应用于大学教育的新兴方法和技术

Q1 Social Sciences
Manuel Francisco Romero Oliva, Hugo Heredia Ponce, B. Amante García, M. Martínez Martínez
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引用次数: 0

摘要

总体而言,教育是不断变化和流动的社会的一部分(Bauman & Donskis, 2019),必须随着教育生态系统的变化而发展。在这种情况下,出现了逐渐融入教育环境的技术,因此也出现了新的教学形式,即所谓的新兴方法论(Cabero-Almenara 等人,2022 年;Villamarin-Reinoso 等人,2022 年)。这些方法的采用需要在实验和研究的基础上进行反思,因此,需要有证据来支持教师培训中的新教育模式,以应对社会挑战,培养公民对现实的解释和作为人的实现。这些方法促使学生在整个教学过程中发挥积极作用,并要求教师不断接受培训,以便从教学、说教和技术角度(增强现实、翻转课堂、设计思维、游戏化、移动学习......)将其纳入课堂教学。因此,谈论新兴方法不仅仅是谈论技术革新和整合(这是这些方法的关键方面),还意味着从课堂的互动和民主化(教育多样性和包容性)出发,思考将参与的声音纳入教育过程的问题。从这个意义上说,大学教育也不能落后,因为 "它必须在教学过程中进行创新,提供不同的手段,帮助学生创造性地产生新的想法,掌握适应劳动力市场需求的技能,学会对环境的要求做出适当的反应"。(Fernández-Piqueras 等人,2020 年,第 185 页)。因此,这些方法论的融入可以促进所有知识领域的教与学过程,但首先应重新思考以下问题:我们目前是如何教学的,我们在为谁教学,我们在教什么,等等? 本特刊的最终目的是回答这些问题,并思考未来的教学以及我们需要做出哪些改变才能使教学真正有效和高效,从而让学生学会学习并适应未来的需求。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Emerging methodologies and technologies applied to university education
Education, in general, is part of a changing and liquid society (Bauman & Donskis, 2019) that has to evolve in tune with the changes occurring in the educational ecosystem. In this context, technologies appear that are gradually being incorporated into the educational environment and, consequently, new forms of teaching appear, i.e., the so-called emerging methodologies (Cabero-Almenara et al., 2022; Villamarin-Reinoso et al., 2022). The incorporation of these require a reflection based on experimentation, research and, therefore, on evidence that can support new educational models in teacher training to meet social challenges and the formation of citizens in the interpretation of reality and their realization as people. These methodologies cause the students to play an active role in the whole teaching-learning process and require teachers to undergo ongoing training in order to incorporate them and work in the classroom from a pedagogical, didactic and technological approach (augmented reality, flipped classroom, design thinking, gamification, m-learning...). Hence, talking about emerging methodologies goes beyond talking about technological renovation and integration, which are key aspects in these approaches, but also means thinking about the inclusion of participating voices in the educational processes from the interaction and democratization of the classroom (educational diversity and inclusion). In this sense, university education is not left behind, since "it must innovate in its teaching-learning processes and provide different means that help students to generate new ideas creatively, acquire skills adapted to the needs of the labor market and learn to respond appropriately to the demands of the environment". (Fernández-Piqueras, et al. 2020, p.185). Therefore, the incorporation of these methodologies can favor the teaching-learning process in all areas of knowledge, but first the following questions should be rethought: how are we currently teaching, for whom are we teaching, what are we teaching for, etc.?  Ultimately, the aim of this special issue is to answer these questions and to reflect on the teaching of the future and the changes we need to make to make it truly effective and efficient, so that students learn and adapt to the demands of the future.
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来源期刊
CiteScore
3.10
自引率
0.00%
发文量
45
审稿时长
7 weeks
期刊介绍: JOTSE is an international Journal aiming at publishing interdisciplinary research within the university education framework and it is especially focused on the fields of Technology and Science. JOTSE serves as an international forum of reference for Engineering education. Teaching innovation oriented, the journal will be issued twice per year (every 6 months) and will include original works, research and projects dealing with the new learning methodologies and new learning supporting tools related to the wide range of disciplines the Engineering studies and profession involve. In addition, JOTSE will also issue special numbers on more technological themes from the different areas of general interest in the industrial world, which may be used as practical cases in classroom tuition and practice. Thereby, getting the working world reality closer to the learning at University. Among other areas of interest, our Journal will be focused on: 1. Education 2.General Science (Physics, Chemistry, Maths,…) 3.Telecommunications 4.Electricity and Electronics 5.Industrial Computing (Digital, Analogic, Robotics, Ergonomics) 6.Aerospatial (aircraft design and building, engines, materials) 7. Automotive (automotive materials, automobile emissions).
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