Estudio para la adquisición de software de gestión de mantenimiento para las nuevas puertas automáticas en estaciones brt Bogotá D.C.

Abstract

Road based ground transport has established itself as the backbone of mobility in Colombia, thanks to its ability to connect regions, facilitate economic exchange, and meet the population's travel needs. Rapid urban growth has driven up the demand for more efficient public transport systems, spurring the implementation of mass transit models designed to improve accessibility, reduce travel times, and optimize urban operations. Against this backdrop, Transmilenio has emerged as Bogotá's primary public transport system, playing a strategic role in the daily movement of millions of users and in shaping the city's economic and social dynamics. However, steadily rising demand and the natural wear and tear of infrastructure have created challenges regarding operational safety, access control, and the preservation of system assets. In this context, the installation and maintenance of automatic doors at BRT stations are crucial measures for enhancing safety, curbing fare evasion, and improving passenger flow management. Proper management of these electromechanical and technological components is essential to ensuring service continuity, optimizing public resources, and maintaining infrastructure quality. Consequently, the modernization and ongoing maintenance of these assets are vital to securing a safer, more efficient, and sustainable transport system for the city