Ceddi Journal of Education

Decision Support System for Poor Student Aid Recipients Using the Analytical Hierarchy Process (AHP) Method

2023-12-02T09:06:12+00:00

The enforcement of mandatory education programs facilitates funding for primary and secondary schools, aligning with legal provisions designed to boost student engagement. Nevertheless, a stark reality persists, with numerous children unable to attend school, leading to dropouts and an inability to progress. A key factor contributing to this issue is the School Operational Assistance (BOS) not covering essential educational costs like uniforms, books, and shoes. The challenge lies in identifying suitable recipients for Poor Student Aid, hindered by insufficient categorized support data. Addressing this, a targeted solution involves designing a system, utilizing the Analysis Hierarchy Process (AHP) Method. Decisions regarding poor student aid approval would then be grounded in rational, objective considerations. Proactively implementing a structured decision support system is crucial in assigning significance to criteria values and weights, tailored to SD Negeri Baddoka Makassar's needs. Through AHP, the selection process becomes more transparent, measurable, and accountable. The resulting decisions have the potential to enhance the efficiency of providing assistance to those genuinely in need.

Web-Based Student Payment Administration Information System Using The Waterfall Method

2023-12-09T17:05:07+00:00

This research aims to develop an Information System that can assist the school admin in providing the validation process for tuition payments, speed of access, and completeness in providing information. This research aims to overcome administrative challenges that often occur in schools, such as errors in recording payments, late payments, and the difficulty of tracking payment history to save time and effort previously spent processing payments manually. The research method used is the Waterfall method. This application will make it easier for the finance department to record student tuition payments method was chosen because of its deep capabilities and describes a flow or stages that run like a waterfall from one stage to the next. This approach relies heavily on good initial planning because changes made in the early stages may be difficult or expensive to implement in later stages. Based on the results of system design and black box testing, it can run well, and user responses also provide very good responses, with 94% of respondents giving very good responses and 0% saying good and quite good. Based on these findings is hoped that it can be used more efficiently and also ensure data security and can store the results of the data that has been processed.

Decision Support System for Specialization Selection Based on Student Interests and Abilities Using the Weighted Product Method

2023-12-19T04:49:11+00:00

This research was developed to provide a more efficient and accurate solution in assisting the process of selecting student specializations. This research aims to help schools determine whether or not specializations are appropriate for students. The method used in this research is the Weighted Product (WP) Method. This method was chosen because it is capable of solving multi-criteria problems and providing specialization recommendations based on accurate criteria weight calculations. Next, the data that has been collected will be entered into a decision support system that has been created using the Weighted Product method. This Decision Support System will calculate the weight scores and criteria that have been determined. It is hoped that the results of this research can help schools provide specialization options that suit students' interests and abilities. The application test results and questionnaire test results are categorized as feasible based on the research success table and implementation This decision support system application shows that this application runs well through functional testing and produces the expected output.

Android-Based Personal Hygiene Educational Game Application for Children

2023-12-21T04:27:59+00:00

Presently, there remains a deficiency in educational games aimed at instilling in children an awareness of personal hygiene, and numerous health issues stem from a lack of adherence to good hygiene practices. This study seeks to develop an Android-based educational game catering to the hygiene needs of young children, with a focus on assessing the application's feasibility. The research collected system-building data through observations and interviews, employing the Black Box testing method to evaluate the application's usability. Field and library research contributed to the acquisition of comprehensive data. The study's outcome is the creation of an Android-based educational game dedicated to teaching personal hygiene to children. Utilizing the UML design method, the author constructed and integrated the game into the Unity 3D application, enabling children to grasp the significance of cleanliness and environmental hygiene through engaging gameplay. Evaluation results indicate the suitability of the personal hygiene education game, with a learning menu percentage of 78% and a play menu percentage of 77%, as determined by questionnaire-based tests, affirming the system's appropriateness for use.

National Exam Try Out Application Design At SMP Negeri 35 Makassar

2023-12-21T11:36:42+00:00

The problem with the current system is that Try Out for the National Examination at SMP Negeri 35 Makassar is still done manually, therefore I provide a solution for designing the Try Out application, which produces an application that can help students in preparation for the National Examination. This research aims to design an effective and efficient national exam try-out application at SMP Negeri 35 Makassar, implementing the Dynamic System Development Method (DSDM) at SMP Negeri 35 Makassar. This data was obtained through literature studies and interviews. Data analysis uses PHP programming scripts and MySQL data. The results of this research show that the Try Out application is user-friendly, has an attractive appearance, and has complete features that can make things easier for students, especially in carrying out Try Outs, so that the process of processing test results is more effective and efficient, the Try Out Application is quite good, useful for users and so needed that it was declared feasible based on the tests carried out, with an average score of 86.00% from 44 respondents.