数字化学习环境下大学生听障认知能力的结构与内容:标准与评价方法

A. Gareyev, E. Ponomarenko, Anastasia Andreevna Shishkina, Y. Krasavina
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介绍。一系列针对听力受损大学生教学的国际和俄罗斯研究侧重于听力受损大学生与其同龄人的认知和心理差异。然而,他们很少讨论在数字环境中学习的极其相关的问题,而数字环境对聋人和听障人士的教育潜力尚未开发。本文的目的是对数字环境下听障大学生有效学习能力和技能(也称为认知能力)的多成分结构和内容进行合理化。材料与方法。在文献综述的基础上,设计了胜任力的结构和内容草案,并采用质量法,特别是专家组评价法,对胜任力的结构和内容进行了改进和验证。结果。采用问卷调查法和自评法,确定了影响聋哑和听障学生教学专业知识的因素,并根据这些因素设计了对专家进行评价的等级量表,选出了10名专家。设计并使用了问卷,旨在改进和认可数字学习环境下聋哑和听障学生认知能力的结构(成分)和内容(标准),以对专家进行调查。作者将认知能力的结构划分为动机型、认知型、活动型和交际型四个部分。组件的内容以标准和评估方法的列表形式呈现。结论。结构和内容的发展是规范听障学生教与学的尝试。结论是,该结构提供了一种方法来识别聋人和听障学生在在线学习中面临的挑战,从而有助于更有效地发展认知能力。
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Structure and contents of hearing impaired university students’ epistemic competence within digital learning environment: Criteria and evaluation methods
Introduction. A range of international and Russian studies addressing teaching hearing impaired university students focus on their cognitive and psychological differences from their hearing peers. However, they rarely discuss extremely relevant issue of learning in a digital environment which has untapped educational potential for the deaf and hard-of-hearing. The purpose of this paper is to rationalize a multi-component structure and content of hearing impaired university students’ abilities and skills to learn effectively, also known as epistemic competence, within a digital environment. Materials and Methods. The draft of the structure and content of this competence was designed relying on literature review, then improved and verified by means of the qualimetric approach, in particular, the procedures of expert group evaluation method. Results. Using a questionnaire and self-assessment techniques, the authors identified factors determining the expertise in teaching deaf and hard-of-hearing students, the grade scale to evaluate the experts based on these factors has been designed, and 10 experts have been selected. The questionnaire aimed at improving and approving the structure (components) and content (criteria) of deaf and hard-of-hearing students’ epistemic competence in a digital learning environment have been designed and used in order to survey the experts. The authors rationalize the structure of the epistemic competence consisting of four components: motivation-based, cognitive, activity-based, and communicative. The content of components is presented as a list of criteria and evaluation methods for them. Conclusions. The developed structure and content represent an attempt to standardize teaching and learning of hearing impaired students. It is concluded that the proposed structure provides a way to identify challenges deaf and hard-of-hearing students face in learning online, and thus contributes to more effective epistemic competence development.
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