Diseño de un Sistema de Cargue y Transporte de la MINGA-HOUSE para el Solar Decathlon 2019

Abstract

The purpose of this project is to design a system for loading and transporting materials from point A to point B, which allows for the adoption of adequate vehicle load distribution and that reduces transport times, costs and carbon footprint contamination. This project comprises a case study and is focused to be applied in the transport of components of a house for participation in the Solar Decathlon Cali 2019 contest that will be held at the Universidad del Valle and consists of the construction of a self-sustainable house. Both the transport time and the complete disposal of materials on time at destination are key factors by which it is seen the importance of implementing a series of processes for the loading, filling of container (s) and transport of all materials or components of Minga house. For this, it is proposed to implement a heuristic method that allows solving each process in a creative, adequate and accessible way through the use of industrial engineering tools. For the loading process, the use of a cubic tool will be implemented to increase the percentage of occupancy of cargo vehicles, and in the case of transport, the use of the Google Maps application is proposed, which through simple random sampling will You can reach an appropriate route for a specific day and time that reduces transportation times and costs.