Djarot Cell is a company that provides credit for all operators, electric credit and vouchers. Djarot Cell is located at JL. Lebo Islamic Boarding School RT/RW; 03/05 Gringsing. The Sales Information System at Djarot Cell is not yet equipped with a sales plan. The absence of sales planning for the future makes it difficult to determine future sales targets and the number of sales targets that have been achieved and the form of reports that are still manual makes it difficult for owners to see business developments. Because the condition of the Djarot Cell company is that sales data can fluctuate every month.
 Based on this research, the author created a Web-Based Sales Accounting Analysis Information System application on Djarot Cell using the Time Series Method.
 The author hopes that this sales accounting analysis information system can make it easier for owners to make decisions, especially for managing data more regularly which will influence the company's finances for the better and be able to determine and know the size of sales plans and sales that have been achieved in a certain period.

The Plelen Subdistrict Office is one of the government offices in Batang district, Central Java, which implements the RASKIN program, where the selection of prospective RASKIN recipients is still recorded manually. So that residents who should receive assistance will receive it according to the required criteria and will no longer be the wrong target for RASKIN recipients. Therefore, there is a need for a Decision Support System that can make it easier for sub-district employees to make decisions for residents who receive Poor Rice (RASKIN). With the existence of a decision support system (DSS), the aim is to make decisions more quickly and accurately. One method used is Weighted Product. The Weighted Product method is a method of determining order (priority) in multicriteria analysis and uses a multiplication technique to connect attribute ratings, where the rating of each attribute must first be raised to the power of the weight of the attribute in question.

This research aims to determine the implementation of internal control in minimizing bad debts at BPR Sejahtera Artha Sembada Brangsong. The information system used is not yet effective. There is no customer data regarding late payment of receivables. The aim of this research is design. Accounting Information System for Internal Control of Receivables at BPR Sejahtera Artha Sembada Brangsong, with the benefit of making it easier for employees to check customer arrears who have not paid receivables in order to maximize collections. In accordance with the research objectives, this research was carried out using the aging of accounts receivable method and creating a web-based Information System using the PHP and MySQL programming languages.

Based on the problems currently being faced by Vocational School Diponegoro Banyuputih, one of which is the problem of student savings, the system has been running for 4 years. In the current system, the student savings system at Diponegoro Vocational School is still done manually. If you remember the importance of processing data and information in this system, of course this is felt to be less effective and efficient in terms of problems that arise, so it is necessary to design a computerized system.
 The aim of this research is to ease the performance of savings administrators in processing data, recording data and making reports on this savings information system so that errors that are often experienced can be resolved, designing and building a financial recapitulation system that directly produces financial reports, creating a financial information system using the Cash method. A suitable base for daily management. System analysis and design is preceded by system development which includes system identification, data and information identification. This system development model is used to describe the system being designed, namely the actual situation.
 The resulting program was built using the PHP (Hypertext Preprocessor) programming language with a MySQL database. It is hoped that the implementation of the resulting system will facilitate data management quickly and accurately and the preparation of financial reports

Providing Scholarships is a work program that exists in every school. The scholarship program was held to ease the burden on students during their study period, especially regarding costs. Providing scholarships to students must be done selectively according to the type of scholarship being provided. Scholarships are income for those who receive them and the purpose of the scholarship is to help ease the burden of educational costs for students who receive scholarships.
 One of the methods used to determine potential scholarship recipients is profile matching because it is able to select the best alternative from a number of alternatives, in this case the intended alternative is those who are entitled to receive a scholarship based on specified criteria. The research was carried out by determining the aspects and sub-aspects and looking for the weight value for each sub-aspect, looking for the GAP between the profile and the state of the students' data. By using this method, the presentation of the two aspect elements is determined and added together, then a ranking process is carried out which will determine the optimal alternative, namely the student with the highest score. There are two forms of scholarship recipients used in this research, namely based on family economics and based on student attendance.
 The final result of this research is a decision support system for determining prospective scholarship recipients who are able to provide solutions in the form of ranking results from the Profile Matching Method selection based on predetermined criteria.

This research aims to determine the Village Revenue and Expenditure Budget which includes: planning, implementation, administration, reporting, accountability for managing the finances of Sidorejo village. The research method used is Accrual Basic by comparing village financial management in accordance with Regent Regulation (Perbup) Number 8 of 2015 concerning Village Financial and Asset Management. With existing financial data collection techniques and direct observation of research objects. Determination of observation areas is carried out by considering the size of village fund receipts or village fund allocations. The results of this research show that based on Regent's Regulations (Perbup) Number 8 of 2015 concerning Village Financial Management, in general, Village Financial Management has achieved accountability. Apart from that, there is still a need for intensive village assistance from the regional government in helping villages to realize accountability in Village Financial Management.

Attendance is a data collection activity to determine the number of people present at an event. Every activity always requires information about participant attendance. This also happens in the learning process. The benefit of attendance using an Arduino based RFID scanner is that it makes it easier for attendance officers to input practical data because they can retrieve and store attendance data from RFID tags directly. Research on the development of attendance to become more effective in the education sector. Every activity that requires information about participant attendance will definitely utilize the use of tools that are used as proof of participant attendance, while teacher attendance currently used is using fingerprints. When absent, problems often occur, namely the finger that will be used to do the fingerprinting. Based on the background above, the author created automatic attendance to make attendance easier while at the agency where the teacher teaches. Meanwhile, the barcode scanner is a faster data input process compared to the manual method. This input process can be done with a scanner to record the data contained in the barcode quickly, so it doesn't need to take a lot of time.

The implementation of cashier payments and cashier data processing at UPTD Puskesmas In order to support implementation activities at UPTD Puskesmas XYZ, a system is needed which is expected to make things easier for cashiers. This research is qualitative in nature with observational data collection techniques. This information system design method uses Prototype. The consequence of this exploration is that there is an online application that can assist with the installment interaction for non-BPJS patients. This application was made with the PHP programming language and the data set utilized is MySQL.

The Dahlia Cepiring Cooperative operates in the savings and loans sector. The admin records each customer's loan in one folder, then the admin inputs the data into Microsoft Excel. The process of granting KSP Dahlia Cepiring loans is fast and easy, submitting collateral and the requirements for KTP, STNK and KK so that the amount of receivables increases greatly, which of course can create a risk of difficulties in managing and reporting receivables.
 The result of this research is the implementation of a receivables control information system at the Dahlia Cepiring cooperative to manage, control receivables and produce receivables reports using the Average Collection Period method which is able to minimize losses on receivables and speed up the movement of receivables into cash.

Fires can occur unexpectedly, even if you are careful when using equipment that produces fire. However, there are still several sources that cause fires, such as electrical short circuits, gas stoves, burning rubbish, cigarette butts and candles when the lights go out. The aim of this research is to create a tool that can detect fire and temperature in a room and can overcome (minimize) the threat of fire disasters based on a microcontroller and C language. This research uses a Fire Sensor to detect fire, a DHT 11 Sensor to detect room temperature, NODEMCU as microcontroller controlling input and output, Buzzer as a system monitoring tool. The system will be assigned to turn on the extinguishing system that uses a FAN if there is a significant increase in temperature or if the system detects a fire. The output from the Flame Sensor which detects fire will be processed into a microcontroller which has been programmed using C language so that it will produce two states, namely low, namely when no fire is detected, and high when fire is detected. Likewise for the output from DHT11. This tool will give a warning to the buzzer if it detects a fire, and also detects changes in temperature and gives orders to spray the fan if there is a significant change in temperature