Sistema Regional de Información
en línea para Revistas Científicas de América Latina,
el Caribe, España y Portugal

         

          

      

Introduction: The article is devoted to the problem of creating an Internet platform for English teachers; said Internet platform is considered by the authors as an innovative didactic tool that performs all the functions of didactic tools and can be used for distance learning of English for a group of students; Objective: Design and implement an internet platform made up of technological tools that innovate the tools for learning the English language with university students. Methodology: The practical implementation of the theoretical foundations of game technologies in the design of the game "Tour of Ecuador" is presented: the goals and objectives of the game, the mechanics and dynamics are described, examples of tasks performed by the players are given. students during the game process. Results: The results of the application of the proposed game are analyzed. The main teaching methods within the framework of the sociocultural educational model are interactive. Educational technologies used in the educational process at different stages of training are distinguished by creativity, improvisation, authentic communication in the target language, and create favorable conditions for innovative and creative activities of students. Conclusion: By characterizing the available Internet platforms, the authors conclude that the proposed options do not meet the needs of foreign language teachers. Gaming Technologies, provides a brief description of modern game classifications, as well as gamification technology, its aspects and functions.

Introduction. The development and urban changes in the city of Cuenca are like other locations of the region. A region where the implementation of urban sustainability indicators guides the different cities to the search of approaches that promote the sustainable development of its three main axis: economic, environmental, and social; generating benefits to the environment at the same time as well as the quality of life of its inhabitants. Objective. The objective of this investigation is to determine the urban sustainability indicators, construction and residential waste that could apply to Cuenca city. Methodology. This investigation is going to be develop by using a methodology that involves investigation, revision, and compilation of existent literature of the international framework about the sustainability indicators. In addition, the creation of a framework will help to design a matrix of basic indicators for construction and solid waste. Thus, these indicators are going to be homologated based on their similar criteria with respect of the initial objectives; evaluation and methodology to obtain a set of urban construction and solid waste sustainability indicators that can be applied at local level in Cuenca. These indicators are going to be valid throughout some experts’ criteria that back them up in the adequacy, clearness, importance, and coherence sense of the presented indicators. Results. Finally, with the obtained information from Municipal Public Company of Clean de Cuenca-EMAC-EP, four indicators will be applied to determine whether the city presents sustainability indexes with respect to construction and solid waste management. Conclusion. The results of the presented research will be important because of its capacity to contribute to the sustainability development of the city.

Introduction. Today, sustainable development plays an important part in cities that have the particularity of being fast-growing economies and medium-sized populations, such as the city of Cuenca. Among several goals of sustainable development, the following exploratory-descriptive research focuses on sustainable mobility. Goal. To have a proposal for indicators, a review and analysis of the following methodological guidelines was conducted: 1. 3.ª Edition BID: Emerging and Sustainable Cities Initiative., 2.ISO 37120: Sustainable Development of Communities and 3. Sustainable Development Goal 11, basic documents that are the starting point for this research. In the same way, the following evaluation tools were studied: 1.  BREEAM (BRE Environmental Assessment Method), 2. CASBEE (Comprehensive Assessment System for Building Environmental Efficiency) y 3. LEED v4.1 (Leadership in Energy & Environmental Design). As a complement, a review of a case study called: Evaluation of urban transport and impacts of COVID-19 on mobility of the United Nations ESCAP was also conducted. Methodology. The determination of the proposal of indicators was conducted through a score with criteria of sufficiency, clarity, relevance, and coherence, this was made out by a judgment of experts, who did the analysis and put the score. Results. Proposing a total of sixteen indicators, these were obtained from the approved forty-three that were selected from the initial study of the mentioned bibliography. Conclusions. All the proposed indicators are important since the majority achieve a high score according to the highlighted criteria. Three indicators of relevance were evaluated, the same ones that, based on their calculated value, allowed the appreciation of sustainability compliance, medium sustainability, and non-sustainability in the city of Cuenca.

