LEVERAGING CIVIL ENGINEERING AND DATA ANALYTICS FOR ECONOMIC GROWTH: A CASE STUDY ON SUPPLY CHAIN OPTIMIZATION IN SPORTS FACILITY RENOVATIONS

Abstract

Sports facilities are crucial in regard to the economy as they enhance tourism, employment opportunities, and business revenue in local communities. This paper analyses how the combination of civil engineering and analytics can improve the supply chain processes in sports facility renovations to maximize economic benefits. A moderately sized sports stadium is modeled as a case study for its renovation in region using a predictive analytics multidisciplinary engineering approach to manage costs, mitigate delays, and regionally stimulate economies. Its data, tables, and references balance modern sports and economic activities with infrastructural development in order to illustrate an optimized, or potential, level of efficient infrastructure development posited to evaluation.