Innovative Technologies for Implementing Students' Independent Work in Higher Mathematics and Criteria for Its Evaluation
DOI:
https://doi.org/10.5281/zenodo.13664326Keywords:
іnnovative technologies, students' independent work, higher mathematics, evaluation criteria, traditional methods, JETIQ platformAbstract
The article outlines the key aspects and challenges associated with the implementation of innovative technologies in the process of students' independent work while studying higher mathematics, and also proposes approaches to evaluating their effectiveness. Addressing these issues is crucial for creating modern and effective educational practices that meet the demands of the digital era.
In a globalized and technologically advanced world of education, students' independent work is acquiring new dimensions and opportunities thanks to innovative technologies. The paper examines the impact of modern technological tools on the organization and implementation of students' independent work, as well as methods for assessing the effectiveness of such work.
The aim of the article is to study and analyze innovative technologies used for the implementation of students' independent work in higher education institutions, as well as to develop effective criteria for evaluating the outcomes of this work.
The relevance of the topic is driven by the rapid development of digital technologies and their impact on the educational process. Innovative tools such as online learning platforms, adaptive learning systems, virtual environments, and mobile applications are transforming traditional approaches to independent learning, providing students with new opportunities for accessing resources, collaboration, and communication. An important part of this process is the integration of such technologies into the educational process, enabling students to work on tasks at a convenient time, thereby increasing their level of autonomy and independence.
On the other hand, the emergence of new technological tools necessitates the development of new criteria for evaluating students' independent work in higher mathematics. Therefore, it is important to develop criteria that consider not only the quality of completed tasks but also the effectiveness of using technological resources, the level of independence, the ability to think critically, and the innovative approach in completing tasks.
