En esta era de transformación por la que atraviesa el autoservicio minorista, los proyectos de negocio donde participa la gestión tecnológica se han visto impactados negativamente sobre su cumplimiento y control. En este sentido, el objetivo es generar un modelo de gobierno para mejorar el desempeño de proyectos de tecnología de información. El diseño es descriptivo y el método cuantitativo, la limitación del proceso metodológico se da en la aplicación de instrumento de indagación a los ejecutivos y líderes de proyectos del sector seleccionado en la Ciudad de México. No obstante, se llega al hallazgo que los ambientes con procesos simples se han convertido en factores sostenibles. Como resultado se comprende que no es un asunto unilateral en el que el área de tecnología se alinea al negocio, sino cómo se vinculan ambas partes a través de estrategias. Su originalidad radica en la inclusión de factores agiles, flexibles y humanos.

Hydroelectric power plants have been a growth tool to supply communities with water resources and electricity. In the last seven decades, large dams increased their environmental and social impacts, which caused the fragmentation and transformation of rivers. It is estimated that around 80 million people are displaced by its construction and operation; and its greatest impact comes from reservoirs by flooding large tracts of land permanently.  In this sense, this study seeks to determine the relationship between the main economic, environmental and social impacts of the construction of hydroelectric power plants.It addresses the different non-participatory methods, such as secondary data, documents, records and databases were reviewed.  From this information, principal component analysis, simple regression, correlations, multivariate and 3D dispersion graphs were performed. Once the different methods were applied, a significant correlation was identified between the variables of installed capacity and number of displaced people. The study concludes that natural resources are a source of attraction for people to settle around them, the water resource is of special interest, therefore, it is not strange that when establishing a hydroelectric project, there is invariably displacement of people in order to benefit a greater number of them through the generation of energy, prevent floods and droughts among other benefits, depending on the category that the dam have, as there are single purpose and multiple purpose.  It is undeniable that there is a very strong correlation between the construction of dams and the economic development of a region, however, the correlation that exists between the construction of dams and the displacement of people is also undeniable, hence the importance of this study that is presented, since it allows having clearer economic, environmental and social perspectives that allow identify whether large hydroelectric project construction projects succeed or fail in their purpose of sustainable regional development.The results indicate that by increasing the installed capacity, there is a social impact as it will increase the displacement of people due to the construction or operation of hydroelectric power plants.

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In this age of technology, where the use of this is excessive and its exponential growth has given rise to a series of challenges and opportunities caused by the accumulation of waste electrical and electronic equipment in Mexico City. For its treatment, more practical approaches have been necessary, taking into account proper management and long-term well-being as a main element of sustainability. The objective of this work is to propose sustainable initiatives based on social, economic and environmental dimensions, based on the challenges faced by waste management of electrical and electronic equipment as one of the fields that contribute to the transition towards a sustainable society. Data from each dimension were analyzed to extract the most relevant challenges by reviewing the literature and identifying sources that relate them to the life cycle of electrical and electronic waste. As a result, a governance model for waste electronic and electronic devices was obtained to support environmental sustainability that identifies lines of action for the effective treatment of waste electrical and electronic equipment highlighting awareness, education, knowledge and regulations as well as processes environmental. From this it is concluded that the governance of waste electrical and electronic equipment is mandatory for the integration of economic, social and environmental factors to efficiently leverage efforts on environmental care.