In this final project, we aim to create a Design of Information System Control and Memorization Recording of the Qur'an and Iqro Using Prototype Methods. This website-based application is an application for controlling and recording the memorization of the Qur'an and Iqro that can be accessed with any web browser. This application is expected to be able to help teachers of the Koran during this pandemic who teach through their respective homes. Teachers can input grades and notes for students who are reading Al-Qur’an, making it easier for teachers to assess students. With the Design of Information System Control and Memorization Recording of the Qur'an and Iqro Using Prototype Methods, it is hoped that it will facilitate the work of the Koran teachers and other teachers. Can also be used for schools in need. This web application is made with an easy user interface so that beginners can easily master the application. The type of research used is descriptive qualitative research method while the data collection method used is using the method of collecting data questionnaires, literature studies and observation. The design method used is Prototype and the testing technique uses blackbox. The results of this study are a website application for memorizing the Qur'an and Iqro information systems. The conclusion of this study is that it makes it easier to manage the memorization and murojaah data of the Qur'an for online musyrif and santri.

The HAS field started producing oil and gas in 2004 until 2018, production wells in HAS experienced a decrease in oil production from 45,000 bopd to 6,190 bopd and an increase in water production from 0 bwpd to 20,463 bwpd. The decline in production occurs due to increased water production. The decrease in production was caused by a decrease in reservoir pressure, causing a larger water cut. Therefore, it is necessary to optimize production wells by considering the things mentioned above.The artificial lift selection method used is the Delphi method which has 21 screening parameters combined with the Topsis method; helps facilitate Decision-Making from various complex alternatives, by conducting comprehensive comparisons between each alternative and using the Simple Additive Weighting (SAW) method; known as the weighted addition method. The selection of the Artificial Lift in the HAS Field was carried out based on the reservoir parameters, production, well construction, and the economic factors of the artificial lift used. The artificial lift method that will be used in the HAS Field is the Electrical Submersible Pump (ESP). Based on the results of the selection of an artificial lift with a combined method of Delphi, Topsis, and SAW,Efforts to increase production with an electric submersible pump (ESP) are carried out by optimizing the number of stages and setting the frequency to a value of 45 Hz. Further optimization is carried out by gradually changing the pump frequency up to a maximum of 60 Hz, without changing the pump type. From the results of the economic analysis in the HAS Field, it was found that the most economical scenario was to use an ESP pump with the highest NPV@10 % value than the other scenarios, namely 434.85 MUS$.Keywords :Artificial Lift Conversion; Delphi; Topsis; SAW; Optimization