Quality is a factor that can increase product competitiveness. In improving products quality is necessary to control the quality (Quality Control) of the process activities. This study aims to determine the quality control of granulated sugar packaging process by using the seven tool method consisting of check sheet, histogram, Pareto chart, flow chart, scatter diagram, control chart and fishbone diagram. From 30 days observation concluded that the highest type of damage consist of metal detection by 145 bags and torn packaging by 50 bags. Then, from the results of control chart known that out of control process still happen. Both types of damage then revised, and process capability analysis is carried out, so can be concluded that the process is not capable in making the product according to specifications. Therefore, an analysis using fishbone diagram shows that the causes of damage are human, working methods, and machines. From these factors, Standard Operating Procedures can be done as well as designing new machines in packaging process

The manufacturing industry has been growing rapidly at this time, it can be seen from the number of manufacturing companies that have emerged and growing. Obstacles often occur over production activity in a manufacturing company is a long setup times and product quality in production activities which will indirectly affect the output product to be produced. The longer of the setup activities will result in the output of products which are getting smaller. Improved product quality and minimize setup time can be done either by the use of tools manufacturing which is often known as jigs and fixtures. This paper will discuss the design of jig and fixture for manufacture products cover on-off. Jigs and fixtures are designed to be used for the process drilling for three holes. Jig and Fixture design results can provide a reduction in total time of manufacture of the product, product quality improvements, increased productivity and cost saving product manufacture for products cover on-off.

. X adalah perusahaan yang menghasilkan produk part-part mesin industri, sparepart alat berat, dan sparepart tower BTS. Pada proses produksinya masih ditemukan waste terutama pada pembuatan roda sliding dan roda katrol. Untuk mengurangi waste yang terjadi digunakan Lean Manufacturing dengan mengggunakan metode value stream mapping (VSM) dan waste asessment model yang terdiri dari Waste Relationship Matrix ( WRM) dan Waste Asessment Questionnaire ( WAQ). VSM bertujuan untuk menggambarkan aliran produk mulai dari masuknya bahan baku sampai produk jadi. Dan WAM bertujuan untuk mengidentifikasi waste yang paling dominan yang ada di lantai produksi perusahaan. Rekomendasi perbaikan dilakukan berdasarkan 5 presentase berdasarkan diagram pareto, yaitu melakukan controlling, melakukan pengendalian persedian yang baik, melakukan kegiatan maitenance mesin, membuat layout penyimpanan bahan baku dan melakukan penerapan 5S. Kata kunci : Lean manufacturing, waste, value stream mapping, WRM, WAQ ABSTRACT PT. X is the company that produces the parts of industrial machinery, heavy equipment spare parts, and spare parts BTS tower. In the process of waste production is still found mainly in the manufacture of sliding wheels and pulley wheels. To reduce the waste that occurs is used Lean Manufacturing to use traditional methods of value stream mapping (VSM) and waste assessment model consisting of Waste Relationship Matrix (WRM) and Waste assessment Questionnaire (WAQ). VSM aims to describe the flow of products ranging from the entry of raw materials to finished products. And WAM aims to identify the most dominant waste in the company's production floor. Recommendations for improvement made by 5 percentage based Pareto diagram, which is doing the controlling, doing a good supply control, conducting maitenance machine, create a layout storage of raw materials and carry out the implementation of Keywords : Lean manufacturing, waste, value stream mapping, WRM, WAQ

