs business processes that incorporate integrated information systems in the process during company operations. The results of designing information systems through the System Development Life Cycle (SDLC) method consisting of three systems were obtained. The design results are in the form of use case Scenarios, DFD, ERD, Activity Diagrams, and information system interface designs. The designed information system can achieve 3 stages of technology development in the digital transformation of the sales process, namely digitization, data integration, process automation, and integration system.