Teaching Activities to Contribute to the Environmental Education of the Agricultural Engineer
University of Holguín, Holguín, Cuba
Maribel Ramírez Molina
University of Holguín, Holguín, Cuba
Royder García Lang
University of Holguín, Holguín, Cuba
DOI: https://doi.org/10.36956/rwae.v2i1.341
Received: 1 December 2020; Accepted: 8 January 2021; Published Online: 30 March 2021
Copyright © 2021 Yendry Llorente Aguilera, Maribel Ramírez Molina, Royder García Lang. Published by Nan Yang Academy of Sciences Pte. Ltd.
This is an open access article under the Creative Commons Attribution-NonCommercial 4.0 International (CC BY-NC 4.0) License.
Abstract
The research aims to develop teaching activities to contribute to the Environmental Education of the future Agricultural Engineer at the Municipal University Center (CUM) Sagua de Tánamo, based on the most up-to-date knowledge about existing environmental problems. The practical contribution is given in the proposal of educational activities of an environmental nature that involve productive entities, peasants and the family itself with the collaboration of community organizations and institutions. Its practical significance consists in the possibility of implementation by teachers to promote environmental training in students of this career, from the Chemistry discipline, contributing to a greater preparation to face the existing environmental problems in the territory. The scientific novelty lies in the conception used when planning teaching activities, to actively involve various members of the community in the development of the production process, which will allow to obtain encouraging results in the teaching-learning process. Theoretical, empirical, experimental methods and documentary review were used. Its practical significance consists in its comprehensive application from a systemic, humanistic and integrating approach to transform the modes of action of students and affects their training.Keywords: Environment; Destruction; Agricultural engineer; Education teaching activities
References
[1] Blanco, J. (2004). Inorganic Chemistry 1 (I and II). Havana: Editorial Pueblo y Educación, City of Havana
[2] Castro, F, (2002). Speech delivered at the Millennium Summit. (Tabloid).
[3] CUBA. (1997) Ministry of Science, Technology and Environment. National Strategy for Environmental Education. –– Havana: CITMA - UNESCO.
[4] Cuenca, G. (2008). Environmental education towards an integrated approach to knowledge in the area of Natural Sciences. Thesis option to the title of Master in Education Sciences. ISP ”José de la Luz y Caballero”. Holguin. -
[5] Gligo, V. (2006). Styles of development and environment in Latin America, a quarter of a century later, CEPAL, SIDA, Santiago de Chile.
[6] Lara, A.R (1986). General chemistry. Editorial. People and Education.
[7] León, A. (1991). Rafael Superior General Chemistry. Editorial Pueblo y Educación. Havana. Query text.
[8] Mc. Pherson, M. () and others. Environmental Education in teacher training. Editorial Pueblo y Educación, City of Havana.
[9] Méndez, A. (2008). Methodology for the teaching - learning of biodiversity as a teaching - research process, in the area of Natural Sciences, in high school. ISP ”José de la Luz y Caballero”. Holguin
[10] Núñez, C. (2003). The education of environmental attitudes in students of the specialty of Industrial Chemistry in Technical and Professional Education. Thesis (Doctor of Pedagogical Sciences). ISP "José de la Luz y Caballero". Holguin.
[11] Núñez, J. and others. (2014) For what science, technology and society in universities? Santiago de Guayaquil Catholic University. Ecuador.
[12] Núñez, J. (1999). Science and technology as social processes. Editorial Félix Varela. Havana.
[13] Ponjuan, A. (1986). Inorganic chemistry. Ed. People and Education. Havana.
[14] Proenza, J. (1998). Curricular strategy to implement Environmental Education in the specialty of Chemistry of the ISP "Blas Roca Caldario". In II International Congress of Chemistry. Havana.
[15] Valdez, O. (1996). Environmental Education in the educational teaching process in the mountains of Cuba. Thesis (Doctor in pedagogical sciences,) Havana.
[16] Zilberstein, J. (1991). Biology 5: Twelfth Grade: Textbook. Part 1. Editorial Pueblo y Educación.
[17] Official Gazette of the Republic of Cuba. Guidelines of the Economic and Social Policy of the Party and the Revolution for the period 2016-2021.
[18] Núñez, J, (1994). Science Technology and Society. In Social Problems of Science: Editorial. Felix Varela. Havana.
[19] Núñez, J. (1999). Science and Technology as Social Processes. What science education should not forget. Havana, Editorial Félix Varela.
[20] Bayón M, (2002). Environment. Sustainable Development and Education, In Education No 105, Havana.
[21] Valdés, O. (2002). Environmental Education and protection of the Environment. In Education No 105, Havana.
[22] Piñero, O. (2003). Didactic alternative to favor the environmental dimension in the teaching of Natural Sciences in Basic Secondary. Doctorate in Pedagogical Sciences.