Perusahaan CV. X yang bergerak di bidang manufaktur mengalami beberapa pemborosan yang mempengaruhi lambatnya jalur produksi. Penggunaan konsep Lean Manufacturing dapat mengatasi permasalahan untuk meminimasi pemborosan. P enggunaan Value Stream Mapping sebagai alat pada konsep lean manufacturing ini dapat menghasilkan aliran informasi mengenai proses produksi dan material sebagai dasar untuk melakukan identifikasi waste . Waste yang terjadi pada proses produksi Stay A R-L Fender RR adalah transportation, motion, process , dan inventory. Analisis yang dilakukan didasarkan pada perbandingan waktu cycle time vs takt time, metode 5 Why dan 5W-1H. Berdasarkan hasil analisis dikembangkan usulan perbaikan yaitu antara lain, pengaturan tata letak mesin , penambahan operator , dan memperbaiki jalur transportasi. Usulan penelitian dapat mengurangi waktu siklus sebanyak 5,492 detik. Kata kunci : Lean manufacturing, value stream mapping, pemborosan ABSTRACT CV. X which is engaged in manufacturing, have some waste that affects the slow production lines. Used the concept of Lean Manufacturing can overcome the problems to minimize waste. U se Value Stream Mapping to the concept of lean manufacturing can produce a stream of information about the production process and material as a basic for identifyion waste . Waste that occurs in the process Stay A R-L Fender RR is transportation, motion, process , and inventory. Analysis is performed based on a comparison of cycle time vs takt time, method 5Why and 5W-1H. Based on the results of the analysis developed the proposed improvements among other things, the layout engine , the addition of carriers and improve transport links. Proposed research may reduce cycle times as much as 5.492 seconds. Keywords : Lean manufacturing, value stream mapping, waste

KABITA merupakan salah satu toko yang menjual makanan ringan di Bandung dengan omset yang tinggi. Saat ini karyawan melakukan pencatatan data barang serta transaksi penjualan ke konsumen secara manual tanpa menggunakan komputer. Untuk mendapatkan data pembelian , persediaan dan penjualan barang, karyawan harus mengumpulkan nota dan membuat rekapitulasi data pada buku transaksi terlebih dahulu. Pengumpulan nota tersebut membutuhkan waktu yang lama. Kondisi seperti itu menyebabkan terjadinya keterlambatan dalam menghimpun informasi. Sistem informasi toko KABITA dirancang berdasarkan prosedur-prosedur yang saling berhubungan dalam melakukan suatu kegiatan. Fungsi dari sistem informasi yang dirancang pada toko KABITA adalah untuk mempermudah proses pelaksanaan prosedur pembelian, persediaan dan penjualan. Sedangkan penggunaan data mining pada laporan penjualan toko KABITA berfungsi untuk menggali nilai tambah dari suatu kumpulan data yang tidak diketahui secara manual. Dari hasil perancangan ini didapatkan hasil rancangan sistem informasi yang terkomputerisasi dan laporan yang berbasis data mining sehingga waktu pengkoleksian, pencatatan dan pengolahan data menjadi lebih cepat. Kata kunci: sistem, sistem informasi, data mining ABSTRACT KABITA is one store that sells snacks in Bandung with a high turnover. Currently employees perform data recording sales transactions of goods and the consumer to manually without using a computer. To obtain the data of purchase, inventory and sales of goods, employees must collect notes and a recapitulation of data on transactions book in advance. The memorandum collection takes a long time. Such conditions lead to delays in collecting the information. Kabita store information system designed according to procedures that are interconnected to perform an activity. The function of the system is designed to store information Kabita is to simplify the process of implementation of purchasing procedures, inventory and sales. While the use of data mining on Kabita store sales reports serve to explore the added value of an unknown data set manually. The result of this design showed a computerized information system design and report-based data mining that time collecting, recording and processing of data becomes faster. Keywords: systems, information systems, data mining

Makalah ini membahas sistem informasi pelayanan jasa tour dan travel berbasis website electronic commerce . Tahap-tahap yang dilakukan dalam perancangan yaitu menganalisis sistem informasi tour dan travel saat ini, memberikan usulan perancangan sistem informasi tour dan travel dengan pengembangan SDLC (system development life cycle), memodelkan perancangan dengan data flow diagram (DFD) dan entity relationship diagram (ERD) dan mengimplementasikan perancangan sistem informasi berbasis website electronic commerce . Keluaran Sistem informasi menyediakan fasilitas yang dirancang secara terintegrasi untuk membantu perusahaan dalam perbaikan proses pemesanan, memperluas pemasaran dan meningkatkan loyalitas pelanggan. Kata kunci : Electronic commerce, Sistem informasi, Tour & Travel ABSTRACT This paper discusses the information system tour and travel services web-based electronic commerce. The stages are carried out in the design is to analyze the tour and travel information systems today, giving the proposed system design tour and travel information with the development of SDLC (system development life cycle), the design model with data flow diagram (DFD) and entity relationship diagram (ERD ) and implement a web-based information system design of electronic commerce. Output information system provides an integrated facility designed to help companies in the booking process improvement, expanding marketing and increase customer loyalty. Keywords : Electronic commerce, information systems, Tour & Travel

