Journal Informatika, Multimedia, and Infomation

WEB-BASED E-CATERING INFORMATION SYSTEM AT PONDOK BAMBU BULUKUMBA RESTAURANT

2025-04-26T09:27:48+07:00

Study this aim for : (1) designing and build System Information E-Catering Web Based On House Eat Cottage Bambu Bulukumba (2) know effectiveness web -based catering orders on House Eat Cottage Bambu Bulukumba. Study this use method Research and development (R&D) is something process or steps for develop something product new or perfect products that have been there is . Method this have stages namely : potential and problem , collect information , design product , validation design , repair design , test try product , revision product , test try usage , revision product , manufacture product bulk . Results from study this are : (1) System information e-catering web based on House Eat Cottage Bambu Bulukumba ,designed use software visual studio code (text editor) , language programming used PHP, database management system (DBMS) Mysql as storage database , method used _ is Research and Development ( R&D ) methods which includes potency problem, collect information ,design product ,validation design ,repair design ,test try product ,revision product ,test try usage,revision product continue ,and making product bulk. As well as the tests carried out with use methodblackbox testing .(2) Testing use method System Usability Scale SUS with the value obtained is 76.4 which means grade scale B or same withcategory Good which means System Information E-Catering Web Based On House Eat Cottage Bambu Bulukumba this effective used in booking catering packages and could used with easy by users .

WEB-BASED CAR RENTAL INFORMATION SYSTEM USING WHATSAPP GATEWAY AT SASHA CAR RENTAL

2025-04-26T13:17:55+07:00

This research aims to: (1) Design a Web-based car rental information system using Whatsapp gateway at Sasha Car Rental. (2) Implement a web-based car rental information system using Whatsapp gateway at Sasha Car Rental. (3) Knowing the response of Sasha car rental owners and tenants to the car rental website that has been designed. This research uses the Waterfall method, which is a development model that describes a systematic and sequential approach to software development. The stages used in the Waterfall model include: (1) Requirement Analysis (2) System Design (3) Implementation (4) Integration & Testing (5) Operating & Maintenance. Based on the results of the discussion of the Web-based car rental information system using Whatsapp Gateway at Sasha Car Rental, it can be concluded (1) This website-based system uses the Waterfall method, which in its design uses the PHP programming language with the Codeigniter 3 Framework, MySQL Database Management System, Sublime software as a text editor, and Chrome / Mozilla FireFox as a browser. And using Whatsapp Gateway as a sender of notification messages to customers. In this system there are 2 users, namely admins and customers who want to rent a car at Sasha Car Rental. (2) Web-based car rental information system using Whatsapp Gateway at Sasha Car Rental which has been created to be used to facilitate customers in terms of car rental and facilitate owners in managing their car rental. Based on the results of its implementation, it is obtained that this system is running well where the output is in accordance with what is desired by users and rental owners. (3)The response of car rental owners to the Sasha Car Rental Website, namely giving a "positive" response which can be seen in the total average percentage of 84.93%. From these results, it can be interpreted that the Sasha Car Rental Website has a good response and high attractiveness, and with the Sasha Car Rental Website can help and facilitate rental owners and their customers.

WEB-BASED LETTER SERVICE INFORMATION SYSTEM AT MATEKKO VILLAGE OFFICE

2025-04-26T11:17:00+07:00

This study aims to: (1) Design an information system for Web-based certificate services at the Matekko Village Office. (2) Implementing a Web-based certificate service information system at the Matekko Village Office.This study uses the Waterfall research method, which is an information system development model that is carried out in a planned and sequential manner. The stages used in the Waterfal method include: (1) Requirements Definition/Requirements Analysis, (2) System and Software Design, (3) Implementation and Unit Testing, (4) Integration and Testing, (5) Operation and Maintenance.The results of research on information systems for Web-based certificate services at the Matekko Village Office, namely (1) this certificate service information system has been designed using sublime software as a text editor, MySQL Xampp 7 database management system (DBMS) and using the PHP programming language. (2) The Web-based certificate service information system at the Matekko Village Office that has been created is used for the management of certificates from the Village to make it easier. The test results show that this system is running well where the output is in accordance with what the user wants and can meet user needs in terms of managing a certificate from the village. This Web-based certificate service information system can be used by residents of the Matekko Village in managing certificates from the Village, it can also be used by village staff who act as system admins in terms of managing requests from residents for certificates from the village.

DESIGN OF IOT BASED FEEDING DEVICE FOR LAYING CHICKENS

2025-04-26T14:01:06+07:00

The aim of this study: (1) Desing and build automatic feeding equipment for laying hens. (2) Monitoring feeding equipment for laying hens.This research uses the waterfall research method, that is, step by step you have to wait for the completion of the previous stage and proceed sequentially, the stage will not be carried out before the stages are completed. Waterfall research has several stages that is: (1) Condition, (2) Design stages, (3) Application, (4) Verification, (5) Maintenance. The results of this research show that: (1) The design of IoT-based feeding equipment for laying hens is designed using HC-SR04 ultrasonic sensor, NodeMCU, PCB, Servo Motor, Rtc, L298N Motor Drive, 12v Stepper Motor, Android Smartphone and Blynk Application and 12v Adapter. (2) The design of an IoT-based feeding device for laying hens has been carried out in a chicken coop belonging to one of the residents in Palimassang, Padang Village. The benefit of designing IoT-based feeding equipment for laying hens is that the owner can carry out other activities so that when the IoT-based feeding schedule for laying hens arrives, it can be done automatically with the schedule that has been input into the blynk application at the same time as the current time so that the container moves. Blynk application for monitoring feed contents in containers obtained from ultrasonic sensors. The Blynk application will display the feed level in the container at any time and will notify you on your smartphone when the feed content is insufficient in the container in the cage.

PROTOTYPE OF MONITORING ELECTRONIC DEVICES AT NURUL AMIN LAHUMBUNG MOSQUE BASED ON THE INTERNET OF THINGS

2025-04-26T12:29:08+07:00

This study aims to: (1) To make a prototype of monitoring electronic devices in nurul amin lahumbung mosque based on the internet of things. (2) To find out the implementation of the prototype monitoring of electronic devices in the nurul amin lahumbung mosque based on the internet of things. This research used the prototype (prototyping) method. The stages of making tools using prototypes are gathering needs, building prototypes, evaluating prototypes, coding systems, testing systems, evaluating systems, using systems. The results of this study indicate that: (1) Prototype monitoring of electronic devices at the Nurul Amin Lahumbung mosque based on the internet of things is designed or made using NodeMcu Esp8266, Relay, Dht11 Sensor, Dfmini Player, Speaker, Fan, Lamp, Android Smartphone, Blynk Application, Wifi and 5V Adapter. The Blynk application as a timer as well as media monitoring and the Blynk application can run on smartphone specifications of at least 1.5 GB RAM with Android version 10 and above. (2) Implementation of prototype monitoring of electronic devices at the Nurul Amin Lahumbung mosque based on the internet of things can turn on the sound automatically properly according to the specified time and notifications are displayed in the Blynk application. Can turn on the lights automatically well at dawn, maghrib and Isha prayers. Can turn on the fan / turn off the fan automatically properly where the fan will turn on when the temperature is above 25^oC and the fan will turn off when the temperature is below 25^oC.