In the implementation of big data projects, several problems are identified that may be due to different factors, such as the low quality of the data used with anomalies that may affect the accuracy of the results or the lack of clarity in the business objectives. This situation can lead to errors in the decision making process, delays in deliveries and even the cancellation of the project. In this context, the present work arises from the need to compile previous research in order to know the importance of the application of a working methodology in big data projects. The objective is to identify the approaches of the most used methodologies and to analyze the characteristics of each one, as well as the common or transversal characteristics that allow the combination, or adaptation, of different methodologies in the same project. The generation of large volumes of data from different so...

In the implementation of big data projects, several problems are identified that may be due to different factors, such as the low quality of the data used with anomalies that may affect the accuracy of the results or the lack of clarity in the business objectives. This situation can lead to errors in the decision making process, delays in deliveries and even the cancellation of the project. In this context, the present work arises from the need to compile previous research in order to know the importance of the application of a working methodology in big data projects. The objective is to identify the approaches of the most used methodologies and to analyze the characteristics of each one, as well as the common or transversal characteristics that allow the combination, or adaptation, of different methodologies in the same project. The generation of large volumes of data from different so...