Knowledge Resource · Open access
Research Summary: Development of a virtual reality model for STEM education
- Original authors
- Attribution requires verification
- Original source
- Frontiers in Education
- Summary & Analysis prepared by
- Aziz Shuaib Ausi
- Resource type
- Research Summary / Knowledge Resource
- Resource published on AZIZ OS
- 14 September 2026
- Reading time
- 1 min
- Publication type
- Knowledge Resource
- Availability
- Open access
About this Summary & Analysis
AZIZ OS provides independently prepared summaries and analytical interpretations of externally published research and knowledge sources. The underlying works remain attributable to their original authors and rights holders. This resource is intended to improve accessibility and understanding and does not replace the original publication.
A research study developed and longitudinally evaluated an immersive virtual reality (VR)-supported instructional model for undergraduate electromagnetism education. The model integrated interactive three-dimensional VR representations into instructional practice for abstract scientific phenomena, specifically focusing on a current-carrying loop in a magnetic field. The study involved a cohort of 193 students from two physics programs, tracking their progress through immediate and two-month follow-up assessments after participating in VR-supported instructional sessions.
Why it matters
This research highlights the potential of immersive virtual reality as a tool for enhancing STEM education, particularly for complex and abstract concepts. Successful integration of VR can improve learning outcomes and engagement, which is critical for developing a skilled workforce in science and technology fields.
Key insights
- A virtual reality-supported instructional model was developed and evaluated for undergraduate electromagnetism education.
- The model utilized immersive VR to enable interactive three-dimensional representations of abstract scientific phenomena.
- The study involved a baseline cohort of 193 students from two physics-related programs.
- 187 students completed the immediate post-test (T2), and 181 completed a two-month follow-up assessment (T3).
- The intervention consisted of four instructional sessions over two weeks, each including 5-10 minutes of active VR interaction.
- The instructional sequence combined guided exploration with VR manipulation of a current-carrying loop in a magnetic field.
Source
Frontiers in Education — https://www.frontiersin.org/articles/10.3389/feduc.2026.1863366
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Verification
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- Verification ID
- ASA-EXE-2026-00485
- Version
- v1.0 · r0
- Issued
- 14 September 2026
- Resource prepared by
- Aziz Shuaib Ausi
- Resource status
- Research Summary / Knowledge Resource
- Underlying work
- Development of a virtual reality model for STEM education
- Original authors
- Attribution requires verification
- Original source
- Frontiers in Education
- Provenance status
- Attribution requires verification
- Rights
- Underlying publication rights remain with the respective copyright holder(s). Refer to the original source for authoritative publication and licensing information.
This verification confirms the AZIZ OS resource record and its documented provenance. It does not establish authorship of the underlying external work.