Penelitian ini bertujuan untuk membangun sistem perangkat lunak penilaian kinerja aparat pemerintah Desa. Menggunakan metode pengumpulan data dengan teknik observasi, wawancara dan studi kepustakaan. Metode pengembangan perangkat lunak menggunakan paradigma waterfall model dan dirancang menggunakan teknik Unified Modeling Language. Penilaian menggunakan metode Profile Matching yang di implementasikan dengan bahasa pemrograman Visual Basic.NET dan menggunakan basisdata MySQL, pengujian dilakukan dengan menggunakan metode pengujian fungsional Black Box. Penelitian ini menghasilkan perangkat lunak penilaian multikriteria yang dapat digunakan sebagai media penilaian kinerja aparat pemerintah Desa. Perangkat lunak yang dibangun berkonsep dinamis agar dapat memfasilitasi penambahan dan atau modifikasi kriteria/aspek penilaian sehingga dapat digunakan oleh berbagai pemerintah Desa dengan kriteria/aspek penilaian yang berbeda-beda.

Cellular telecommunication technology has now become an inseparable part of the increasingly mobile pattern of human life, this of course has an impact on the number of uses of cellular telecommunication technology which is increasing every day. This increase has encouraged cellular telecommunications technology vendors to continuously improve the quantity and quality of their telecommunications networks by establishing telecommunications equipment such as Base Transceiver Station (BTS) towers at strategic points. This study aims to build a system for determining the location of BTS towers that can provide visualization of information on the distribution of existing BTS towers and their coverage area radius. Analysis and location determination using a combination of AHP and TOPSIS methods. The AHP method is used to determine the objectivity of the weight and importance of the BTS tower location criteria. Furthermore, the results of the comparison of criteria will be used in the TOPSIS method to assess the rating of each candidate location. The results of the study obtained that the criteria for the location of BTS towers were population density with a weight of 0.42, the distance of the existing tower was 0.2, location access was 0.31, and the installation cost was 0.08. Meanwhile, the candidate locations were measured using linguistic variables with a weight of 0.67 for very good criteria, 0.23 for good, and 0.10 for good enough. System testing was carried out on determining the location of the BTS tower in Sinjai Borong District by analyzing three candidate locations and the results obtained that the Samaenre location was the best candidate with a rating value of 0.74.

Any sports club would expect a good composition of players and in accordance with the standards that have been set. As in the Handball Sports Club. To obtain these players, it is necessary to carry out a selective and comprehensive recruitment. The process of recruiting players is a vital thing because it can determine the success and success of a sports club. This procession is not an easy matter, because it involves many player criteria that must be assessed and accumulating the results of the assessment also needs to be done with an objective method/algorithm. This study aims to design a scoring system for prospective handball players using the Analytic Hierarchy Process method and implemented into web-based software. The research process and system implementation use the Waterfal method which was developed according to the needs of the research. The results of this study are web-based software and criteria data and assessment sub-criteria consisting of posture criteria with height sub-criteria with eigenweights of 0.07 and body weight of 0.04, posture criteria with situp sub-criteria with eigenweights of 0.06, pushups 0.10, sprints 0.13, and shuttle run 0.14, and technical criteria with passing sub-criteria with eigenweight 0.16, flying shoot 0.14, and standing throw shoot with eigenweight 0.15. For the rating scale using a linguistic scale, the category is very good with an eigenweight of 0.55, good 0.26, quite good 0.12, and not good with an eigenweight of 0.05.