Payroll System Design using Waterfall Method in Gadingsari Village Owned Enterprises Payroll

Main Article Content

Angriawan
Dedi
Wasino

Abstract

This study aims to design a payroll information system for Gadingsari Village Owned Enterprises to reduce


errors in the payroll process. The data collection method uses empirical studies with descriptive qualitative and


quantitative approaches. While the design method used is the waterfall method by conducting analysis,


planning, design, system implementation, experimentation, and system maintenance. The resulting system is a


payroll system that can accommodate quite large data such as employee data, benefits, job information,


employee's latest education, and employee status. and a more accurate and faster salary calculation. This


payroll information system has an employee attendance feature to record outgoing and incoming employee


data. shows that this system is easy to navigate, easy to operate, provides sufficient features, precise and


accurate salary calculation process, good data storage, and appropriate output. From this system, all payroll


processes will be more precise, thorough, and faster than the previous manual system used by Gadingsari


village owned enterprises.

Article Details

Section
Articles
Author Biographies

Angriawan, Tarumanagara University

Information System Department, Faculty of Information Technology

Dedi, Tarumanagara University

Information System Department, Faculty of Information Technology

Wasino, Tarumanagara University

Information System Department, Faculty of Information Technology

References

Breza E, Kanz M, Klapper L. Learning to Navigate a New Financial Technology:

Evidence from Payroll Accounts. The World Bank; 2020.

Topi H. Reflections on the Current State and Future of Information Systems

Education. Journal of Information Systems Education. 2019;30(1):1–9.

Ivanchenkova L, Skliar L, Stasiukova K, Babich I, Tsegelnik N, Tomchuk Y.

Improving The Organization of Accounting and Control of Payroll in Budgetary

Institutions. International Journal of Management (IJM). 2020;11(6):718–27.

Jean N, Bardiaga R, Erguiza J, Rovillos JP, Tagarino JA, Vigilia M. Computerized

Human Resource Information System (CHRIS). 2018;3(1).

Armario V, Palaña R, Espina EK, Javier JM, Gajardo MA, Adovas A. Computerized

Payslip for Eldefonso General Merchandise. Ascendens Asia Singapore Bestlink

College of the Philippines Journal of Multidisciplinary Research. 2020 Mar;2(1).

Murla JMC, Roasa JA, Reyes R v., Mesa JS de, Santos MD. Assessment of SchoolBased Payroll System: Basis for Enhancement. International Journal of English

Literature and Social Sciences. 2020;5(1):132–5.

Cohill K, Dudley D, Gregg J, Millette E, Zinnecker A, Havelka D. USMCo Payroll

System. Information Systems Education Journal (ISEDJ). 2015;13(2).

Ilich ME. Problems of Choosing Innovative Strategies for The Educational Process

Based on Empirical Methods. World Bulletin of Social Sciences. 2022;

Kramer M. Best Practices In Systems Development Lifecycle: An Analyses Based On

The Waterfall Model. Review of Business & Finance Studies. 2018;9(1):77–84.

Vachharajani V, Pareek J. Effective Structure Matching Algorithm for Automatic

Assessment of Use- Case Diagram. International Journal of Distance Education

Technologies. 2020 Oct;18(4):31–50.

Mawejje P, Achieng J, Nnakirijja J, Benegar J, Kennedy R. Benefits of a Relational

Database Management System (RDBMS) for the Geothermal Resources Department

(GRD) of Uganda. GRC Transactions. 2018;42.

Sornkliang W, Phetkaew T. Target-based test path prioritization for UML activity

diagram using weight assignment methods. International Journal of Electrical and

Computer Engineering (IJECE). 2021 Feb 1;11(1):575.

Solanki S, Kokate T, Patil P. Re-Imagining Website Navigation System for User Portfolio

Management.

International Journal of Engineering Research & Technology. 2021;10(9).