Design And Building Of The Utility Performance Monitoring System At PT. XYZ With Brainstorming Method

Kadek Suarjuna Batubulan, Mungki Astiningrum, Dika Rizky, Yunianto, Deddy Kusbianto, Purwoko Aji
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Abstract

In general, utilities in engineering are devices or systems designed to provide basic needs or to help complete certain jobs or processes. In engineering, utilities generally refer to systems or devices designed to provide basic needs such as electricity, water, gas, or telecommunications. At PT. The brainstorming method is used to produce creative ideas that can be applied in developing utility monitoring systems. Various ideas are generated through discussion and debate between brainstorming participants. Then, these ideas are analyzed and selected to select those that best suit PT XYZ's needs. Therefore, the author created a utility performance monitoring system to make it easier for the engineering department to carry out work activities. This utility performance monitoring system was created using a JavaScript framework, namely AngularJS for the frontend and ExpressJS for the backend. Apart from that, the author also tested PT XYZ employees so that the system runs according to needs. Of the 10 respondents, more than 50% of the accumulated respondents stated that the utility performance monitoring system application was running satisfactorily and very satisfactorily, there were 10% to 30% of respondents who stated that it was running well and 10% of respondents said it was not working well. Based on the test results above, it was found that the utility monitoring system at PT XYZ could be categorized as a fairly informative information system for the engineering department.
在 PT.XYZ 采用头脑风暴法
一般来说,工程中的公用设施是指为提供基本需求或帮助完成某些工作或流程而设计的设 备或系统。在工程学中,公用设施一般是指旨在提供基本需求的系统或设备,如电、水、气或电信。在 PT.采用头脑风暴法产生可用于开发公用事业监控系统的创意。通过头脑风暴参与者之间的讨论和辩论,产生各种想法。然后,对这些想法进行分析和筛选,选出最适合 PT XYZ 需求的想法。因此,作者创建了一个公用事业性能监控系统,以方便工程部门开展工作活动。该系统使用 JavaScript 框架创建,即前台使用 AngularJS,后台使用 ExpressJS。除此之外,作者还对 PT XYZ 的员工进行了测试,使系统能够按需运行。在 10 位受访者中,累计有超过 50%的受访者表示水电绩效监测系统应用的运行情况令人满意和非常满意,有 10%至 30%的受访者表示运行情况良好,有 10%的受访者表示运行情况不佳。根据上述测试结果,我们发现 PT XYZ 的公用事业监测系统可以被归类为工程部 门信息量相当大的信息系统。
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