PT OneJect Indonesia faces the high level of defect on its barrel products. To overcome this problem, this study proposes an application quality control based on information system. We implement requirement analysis based on the needs of quality control methods, while to lower the defect rate we utilize Six Sigmamethod with DMAIC (define, measure, analyze, improve, control) phases. In define phase we determine the type of product to be investigated using Critical to Quality, as well as the problems and objectives. In measure phase we calculate DPMO value and sigma level; sigma value of 3.520 is obtained. Then we calculate P control chart to see the production process control. In analyze phase we create pareto diagram to see the types of dominant defects. Then we create cause-and-effect diagram to determine the cause of defects, and five whys diagram to determine the root causes of the defects. In improve phase, we do improvement analysis through FMEA table by calculating the RPN value to determine the failure modes to be controlled. In control phase, we implement the proposal and simulation of sigma value increase. The analysis and design uses object-oriented information system by Lars Mathiasen, and UML as the requirement modeling and the design system. The results obtained are the documents of top-level analysis and design of information system as a quality control material for the actual system development.

Capital Markets is part of the financial market, which is related to the supply and demand of the need for long-term funding. Capital Markets was formed and developed with aims to support the implementation of national development in order to improve the distribution, growth, and stability of the national economy towards the improvement of society welfare. However, so far the capital market in Indonesia is still around 0.5% of the total population which is too small compared to capital markets in other advanced countries. One solution for increasing community involvement in the capital market, despite educating in smart and sustainable way, is developing and implementing efficient information systems, so that made it easier for market participants to undertake investment activities. This paper examines how and to what extent the role of information system enhances the capital market in Indonesia, which aims to plan the subsequent strategic step so that the development of Indonesia’s capital market is able to compete in globalmarket.

This study aims to analyze the organization needs in sales and stock company process that related with the current business process at PT Selatan Jaya Prima Perkasa. The result will be used for developing an integrated system that can be the solution for the company needs in running their sales and to control theirinventory stock status as the main business of the company. The analyzed result in the company needs will be documented using unified modeling language. This information system is expected to simplify ease the company’s activitis in sales process and inventory stock control. This system will also minimize the data lost and human error usually caused by manual process of transactional data storage.

This study discusses specifically the encryption mechanism that maintains the integrity of the game data on online games. The purpose of this study is to implement symmetric key encryption and checksum for score calculation. There are two methods conducted in this study: analysis and design. The analysis method isperformed in two ways: analysis of existing systems and analysis of literature study. System design method used is prototyping. The results obtained are implemented on online game competition ‘Expedisi Indosat’ through Facebook from 3 – 30 July 2011. The implementation of symmetric key encryption mechanism and the checksum is useful to maintain data integrity on games especially the results score when the game is running and when there is data transmission from the client to the server.

Marketing strategies can include forms of chosen marketing communications and marketing mix strategy. A company should maintain its consumer loyalty in a long term to prevent its product being “lost” due to lack of after-sales service. Thus, a concept of customer relationship management appears to improve customer satisfaction. Furthermore, for the company, implementing a strong customer relationship management will support other business units so that the corporate goal to gain profit will be achieved, considering the function of CRM is part of marketing unit the as spearhead of the company. CRM development cannot beseparated from technology. Therefore the use of CRM combined with web-based technology will result in a line of the target of a company, especially a telecommunication company, to face competition.

The rapid development of information technology gets along with an advance in data processing. Data recording process of sales for company is one of the numerous examples. A system that is able to keep records inventory and profit-loss company is needed to support purchase and sales process. The faster the recording and order process, the more rapid information delivery will be. This research describes factors in making sales information system, payment and reports of YQ wheel store. This research results in a sales information system that facilitates the sales process as well as provides product information of YQ wheel store.

The purpose of this research is to build a model of e-learning for higher education in order to improve the effectiveness of teaching and learning activities. The research method is analyzing the process of learning activities in several universities as a basis for creating a dynamic model of comprehensive e-learning so as to meet the needs of students, lecturers and all parties concerned. In analyzing the teaching-learning process observations at several campuses are conducted to study existing processes and activities. The results are a model of e-learning that can be used by universities in building and developing e-learning applications that already exist.

As a country renowned for its natural beauty, Indonesia has many interesting attractions to visit. An example is the attraction of animals shown at Ragunan Zoo. At Ragunan Zoo visitors not only enjoy the tour, but also learn about animals shown. However, information about the animals is only provided on the board. Therefore,Ragunan Zoo needs a technology that provides more information, efficiently and as a guide to explore the tourist attractions. The purpose of this research is to design an android-based mobile application that can provide information more than what is show on the board as well as provides digital mapinformation. The application generated in this study implements the QR code scanning to obtain information as well as locations of digital map attraction.

The bridge is a means of connecting roads which is disconnected by barriers of the river, valley, sea, road or railway. Classified by functionality, bridges can be divided into highway bridge and railroad bridge. This study discusses whether the use of I-girder with 210 m height can be used on highway bridges and railway bridges. A comparison is done on the analysis of bridge structure calculation of 50 m spans and loads used in both the function of the bridge. For highway bridge, loads are grouped into three, which are self weight girder, additional dead load and live load. The additional dead loads for highway bridge are plate, deck slab, asphalt, and the diaphragm, while for the live load is load D which consists of a Uniform Distributed Load (UDL) and Knife Edge Load (KEL) based on "Pembebanan Untuk Jembatan RSNI T-02-2005". The load grouping for railway bridge equals to highway bridge. The analysis on the railway bridges does not use asphalt, and is replaced with a load of ballast on the track and the additional dead load. Live load on the structure of the railway bridge is the load based on Rencana Muatan 1921 (RM.1921). From the calculation of the I-girder bridge spans 50 m and girder height 210 cm for railway bridge, the stress on the lower beam is over the limit stress allowed. These results identified that the I-girder height 210 cm at the railway bridge has not been able to resist the loads on the railway bridge.

The aim of this research is to design a database model which is conceptual and logical for a 24-hour clinic. The methods used in this research are the data collection through literature studies, surveys, and interviews to the clinic management to get a description of the business processes implemented at a 24-hour clinic. Then we use the conceptual database design method which identifies important entities, relationships entities, and existing attributes. After that, we create a database logical model which represents the clinical database 24 hours. From that, the model is expected to be a logical database model for further development into a clinical application 24 hours to improve the health services to the public.