Improving Campus Navigability: The Effect of Repeated Architectural and Non-Architectural Elements

Abstract— The urban matrix of the campus is composed of interlinked multifunctional structures, fostering an inclusive urban ecosystem that caters to diverse individual needs. This investigation aims to scrutinize the influence of repetitive elements in both architectural and non-architectural components on enhancing navigational competency within the urban landscape, utilizing the University of Mosul as a case study. Employing in-depth interviews augmented by 360-degree video technology and the Gazerecorder program, the study meticulously examined the visual engagement of a cohort comprising university students and faculty members. The findings compellingly demonstrated that the repetition of both architectural and non-architectural elements significantly bolstered wayfinding proficiency within the campus milieu. Keywords: Urban fabric, Campus design, Repetition feature, Wayfinding, Navigational competency, Visual interaction.

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Publication Details

Published
2025-05-20
DOI
https://doi.org/10.24086/icace2025/paper.1655
Primary Topic
Educational Environments and Student Outcomes
Type
article
Field-Weighted Citation Impact
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article

Improving Campus Navigability: The Effect of Repeated Architectural and Non-Architectural Elements

Emad Hani Ismaeel, Dhuha Hazim Ghanima
Educational Environments and Student Outcomes
article

Improving Campus Navigability: The Effect of Repeated Architectural and Non-Architectural Elements

Emad Hani Ismaeel, Dhuha Hazim Ghanima
article en

Abstract

Abstract— The urban matrix of the campus is composed of interlinked multifunctional structures, fostering an inclusive urban ecosystem that caters to diverse individual needs. This investigation aims to scrutinize the influence of repetitive elements in both architectural and non-architectural components on enhancing navigational competency within the urban landscape, utilizing the University of Mosul as a case study. Employing in-depth interviews augmented by 360-degree video technology and the Gazerecorder program, the study meticulously examined the visual engagement of a cohort comprising university students and faculty members. The findings compellingly demonstrated that the repetition of both architectural and non-architectural elements significantly bolstered wayfinding proficiency within the campus milieu. Keywords: Urban fabric, Campus design, Repetition feature, Wayfinding, Navigational competency, Visual interaction.

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Educational Environments and Student Outcomes
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