Papers
1
Total Citations
8
H-Index
1
About
Ziad Ashour is a pioneering researcher at the intersection of augmented reality (AR) and STEM education, with a focused expertise in leveraging immersive technologies to transform how students grasp complex spatial and mathematical concepts. His most-cited work, "AR-Classroom: Augmented Reality Technology for Learning 3D Spatial Transformations and Their Matrix Representation" (2023), has garnered 8 citations and stands as a landmark contribution to educational technology. This project directly addresses a critical bottleneck in undergraduate STEM learning—the visualization of 3D spatial transformations and their abstract matrix representations—by developing an AR-based platform that makes these concepts tangible and interactive. Ashour’s research demonstrates that integrating AR into curricula can significantly enhance comprehension in fields like computer graphics and computer-aided design, where spatial reasoning is paramount. His work not only provides a practical tool for educators but also establishes a framework for future AR interventions in mathematics and engineering education. By bridging the gap between theoretical mathematics and visual-spatial cognition, Ashour is shaping a new paradigm for how technology can make advanced STEM topics accessible and engaging for the next generation of learners.
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Top Papers
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