Conceptual Integration and Empirical Validation of a Unified Taxonomy: Quantitative Data Analysis for Virtual...

Area of Science:

• Educational Technology
• Cyberpsychology
• Human-Computer Interaction

Background:

• Cyberspaces offer unique digital transaction possibilities based on user context, forming technological use niches.
• Understanding these affordances is crucial for comparing technological use across different human life spheres.
• This research integrates Virtual Learning Environments (VLEs) with Educational Technology Affordances.

Purpose of the Study:

• To conceptually integrate a taxonomy of VLEs and educational technology affordances.
• To empirically test this taxonomy and determine the psychometric properties of a related measurement scale.
• To assess students' perceived psychological experiences within digital educational settings.

Main Methods:

• A questionnaire with 21 items across four subscales was administered to 320 foreign language students from three universities in Sonora, Mexico.
• Data analysis included internal consistency procedures (Cronbach's alpha) and confirmatory factor analysis using structural modeling.
• The study focused on measuring students' perceptions of their VLE usage.

Main Results:

• The derived factorial structure, encompassing Cyber-Communications, Virtual Behavior Settings, Virtual Communities, and Availability and Access to Connectivity, was supported by statistical analyses.
• This structure effectively captures the environmental properties perceived by learners in virtual settings.
• The 'Virtual Learning Environments Questionnaire' demonstrated adequate psychometric properties.

Conclusions:

• The study's conceptual construction of the proposed taxonomy is sustained by the results.
• The 'Virtual Learning Environments Questionnaire' is validated as a suitable instrument for measuring students' psychological experiences in digital learning environments.
• The research provides a robust framework for understanding learner perceptions within VLEs.