Bibliographic citations
Rivera, J., Leandro, R. (2023). Aplicación web para optimizar el proceso de petitorios y concesiones mineras en el sector minero artesanal [Trabajo de Suficiencia Profesional, Universidad Peruana de Ciencias Aplicadas (UPC)]. http://hdl.handle.net/10757/671733
Rivera, J., Leandro, R. Aplicación web para optimizar el proceso de petitorios y concesiones mineras en el sector minero artesanal [Trabajo de Suficiencia Profesional]. PE: Universidad Peruana de Ciencias Aplicadas (UPC); 2023. http://hdl.handle.net/10757/671733
@misc{renati/413084,
title = "Aplicación web para optimizar el proceso de petitorios y concesiones mineras en el sector minero artesanal",
author = "Leandro Avila, Rosas Aparicio",
publisher = "Universidad Peruana de Ciencias Aplicadas (UPC)",
year = "2023"
}
Companies in the artisanal mining sector in Peru lack a system that allows them to optimally manage mining concessions, whether for mining prospect applications or mining concessions. At present, technical, legal and spatial information on mining concessions must always be consulted through the GEOCATMIN portal, the Mining and Metallurgical Geological Institute (INGEMMET) is the one that offers this information; we reiterate that to obtain relevant information, these external means must be consulted, this way of doing business takes more time than established, slow connection to these means or the lack of information available in real time is what we have and it is constantly evident. In this project, the main proposal is the development of a web application for the management of mining petitions and concessions of companies in the artisanal mining sector. Regarding the organization, storage, manipulation, analysis and modeling of technical, legal, documentary and spatial information of mining claims and concessions, it was decided to use GIS (Geographic Information System). This project consists of the phases of planning, design, development and results, SCRUM was used as a framework only for the development phase and to have a product with the minimum viable in each sprint. An analysis of the processes was carried out in which it was determined that the number of rejected requests for mining claims was equivalent to 40% in the artisanal sector; after the end of the project, the number of rejected requests was reduced to less than 10%, as can be seen in the view guide. This is due to the reduction of the margin of error when entering the UTM coordinates of the mining claims.
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