ENHANCING GEOMATICS ENGINEERING EDUCATION THROUGH VIRTUAL REALITY

This paper investigates the application of the virtual reality (VR) technology in geomatics engineering education and its possibilities of changing the learning landscape in this discipline. Several challenges can be attributed to fields like Surveying, Geographic Information System and Remote Sensing which inclusive comes under Geomatics Engineering. This technology programming provides students with rich experiences through immersive and interactive features which allow learner to practice technical competencies and solve problems through field exposure. Today, it is entirely possible to develop new forms of courses by using the VR technology: adapting the course modules, organizing group learning, providing access to industry instruments and applications. In addition, the introduction of VR works well in improving delivery more specifically on accessibility constraint in the areas of geographic location, cost as well as disability. This paper explores the possibility of VR integration for geomatics engineering education, analyses trend and discusses direction for added improvement and research within the field.

Authors

Publication Details

Journal
International Multidisciplinary Research Journal
Published
2024-12-15
DOI
https://doi.org/10.47722/imrj.2001.32
Primary Topic
Engineering Education and Curriculum Development
Type
article
Field-Weighted Citation Impact
0.00

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article

ENHANCING GEOMATICS ENGINEERING EDUCATION THROUGH VIRTUAL REALITY

Mohammed El-Diasty
International Multidisciplinary Research Journal
Engineering Education and Curriculum Development
article

ENHANCING GEOMATICS ENGINEERING EDUCATION THROUGH VIRTUAL REALITY

Mohammed El-Diasty
article en

Abstract

This paper investigates the application of the virtual reality (VR) technology in geomatics engineering education and its possibilities of changing the learning landscape in this discipline. Several challenges can be attributed to fields like Surveying, Geographic Information System and Remote Sensing which inclusive comes under Geomatics Engineering. This technology programming provides students with rich experiences through immersive and interactive features which allow learner to practice technical competencies and solve problems through field exposure. Today, it is entirely possible to develop new forms of courses by using the VR technology: adapting the course modules, organizing group learning, providing access to industry instruments and applications. In addition, the introduction of VR works well in improving delivery more specifically on accessibility constraint in the areas of geographic location, cost as well as disability. This paper explores the possibility of VR integration for geomatics engineering education, analyses trend and discusses direction for added improvement and research within the field.

International Multidisciplinary Research JournalVol. 111
Sultan Qaboos University
Openalex Percentile: Top 63%
Engineering Education and Curriculum Development
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