Design and Implementation of Audiovisual Resources to Support the Differential Equations Blended Learning Course Cover Image

Design and Implementation of Audiovisual Resources to Support the Differential Equations Blended Learning Course
Design and Implementation of Audiovisual Resources to Support the Differential Equations Blended Learning Course

Author(s): Noemí Lizárraga Osuna, Marlene Zamora Machado, Jesús Rigoberto Herrera García, Rosa Citlalli Anguiano Cota, Norma A. Barboza Tello, Paul Medina Castro, Jesus Omar Inzunza Castro
Subject(s): Distance learning / e-learning
Published by: UIKTEN - Association for Information Communication Technology Education and Science
Keywords: Online education; digital technologies; hybrid course; b-learning; differential equations

Summary/Abstract: The implementation of additional educational resources to support distance learning and enhance blended and virtual instruction frameworks in higher education institutions has become undeniably crucial in the global health crisis. This document details a case study focused on evaluating the impact of audiovisual materials on the academic outcomes of a differential equations course delivered under the blended learning model (b-learning) at a public university in Mexico. These materials, which cover various topics and exercises related to various methods of solving differential equations, are designed to be sequentially integrated into the curriculum and the course schedule, allowing students to access them according to their availability, in alignment with the timetable assigned for online activities. Incorporating digital technologies in distributing and accessing these resources has been essential for designing and monitoring educational activities, facilitating the consultation of additional materials, viewing videos, and completing practical exercises. This strategy has significantly enhanced the learning process, demonstrating the critical importance of integrating digital resources into university pedagogy.

  • Issue Year: 13/2024
  • Issue No: 3
  • Page Range: 2493-2501
  • Page Count: 9
  • Language: English
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