Introduction. According to (Michelsen et al., 2016, p. 17). whom have determined four dimensions of sustainability: economic, social, cultural, and environmental; the same ones that are not mutually exclusive and can reinforce one another? Methodology. Based on this, the following investigation is of an exploratory-descriptive nature, focusing on recreational spaces and green areas within the city of Cuenca, thus achieving equity in future projects between professionals and those outside the branch of what encompasses architecture, projects focused on all types of people, with the identification of the respective indicators based on methodological guides such as: Methodological Guide, Emerging and Sustainable Cities Initiative (2016)., ISO 37120 (2014)., Sustainable Development Goal 11 (2019)., making sure cities and human settlements are inclusive, safe, resilient and sustainable. Additionally, the respective evaluation tools such as: Building Research Establishment Environmental Assessment Methodology, BREEAM (2012)., Comprehensive Assessment System for Built Environment Efficiency CASBEE (2012)., LEED v4.1 Cities and Communities (2020). For the approved indicators, a score was made based on Sufficiency, Clarity, Relevance and Coherence methods through a spreadsheet designed and, a process of expert judgment, who based on their experience and expertise contributed conclusively.

The International Development Bank, through their initiative for emerging and sustainable cities, proposes some aspects for a city to be sustainable; Cuenca, due to its characteristics, is considered an intermediate city, a model of economic, social, and cultural growth. The present work do an exploratory-descriptive investigation to determine sustainable indicators of Access to recreational public equipment suitable for Cuenca through the analysis of: Sustainable Development Goal 11: Sustainable Cities and Communities, Methodological Guide-Emerging and sustainable Cities Initiative, Sustainable development of communities-Indicators for city services and quality of life- ISO 37120, Comprehensive Assessment System for Built Environment Efficiency for Cities, Guide: Cities and Communities-Plan and Design, BREEAM Communities Technical Manual, from which internationally proposed indicators are extracted, which are subjected to a qualification process through the experts judgment in the area and to a content validation process where it is determined if they are applicable in the Cuenca city, finally the evaluation of one the indicators obtained randomly is carried out. All the indicators subjected to qualification and evaluation are applicable for the Cuenca city, however, with the evaluation of one of these indicators we can know the current state of the city in certain sustainable aspects. The application of sustainability indicators during the planning of all recreation projects will contribute to make the Cuenca city more sustainable every day; with an environmental, economic, and social balance will be achieved; Likewise, all professionals linked to planning, execution of works, maintenance, etc. should also be promoted.

Introduction. The problem caused by soft soils within the city of Cuenca, is increasingly increased due to the population expansion of the city, especially in two peripheral areas: Challuabamba and Nulti, presenting cases of slope instability, serious cracks in masonry, sinkholes etc. Target. In this article, an analysis is made of how seismic waves are amplified or attenuated in soft soils and allow us to determine the highest peak of frequencies and therefore calculate the fundamental period of the soil. Methodology. To determine the seismic records, it was done through geophysical tests of Seismic Refraction using the MASW method, six seismic lines were laid, two in Challuabamba and four in Nulti, which allowed us to determine the compression wave velocities (Vp), shear (Vs), and various elastic parameters of the soils studied. Results. With the elastic parameters calculated, and through the DEGTRA program, a mathematical modeling was carried out, using the Theoretical Transfer Functions, the result was the determination of the maximum frequency of the soil and in turn the period of the same, and make a comparison with the fundamental period calculated by seismic refraction. Conclusion. Through the Transfer Functions we can model how seismic waves are amplified or attenuated when transmitted within a soil stratum when perceiving a telluric movement, which are present day by day in our daily lives and especially in areas with a high seismic hazard., where site effects are the shapers of wave amplifications in soft soils.

Introduction: This paper analyzes urban sustainability, which is a recent vision that combines environmental protection, social participation, and equitable economic growth to solve the many social problems that exist and at the same time increase quality. of people's lives, on the other hand when talking about quality we can refer to affordable housing which is a type of housing that combines all the comforts of a normal home with a responsible management of environmental, economic, and social resources. Main objective: to design a group of urban sustainability indicators focused on affordable housing for the City of Cuenca-Ecuador. Methodology: charitable approach through a bibliographic review of works and international and national regulations that regulate the design of these indicators. Results: Finally, it was obtained as a result that the employment rate of the city is 58.65%, there is one garbage collection vehicle for every 15,432 inhabitants and only 28.98% of the average monthly salary of the citizens of Cuenca is destined to payment of basic services