Semakin bertambahnya jumlah permintaan akan knob regulator kompor gas, maka pabrik knob regulator kompor gas ingin menambah kapasitas produksi. Proses pembuatan produk menggunakan proses injection molding. Salah satu cara untuk menambah kapasitas produksi pada pabrik knob regulator gas adalah dengan cara membuat mold dengan desain baru yang memiliki kapasitas produksi lebih dari mold yang telah ada. Perancangan ini menggunakan metode Verein Deutsche Inginieuer 2222 (VDI 2222). Tahapan dalam perancangan adalah analisis mengenai informasi yang dibutuhkan dalam merancang desain mold, selanjutnya membuat konsep rancangan desain mold berdasarkan tujuan, setelah itu membuat desain bagian mold berdasarkan konsep rancangan. Setelah tahapan desain mold menghitung biaya pembuatan mold. Dengan desain mold yang baru dapat menambah kapasitas produksi dan menekan biaya produksi pabrik knob regulator kompor gas. Kata Kunci: knob regulator kompor gas, kapasitas produksi , injection molding, Verein Deutsche Inginieuer 2222 , mold ABSTRACT The increasing number of demand for gas stove knob regulator, so the factory of gas stove knob regulator wants to increase production capacity. The process of making products use injection molding process. One way to increase the production capacity of the plant is the gas regulator knob by making a mold with a new design which has a production capacity over the existing mold. This design method Verein Deutsche Inginieuer 2222 (VDI 2222). Stages in i design is an analysis of the information needed in designing mold, then make a mold design concept design based on the purpose, after it makes the design of the mold based on the concept of design. After the mold design stage to calculate the cost of making the mold. With the new mold design can increase the production capacity and reduce the cost of production plant regulator knob gas stove. Keywords: gas stove regulator knob, production capacity, injection molding, Verein Deutsche Inginieuer 2222, mold

Pertumbuhan jumlah permintaan dan tuntutan menjaga kualitas produk tetap baik menjadi tantangan bagi PT. XYZ untuk bersaing di dunia manufaktur. Untuk itu diperlukan pengukuran produktivitas produksi dan usulan strategi peningkatan produktivitas di masa yang akan datang. Model pengukuran produktivitas di PT. XYZ menggunakan model Objective Matrix (OMAX) dengan kriteria produktivitas yang diukur yaitu rasio utilitas jam kerja, konsumsi energi listrik, utilitas tenaga kerja, rasio produk cacat, rasio produk baik, dan rasio kerusakan mesin. Pengukuran Objective Matrix (OMAX) menunjukkan rasio 1 (utilitas jam kerja) adalah kriteria produktivitas yang nilainya dominan berada dibawah standar. Rasio tersebut akan dianalisis menggunakan Logic Tree Diagram untuk mendapatkan usulan strategi peningkatan produktivitas. Kata kunci: Produktivitas, Indeks Performansi, Objective Matrix (OMAX) ABSTRACT Growth in the number of requests and the demands of maintaining good product quality remains a challenge for PT. XYZ to compete in the world of manufacturing. It is necessary for the production and productivity measures proposed in the strategy of increased productivity future. Productivity measurement models in the PT. XYZ uses the model Objective Matrix (OMAX) with criteria that measured productivity is the ratio of hours worked utilities, electrical energy consumption, utility workers, defective product ratio, the ratio of good products, and the ratio of engine damage. Objective Measurement Matrix (OMAX) shows the ratio of 1 (utility work hours) is the dominant criterion value productivity is below standard. The ratio will be analyzed using the Logic Tree Diagram for the proposed strategy to get an increase in productivity. Keywords : Productivity, Index of performance, Objective Matrix (OMAX)