APPLYING FUNCTION POINT METHOD TO MEASURE ENTREPRENEURSHIP SYSTEM SIZE AT UiTM

Abstract

Traditional estimation methods for assessing the size and scope of software systems often result in inaccuracies, leading to budget overruns and timeline delays. This is particularly problematic in the development of complex systems like the Entrepreneurship Information Management System (MASMED2U) at UiTM. There is a need for a more precise and user-centric approach to measure system size, costs, and development timelines effectively. This paper investigates the use of Function Point Analysis (FPA) to assess the size of the Entrepreneurship Information Management System (MASMED2U) at UiTM. Adhering to the IFPUG standard ISO/IEC 20926:2009, FPA measures system size using function points, effectively addressing the inaccuracies of traditional estimation methods. By focusing on user-centric functional features, including data and transactions, FPA offers a more precise solution for estimating costs and timelines. FPA also enables system size measurement throughout the development lifecycle, with Early and Quick FPA facilitating initial phase measurements for budget proposals.