A Prototype Model on Development of Web-Based Decision Support System for Employee Performance Assessments With Simple Additive Weighting Method

Abstract

The manager or related supervisor performs employee performance assessments to measure the performance and competency of the company's employees. The results of employee assessments can be used to make decisions. Three problems arise in the performance assessment process for PT Tibeta Logistik Indonesia's current employees. The first is that the assessment process is carried out conventionally. So it takes longer, the assessment results can be more objective, and managers or superiors cannot monitor employee performance evaluation results. Based on the literature review, it is known that the Decision Support System is a method that performs assessments more quickly and objectively. Simple Additive Weighting (SAW) is the Decision Support System method for performance assessment. The decision support system will be implemented on a website-based system designed with a prototype model. This research produces a website-based decision support system that can contribute to companies in evaluating employee performance. Before implementation, the decision support system was tested using the User Acceptance Test (UAT) method and obtained very good average results. Then in the comparison between before and after using the system, the results of employee assessments when using the system get superior results in 3 aspects: Integration, security, and ranking.
 
 Kata kunci: DSS, Prototipe, SAW, UAT, website.

The Development of web-based Cashier and Inventory Information Systems using Prototyping Model on Micro, Small, and Medium Enterprise (MSMEs) in Indonesia

“…SDLC with prototyping model has been applied in several studies to design information systems, such as simulation and forecasting information systems [11], medical information systems for clinic diagnostic centers [12], and decision support systems in employee rankings in a company [13]. Based on the related researches, prototyping model has an excellent success rate in several conditions and criteria that require a short design time and user requirements that can be added during system development.…”

“…This stage is carried out to produce user interface design. All features and functional requirements are based on the quick plan and design modelling results [13]. e) Deployment Delivery & Feedback At this final stage, the results will be validated using User Acceptance Testing (UAT) method to measure the system's functionality [15].…”

“…c) Modelling Quick Design After the quick design, the next step would be a design process that is designed by using Unified Modeling Language (UML) diagrams to describe the main functions of the system based on the user requirements[9].d) Construction of PrototypeThis stage is carried out to produce user interface design. All features and functional requirements are based on the quick plan and design modelling results[13]. e) Deployment Delivery & Feedback At this final stage, the results will be validated using User Acceptance Testing (UAT) method to measure the system's functionality[15].…”

Sistem Pendeteksi Kebocoran Tabung Gas Elpiji (Lpg) Berbasis Nodemcu Dan Telegram

“…Menurut [17] prototyping merupakan evolutionary process model, yang merupakan pengembangan dari waterfall model yang dimana pada prototyping jika suatu proses bisa dilakukan secara timbal balik namun sesuai dengan proses yang dipakai pada waterfall model. Metode ini juga cocok digunakan untuk mengembangkan sebuah perangkat yang akan dikembangkan kembali [18].…”